Table of Contents

• Revopoint MetroY Ultra NEW
• Revopoint POP 4 NEW
• Revopoint POP 3 Review
• The MetroX Pro
• Revopoint MetroX Review
• Revopoint MetroY and MetroY Pro
• Revopoint INSPIRE 2 Quick Look & Review NEW
• Revopoint INSPIRE Review
• Revopoint Trackit Review
• Conclusion

Revopoint is celebrating its 12th anniversary with special offers across its 3D scanning lineup, including discounts of up to 20%. The promotion covers a range of devices, making it a good opportunity to explore both new releases and existing models.

MetroY Ultra CMM Edition – Metrology-Grade Scanning with On-Site Verification

Where to Buy

The MetroY Ultra is available in two versions, with the Standard Edition starting at $1,899 and the CMM Edition at $2,499. Both are available for pre-order, with early launch discounts offered.

Compare the Prices & Bundles:
Official Website

The MetroY Ultra is Revopoint’s latest high-end 3D scanner, designed for professionals who require not just geometry capture, but verified, measurement-ready data. Built for quality control, reverse engineering, and industrial inspection, it pushes accuracy and workflow integration further into metrology territory.

With a volumetric accuracy of 0.015 mm + 0.04 mm × L (m) and multi-line laser scanning speeds of up to 90 fps, the MetroY Ultra is engineered for demanding applications. It features five scanning modes, including cross-line, parallel-line for fine details, single-line for deep holes, full-field structured light, and automated turntable scanning — offering flexibility across complex geometries and surfaces.

The scanner supports outdoor operation up to 100,000 lux and can run wirelessly via a mobile device using the included 5500 mAh battery grip, enabling around 2.5 hours of untethered scanning. This makes it suitable for both workshop and on-site industrial environments.

For advanced inspection workflows, the MetroY Ultra CMM Edition introduces real-time on-site accuracy verification using a certified carbon-fiber ball plate. It also includes access to Revo Measure, a PTB-certified software platform for GD&T analysis and reporting, enabling a complete scan-to-measurement workflow in one ecosystem.

POP 4 – Hybrid Blue Laser and Infrared Scanning for Everyday Use

Where to Buy

The POP 4 is launching via sis最新地址, with sign-ups opening alongside Revopoint’s 12th anniversary campaign. Early backers can expect discounts of up to 37%.
Price from $579

Sign-up Page:
Official Website | sis最新地址 Campaign

The POP 4 is Revopoint’s new hybrid 3D scanner, combining blue laser and infrared structured light to handle a wide range of scanning tasks. Positioned as a versatile everyday scanner, it is designed to capture everything from small indoor objects to larger outdoor subjects with improved flexibility and detail.

According to Revopoint, the POP 4 offers 0.03 mm single-frame accuracy and supports multi-line laser scanning at up to 105 fps. It is also built for outdoor use in lighting conditions up to 100,000 lux, making it a more capable option for users who want to move between studio and real-world scanning scenarios.

Among the new features is support for 3D Gaussian Splatting, aimed at producing more photorealistic model exports. The POP 4 also uses a 5500 mAh battery grip, allowing up to 4 hours of wireless scanning for more mobile workflows.

We will be following the POP 4 launch closely on yn荡校园运动会笔 and hope to evaluate it in real-world use once available.

Revopoint POP 3 Review

Andrew Sink has previously tested the POP 2, POP 3, and POP 3 Plus in hands-on use. You can check his latest insights in the POP 3 Plus review.

Price: $577-$679

Compare the Prices & Bundles:
Amazon | AliExpress | Official Website

The latest addition to the POP family of 3D scanners, the Revopoint POP 3 offers full-color texture scanning with a 0.05mm single-frame precision and a minimum scan volume of 20 x 20 x 20 mm. The POP 3 can capture between 12-18 frames per second and is compatible with the free Revo Scan 5 software, which is capable of post-processing point cloud data and creating 3D print-ready models.

The POP 3 is ideal for 3D printing hobbyists and users interested in creating 3D models for 3D printing, where color is a nice-to-have but not the primary factor in selecting a scanner. Creating 3D models is a straight-forward process thanks to the simplified user interface of Revo Scan 5, and it’s easy to get started with 3D scanning shortly after unboxing the scanner and getting it set up. Unfortunately, the color texture yn荡校园运动会笔d by the POP 3 lacks detail and makes it difficult for me to recommend this scanner to anyone interested in capturing and recreating vibrant colors or detailed textures. The touch-sensitive controls on the rear of the scanner make it easy to use, and it’s clear that this scanner will be a good fit for users who are new to 3D scanning.

Read more and images:
Revopoint POP3 Review by Andrew Sink.
Revopoint POP3 Plus (2024) Review by Andrew Sink.

MetroX Pro – High-Speed Accuracy, Same Affordable Price

Where to Buy

Pre-order Price: $1,088.00 – $1,209.00

Compare the Prices & Bundles:
Official Website (MetroX & MetroX Pro)
Amazon (MetroX) | AliExpress (MetroX)

Released as a seasonal upgrade to the popular MetroX, the new MetroX Pro brings a 20% boost in measurement reliability and tighter volumetric accuracy of 0.02 mm + 0.04 mm × L (m). Scan speeds have improved dramatically, with up to 2 million points per second using 30 cross blue laser lines — a significant leap from the original MetroX’s 800,000 points.

The MetroX Pro also introduces PC-to-mobile scan streaming via the Revo Mirror app, allowing users to move freely while scanning larger objects. Even with these upgrades, the MetroX Pro retains the original MetroX price point, making it a compelling option for engineers and quality control professionals preparing for 2026 and beyond.

MetroX Review

As we await hands-on testing of this brand-new product on yn荡校园运动会笔, you can explore our previous evaluation of the MetroX by Max Funkner. Stay tuned — a full review of the MetroY Series is coming soon.

In our evaluation, we scanned various objects, including challenging ones like black and shiny metallic objects, and the scanner delivered good results. The Revo Scan 5 MetroX software is user-friendly, providing clear guidance through the scanning process, including scanner movements.

Read more, scan examples, pros and cons:
Revopoint MetroX 3D Scanner Review by Max Funkner.

MetroY Series – Engineered for Precision

Where to Buy

Pre-order Price: $1,187 – $1,759
Launch pricing starts at $1319 for MetroY and $1759 for MetroY Pro, with a 10% pre-order discount available until September 20.

Compare the Prices & Bundles:
Official Website

The new MetroY and MetroY Pro are Revopoint’s most advanced handheld 3D scanners to date, designed with professional-grade applications in mind. Featuring multi-line blue laser technology, the series achieves up to 0.01 mm precision and 0.02 + 0.04 mm × L (m) volumetric accuracy.

Both scanners support wireless scanner-to-PC and mobile device streaming, enabling greater flexibility during scans. The MetroY supports three handheld laser modes, while the Pro expands to five modes, including full-field structured blue light scanning for marker-free capture.

With up to 7 million points per second, the MetroY Pro stands out for digitizing complex shapes, grooves, and cavities. It also integrates with a Dual-Axis Turntable for high-detail automated scanning.

INSPIRE 2 – The Compact 3D Scanner for Creators

Where to Buy

Pre-order Price: $422 – $459
INSPIRE 2 is priced at $459 with an 8% early bird discount valid until September 10.

Compare the Prices & Bundles:
Official Website

The INSPIRE 2 is Revopoint’s lightweight, go-anywhere 3D scanner, built for creators, designers, and educators. Weighing just 190g, it offers up to 0.03 mm precision and volumetric accuracy of 0.05mm + 0.1mm × L (m).

Thanks to a blend of structured infrared light and multi-line IR lasers, the scanner works even on dark/shiny surfaces and in outdoor conditions up to 20,000 lux. Notable improvements include a 30% larger scanning area, optical zoom (1.5x, 2x), and real-time screen sharing via Wi-Fi 6.

After multiple rounds of refinement, the final weight of the INSPIRE 2 is 190g.

The scanner supports on-the-go operation with an optional Power Bank Handle and built-in wireless connectivity.

Update: Revopoint INSPIRE 2 Hands-On

Lightweight scanner, strong marker tracking, and surprisingly capable for its class. I tested it on my ongoing RC boat project — scanned, merged, repaired, and even 3D printed a mini version.

Overall, the INSPIRE 2 is a practical, approachable scanner for beginners and hobbyists. For more advanced users who can tolerate a heavier device, I would recommend considering the MetroX or MetroY. The INSPIRE 2 offers an affordable entry point into 3D scanning while still being part of a wider Revopoint ecosystem.

Read more, scan examples, pros and cons:
Revopoint ISNPIRE 2 Review by Max Funkner.

INSPIRE Review

Explore our previous hands-on evaluation of the INSPIRE by Andrew Sink.

The Revopoint Inspire is the latest 3D scanner from Revopoint and joins the rapidly expanding family of 3D scanners offered by the OEM. Unlike the large volume Revopoint Range scanner or the detail-focused Revopoint Mini, the Inspire targets beginners with its $439 retail price and a simple, all-inclusive software workflow with the Revo Scan 5 software. The 0.2mm accuracy is ten times that of the Mini (0.02mm), but users of this scanner will likely be more interested in ease-of-use than ultra-high resolution or reverse engineering.

Read more, scan examples, pros and cons:
Revopoint ISNPIRE Scanner Review by Andrew Sink.

Trackit

Where to Buy

Price: $4,482 – $4,980

Official Website

Revopoint continues its mission to democratize 3D scanning with the launch of Trackit, an optical tracking system designed to bring advanced, marker-free scanning capabilities to a broader audience. By offering a more affordable alternative to traditional industrial systems, Trackit opens the door for engineers, designers, and makers to explore high-precision scanning without the steep cost.

Trackit is Revopoint’s motion tracking add-on, designed to pair with scanners like the MIRACO and range-topping 3D scanners. It enables markerless motion tracking by using IR cameras and smart software to follow large or moving objects in real-time.

Trackit is ideal for scanning entire vehicles, statues, or machinery with consistent precision and without manual repositioning. It shines when scanning beyond traditional turntable limits and enhances workflow for professionals working in inspection, reverse engineering, or cultural preservation.

In real-world scenarios, we scanned car parts, RC model boats, and furniture—testing different scan modes and completing full scan-to-print workflows. Across these varied cases, the Trackit showed consistent performance and produced usable meshes with good accuracy and clean geometry.

We tested Trackit extensively and 单亲妈妈4韩国在线观看 a full breakdown with setup, scanning scenarios, and example workflows. Read more, Scan Examples:
Revopoint Trackit Review by Max Funkner.

Conclusion

Revopoint continues to evolve its lineup with innovative tools tailored for both hobbyists and professionals.

We look forward to hands-on testing and will link to our detailed reviews here once available. In the meantime, check out our 3D scanning forum to discuss workflows, ask questions, or share your results with Revopoint devices.

The post Revopoint New 3D Scanners: MetroY Ultra and POP4 appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

SHINING 3D brings over 20 years of experience from the field of metrological 3D scanning into the EINSTAR series. With EINSTAR scanners, SHINING 3D is transferring this technological foundation directly into the entry-level and prosumer market for the first time. Although positioned as entry-level solutions, these devices directly benefit from the software, algorithmic, and development work of the professional segment. At the same time, the EINSTAR series stays true to its core DNA: high usability, beginner-oriented design, and an exceptionally strong price-performance ratio, delivering reliable scanning technology to makers, designers, engineers, and content creators.

EinScan Rigil Lite

Where to Buy

Price: $3,199 – $3,899

Compare the Prices & Bundles:
Official Store | Amazon (EinScan Rigil)

Positioned as a more accessible entry into SHINING 3D’s standalone scanner range, the EinScan Rigil Lite brings together onboard processing, a touchscreen workflow, hybrid blue laser and IR scanning, and flexible PC connectivity. Based on the official product page, it is aimed at users who want the freedom of an all-in-one scanner while still keeping the option to connect wirelessly or by cable for more demanding projects.

EinScan Rigil Lite Key Features & Specifications

• Tri-mode workflow: standalone scanning on the device itself, plus PC wireless and PC wired modes.
• Hybrid light source: 17+17 crossed blue laser lines, 7 parallel blue laser lines, and IR VCSEL.
• Two scan modes: Laser HD for finer detail and IR Rapid for faster wider-area capture.
• Scan speed: up to 2,940,000 points/s in crossed blue laser mode and up to 16,000,000 points/s in IR Rapid mode.
• Working distance: 170–550 mm in Laser HD mode and 160–1500 mm in IR Rapid mode.
• Resolution: 0.05–10 mm in Laser HD mode and 0.2–10 mm in IR Rapid mode.
• Colour capture: 5MP texture camera for full-colour scans.
• Hardware options: 24GB LPDDR5 + 512GB SSD or 32GB LPDDR5 + 1TB SSD.
• Output formats: STL, OBJ, PLY, 3MF, and ASC.

Find the full list of specifications on the Official Website.

EinScan Rigil Lite vs EinScan Rigil – Key Differences

The main difference is performance and hardware tier. The standard EinScan Rigil uses 25+25 crossed blue laser lines, while the Lite version uses 17+17 crossed blue laser lines. SHINING 3D also states that Rigil’s 25+25 laser setup is around 40% faster than Rigil Lite’s 17+17 configuration. In the listed specifications, Rigil reaches up to 4,800,000 points/s in crossed blue laser mode, compared to 2,940,000 points/s on Rigil Lite.

Rigil also has the stronger default hardware configuration, with 32GB LPDDR5 RAM and 1TB SSD storage, while Rigil Lite starts at 24GB LPDDR5 RAM and 512GB SSD. According to the official FAQ, Rigil also has the higher stated volumetric accuracy at up to 0.04 + 0.06 mm/m, while Rigil Lite is positioned slightly below it. In short, Rigil Lite looks like the more affordable entry into the standalone Rigil family, while the standard Rigil is the more capable option for users who want higher laser-line density, more speed, and a stronger hardware package.

EINSTAR Rockit – Pocket Size, Rocket Speed

Where to Buy

Price: $1,699 – $1,899

Compare the Prices & Bundles:
Official Store | Amazon

EINSTAR Rockit is a compact, wireless 3D scanner designed for users who want mobility without giving up scanning capability. The EINSTAR Rockit prioritizes speed, efficiency, and scan quality in time-sensitive environments. Its compact body integrates a laser and infrared hybrid light system that ensures rapid scanning and high-quality results across a wide range of applications, from intricate small parts to large-scale objects. With 38 cross laser lines optimized for fast, large-area capture and 7 parallel laser lines dedicated to fine feature acquisition, Rockit delivers strong productivity in time-sensitive automotive and production workflows.

One of Rockit’s defining features is its fully wireless workflow. With built-in Wi-Fi and a swappable battery, the scanner can operate cable-free for up to several hours, while still offering a wired fallback option if wireless interference occurs. This flexibility allows users to move freely around objects, scan larger parts, and work in tighter spaces without being constrained by cables or external hubs.

A key advantage is markerless laser scanning: objects with sufficiently structured surfaces can be scanned without preparation, eliminating the need to place and remove markers, significantly reducing time and lowering the entry barrier. The EINSTAR Rockit is consistently designed for efficiency, mobility, and a smooth workflow.

The scanner is supported by EXStar Hub software, which unifies scanning, alignment, and basic post-processing into a single interface. The software focuses on efficiency and stability, offering tools that simplify alignment, improve data quality, and streamline model preparation for downstream use such as 3D printing, reverse engineering, or digital visualization.

Key Highlights of EINSTAR Rockit

– Compact, pocket-sized wireless 3D scanner
– Hybrid light system with laser and IR scanning modes
– Built-in Wi-Fi and swappable battery for cable-free operation
– Marker-free scanning for faster setup
– Supports small to large objects, including outdoor scanning
– EXStar Hub software for streamlined scanning and processing

EINSTAR Rockit Hands-on Review

The EINSTAR Rockit is a new handheld 3D scanner from SHINING 3D that combines IR and Blue Laser scanning in one lightweight device. In my hands-on testing, I tried it on a range of objects, from a battle-hardened DeathRacer to a DIY RC boat, to see how it performs in real use across different surfaces, sizes, and levels of detail. So far, the Rockit has shown itself to be a flexible scanner for makers, creators, and prosumers who want both fast texture capture and cleaner mesh detail in one workflow. Setup was quick, EXStar Hub guided the process well, and the scanner felt comfortable in the hand during longer sessions. You can read the full hands-on review by Max Funkner here: EINSTAR Rockit 3D Scanner Review.

Even Better EINSTAR

Where to Buy

Price: $1,049 – $1,249

Compare the Prices & Bundles:
Official Store | Amazon

The EINSTAR 2 3D scanner addresses one of the original EINSTAR’s key limitations by significantly improving detail capture on small objects while expanding freedom of movement through a true wireless design. Its hybrid light system, combining blue laser technology with infrared VCSEL, ensures stable tracking across a wide range of object sizes and materials, providing operators with high flexibility in both indoor and outdoor working environments. So it’s ideal for automotive components, reverse engineering, and a variety of creative applications.

Key upgrades of EINSTAR 2:
1. Newly added 17 parallel blue laser lines
2. Wireless operation
The EINSTAR 2 features wireless operation, a swappable battery, and full-color capture. It’s designed for users who want studio-level scanning results without being tied to a fixed setup.

A major step forward is its true wireless workflow. EINSTAR 2 features built-in Wi-Fi and a swappable battery that supports extended scanning sessions without cables or external hubs. This makes it easier to move around larger objects, scan in confined spaces, or work outside the studio. A wired connection remains available when needed, providing flexibility in environments with wireless interference.

The scanner uses a hybrid light source that combines blue laser and IR VCSEL modes. The laser mode is optimized for fine details, reflective surfaces, and small objects, while the IR mode supports faster capture of larger objects and performs well in darker or outdoor environments. This versatility allows EINSTAR 2 to adapt to a wide range of materials and lighting conditions, including scanning black or reflective parts without spray.

Like Rockit, EINSTAR 2 is supported by EXStar Hub software, which unifies scanning, alignment, and basic processing in a single interface. The software focuses on stability and efficiency, offering tools for alignment, data quality control, and model optimization. This makes EINSTAR 2 suitable not only for capture, but also for preparing scan data for 3D printing, reverse engineering, and digital content workflows.

Key Highlights of EINSTAR 2

– Compact, lightweight handheld 3D scanner
– True wireless operation with swappable battery
– Hybrid light system with laser and IR scanning modes
– Handles small parts, large objects, and interior spaces
– Works on black and reflective surfaces without spray
– Suitable for indoor and outdoor scanning
– EXStar Hub software for streamlined scanning and processing

Rockit vs EINSTAR 2 – A Brief Comparison

EINSTAR Rockit and EINSTAR 2 are closely related scanners that share the same core design philosophy and scanning approach. Both are compact, handheld, fully wireless 3D scanners built around a hybrid light system, and both rely on the same EXStar Hub software for scanning and basic processing. In practical use, the overall workflow and scanning experience are very similar, making either option suitable for makers, creators, and prosumers looking for flexible, cable-free 3D scanning.

EINSTAR 2 is equipped with 17 parallel blue laser lines and offers a high scanning speed of up to 90 fps, while its IR VCSEL projector enables efficient capture of large objects.
EINSTAR Rockit combines 38 crossed laser lines plus infrared for fast, large-area scanning, along with 7 parallel laser lines for capturing fine details.
Differentiation from the EINSTAR 2 is deliberately handled through price and application scope, allowing users to choose the right solution based on budget and use case.

Quick comparison overview
– Shared DNA: handheld, wireless, hybrid light 3D scanners
– Workflow: similar scanning experience and EXStar Hub software
– Target users: makers, creators, prosumers.
– Applications：aftermarket & reverse engineering、AR/VR digital content、3D printing & personal manufacturing、heritage preservation & art
– Price: EINSTAR Rockit $1,699 vs EINSTAR 2 $1,049

EINSTAR VEGA

Where to Buy

Price: $1,599 – $1,999

Compare the Prices & Bundles:
Amazon | Official Website

The EINSTAR VEGA is a standalone 3D scanner that combines everything you require to scan, edit, and process models into a single unit. It provides two capture modes – HD and Fast – employing a blend of infrared MEMS for HD capturing and infrared VCSEL for capture mode Fast.

The EINSTAR VEGA is a strong performer in the portable 3D scanning category. Whether you’re capturing small figures, scanning body parts for prosthetics or cosplay, or digitizing vehicles, it delivers consistent, high-quality results.

Read more:
EINSTAR VEGA Review by Will Zoobkoff.

About EINSTAR and Shining3D

With over 20 years of experience in metrology-grade 3D scanning, SHINING 3D focuses on high-precision 3D measurement and full-size inspection solutions. Its systems deliver accuracy from 5 to 50 microns and are used in demanding industrial and medical fields, including civil aviation, automotive, machinery, energy, electronics, and dentistry. This long-term focus on research and real-world applications has established SHINING 3D as a global provider of high-precision 3D scanning technologies.

SHINING 3D also works to make advanced 3D scanning accessible to prosumers and creators. This goal drives the development of the EINSTAR lineup, including EINSTAR Rockit, EINSTAR Vega and EINSTAR 2. These scanners translate professional scanning expertise into more approachable tools, while maintaining reliable performance.

Conclusion

Overall, the EINSTAR device series covers a clearly tiered spectrum from easy entry to fully mobile solutions, consistently transferring SHINING 3D’s metrological 3D scanning expertise into an accessible market segment.

Backed by SHINING 3D’s long-standing experience in professional 3D scanning, the EINSTAR lineup continues to evolve toward accessible, reliable, and practical scanning tools for modern makers and creators.

We look forward to hands-on testing and will link to our detailed reviews here once available. In the meantime, check out our 3D scanning forum to discuss workflows, ask questions, or share your results with EINSTAR devices.

The post SHINING 3D’s New Scanners: EinScan Rigil Lite, EINSTAR Rockit, and More appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

SHINING 3D brings more than 20 years of metrology-based 3D scanning experience into the EINSTAR series. While aimed at entry-level and prosumer users, EINSTAR scanners benefit from professional software and algorithm development, while keeping a strong focus on usability, beginner-friendly design, and value.

Where to Buy the EINSTAR Rockit

Price: $1,699 – $1,899

Compare the Prices & Bundles:
Official Store | Amazon

Specifications

EINSTAR Rockit Specifications

Note: EINSTAR Rockit supports both high-detail laser scanning and fast IR scanning, allowing users to switch between precision and speed depending on the project.

Recommended PC Configuration: For optimal performance with the EINSTAR Rockit, a Windows 11 (64-bit) system is recommended, powered by a 13th Gen Intel Core i7-13700H processor or above. A dedicated GPU such as the NVIDIA GeForce RTX 3060 Laptop GPU (or higher) with at least 6 GB of VRAM ensures smooth real-time processing. The scanner benefits from high system memory, with 32 GB DDR5 RAM as a minimum and 64 GB recommended for more complex projects. A USB 3.0 interface is required for stable data transfer during scanning.

Recommended Mac Configuration: On macOS (Tahoe 26.2), the EINSTAR Rockit is supported on MacBook Pro models starting from M1, with better performance on M3 and newer chips. A minimum of 16 GB RAM is required, while 24 GB or more is recommended, particularly for handling larger scans and detailed textures. Higher-end configurations, such as M3 Max or Ultra, provide a more fluid workflow when working with complex 3D data.

What’s Included – Accessories

What’s in the box: The EINSTAR Rockit comes with a well-organized kit, including a protective carrying case, the scanner itself, and a 课中坏事 board with a universal holder. The package also includes a power adapter, battery, battery compartment, and a dedicated charging cable, along with a Type-C cable for connecting the scanner and battery compartment. For tracking and alignment, both 3 mm and 6 mm markers are provided, alongside a wrist strap and a printed packing list.

Setup and Design

Apart from a small cardboard insert with the packing list and QR code, there were no printed instructions included. Scanning the QR code leads to the official Quick Start Guide, which immediately points you to the EXStar Hub software download and helps you get started.

Before testing the wireless mode, I decided to begin with a wired setup. After installing and launching EXStar Hub, the process was straightforward. Simply connect the Rockit to your PC using a USB 3 cable, and the software will recognize the device automatically.

课中坏事

When the scanner is connected to the computer, EXStar Hub prompts you to calibrate the device. The process is straightforward, with a 课中坏事 board included in the top section of the case. There is also a plastic stand, which I initially struggled to understand, but it is used to position the 课中坏事 board at different angles required during the 课中坏事 stages.

Batteries and Charging Station

I did not measure the exact battery life, but according to the manufacturer, it should last up to 3 hours of operation. In my testing, I was scanning and processing throughout the day, and the battery was not depleted. A second battery can remain in the charging compartment, ready to swap in when needed. This setup makes the workflow effectively uninterrupted and very convenient for longer scanning sessions.

As you can see, the design is very lightweight and minimalistic, making the overall setup quick and straightforward. At first, I was slightly concerned that I might accidentally drop the scanner and thought it might need additional grip, but in practice this was not the case. The scanner sits comfortably in the hand and feels well balanced during use, which adds confidence when scanning for longer sessions.

Software: EXStar Hub

EXStar Hub for both Rockit and EINSTAR 2 can be downloaded via the links provided in the official Quick Start Guide. I found the layout and overall workflow slightly different compared to other 3D scanning software.

Instead of jumping between tools, EXStar Hub guides you step by step, starting from selecting the scan mode (Laser or IR) through to post-processing. This structured workflow feels intuitive and can be less confusing, especially for users who are new to 3D scanning.

After processing the scan, I would strongly recommend saving your mesh in the available formats. If you close the software at this stage, the processed mesh and texture, which can take 5 to 15 minutes to generate, will be lost. I found this behaviour a bit unusual. It might be designed to reduce storage usage, but it would be helpful to have an option to retain the processed result directly within EXStar Hub without needing to reprocess it repeatedly. Note: An EINSTAR representative later confirmed that a feature to save the mesh directly within EXStar Hub is already on the roadmap for future updates.

Please find more detailed notes on the software, along with additional screenshots, in the Testing and Results section.

Testing and Results

IR Hybrid Color Texture Mode – DeathRacer

The popular DeathRacer robot from the 3D printing community proved to be a great test object for evaluating both Infrared Rapid Mode and Blue Laser Mode. It is genuinely challenging for 3D scanners and software due to its complex geometry, black surfaces, and thin elements, such as the rod holding the Bludgeon weapon. As a result, I scanned it multiple times using different modes.

This particular DeathRacer took part in the carnage at SMRRF, and you can clearly see battle damage, including broken “Piranha” teeth on the front. Just before the event, I captured a short teaser scan for our YouTube channel. After the battle, I returned to scan the object more thoroughly.

– IR Hybrid Color Texture Mode. I tested scanning on different surfaces. It works on a standard wooden table, but from experience, I prefer using a dedicated A3 black sheet covered with markers. The Rockit responded very well to these markers. After selecting IR mode, I enabled all three options in Hybrid Mode, which resulted in a very smooth scanning experience.

– Scan Alignment. Project alignment is essential for capturing a complex object like this. It typically requires at least three scans to cover all sides. In this case, after initial scan from the the top, I turned the model to the left, and to the right. It is important to keep the object consistent between scans, which can be challenging since the DeathRacer tracks move easily. Marking positions or carefully turning the model helps maintain alignment. Using the Project Alignment feature, the scans were combined automatically and with good precision.

– Mesh. Once the scans are cleaned and combined into a single model, the next step is generating the mesh. Processing the DeathRacer took around 15 to 20 minutes on my relatively powerful laptop, so the more data you capture, the longer this stage will take. Next, in the Post Processing section, you can further refine the model and export it in various formats, or even send it directly to Sketchfab.

Tip: When uploading models to Sketchfab from EXStar Hub, make sure to export and upload your files as a single zipped folder. In my case, the direct upload from EXStar Hub did not package the files correctly, and the texture was missing. I had to reupload the model on Sketchfab using a ZIP archive with .OBJ, .MTL, .JPG.

I had not used Sketchfab for a while, so this was a good opportunity to update my existing collection of scans with a new model. Viewing the model on Sketchfab allows you to explore it in 360 degrees and even toggle the texture on and off.

From my testing, IR Rapid Mode works well for capturing texture, while Blue Laser Mode is better suited for achieving higher mesh precision, which I will explore in the next section.

Blue Laser Mode – DeathRacer

Because of its rich geometry and protruding elements, such as the rod holding the weapon, the DeathRacer is a great model to test the Blue Laser capabilities of the EINSTAR Rockit. It presents a mix of fine details, sharp edges, and challenging surfaces.

The scanning speed in Blue Laser Mode is impressive, making the overall workflow much easier. Since the scanner captures data quickly, there is more room to repeat scans and refine results without significantly increasing the total time.

– Markers. In IR Rapid Mode, the A3 marker sheet is more of an optional addition, but in Blue Laser Mode, markers are essential. Using a marker-covered board meant I did not need to place markers directly on the object itself. This not only sped up the workflow but also helped keep the object clean, avoiding any interference with the scanned surfaces.

DeathRacer, together with the Bludgeon weapon attached to the DeathRacer on a long rod, proved too tricky to scan. I believe it would be possible to capture it fully with more attempts, but after several unsuccessful tries, I decided to dismantle it and scan it separately. With the weapon detached, both the DeathRacer and the Bludgeon were scanned more precisely and much faster, partly because the resulting files were lighter and easier to process.

Clean, featureless cylindrical objects are a known weak point for both scanners and software. After three quick scans, this object required manual alignment by applying four reference points to merge the data accurately.

Looking forward to testing my new Snapmaker U1, and if everything goes well I will print a miniature based on this Blue Laser scan.

Compared to IR mode, Blue Laser Mode is better suited for capturing precise geometry and handling more complex shapes. This makes it particularly useful for objects with intricate details or areas where accuracy is more important than speed.

– Scan to 3D Print. To test the Snapmaker U1, I decided to scale an existing scan down to miniature size to use it as a keychain. After an attempt at printing DeathRacer flat, I printed it at a 45-degree angle. It came out great. Read more about printing settings and experience in the Snapmaker U1 article.

Wireless Mode – Small RC Boat

To test wireless mode, I initially tried scanning a small object, a DIY RC boat, in IR Rapid Mode. In the past, I wrote a detailed guide about RC boats in our local park, and I cannot thank Clive enough for letting me 3D scan his models from time to time.

My initial scan was nearly perfect, except for the fan area, where the black shiny surface was captured poorly. To resolve this, I used a small AESUB scanning spray that I received at a trade show a few years ago. The spray temporarily coats the surface with a matte layer, making it much easier for the scanner to capture accurate geometry. Note: Switching to Reflective Mode and increasing exposure, some objects may work without a scanning spray.

– Tips. Initially, I struggled to find how to add a new scan to the group. The path is Project List then Add New Scan. When the object is scanned multiple times from different sides, the unaligned scans can look quite chaotic, as shown in the image above.

I am quite happy with how the texture turned out. The fan engine area, however, would benefit from a different approach to achieve higher precision, especially if the model is intended for scaled 3D printing. If I were to refine this further, I would detach the fan and rescan it separately to capture more accurate geometry and finer details. Note: In laser mode, seamless switching between cross lines and parallel lines is supported; therefore, you can first use crossed lines to scan the overall structure, and then use parallel lines to capture the details.

As usual, I will try to yn荡校园运动会笔 a miniature from this object and 3D print it in multicolour as a Christmas ornament or keyring. I should have quite a collection of these by now. Stay tuned.

Compare to Other 3D Scanners

SHINING 3D offers a wide range of scanners for consumers, makers, and prosumers. Earlier, we 单亲妈妈4韩国在线观看 a hands-on review of the standalone EINSTAR Vega, which was highly praised by Will Zoobkoff. However, that is a different class of 3D scanner. A closer comparison for the Rockit would be the EINSTAR 2.

Rockit vs EINSTAR 2, a Brief Comparison

EINSTAR Rockit and EINSTAR 2 are closely related scanners that share a similar design philosophy and overall scanning approach. Both are compact handheld 3D scanners aimed at makers, creators, and prosumers, and both rely on EXStar Hub for scanning and basic processing. In practical use, the workflow feels familiar across both devices, making either option approachable for users looking for a flexible scanning solution.

EINSTAR 2 is equipped with 17 parallel blue laser lines and offers scanning speeds of up to 90 fps, while its IR VCSEL projector supports efficient capture of larger objects. EINSTAR Rockit expands on this by combining 38 crossed laser lines with infrared scanning for faster large-area capture, while also adding 7 parallel blue laser lines for finer detail work.

The difference between the two appears to be positioned mainly around price and application range. EINSTAR 2 remains the more accessible option for general handheld scanning, while EINSTAR Rockit is designed to offer more flexibility for users who want both fast scanning and more detailed laser-based capture in one device.

As 3D scanning technology becomes more accessible, competition is also growing, with brands such as Revopoint, Creality, and 3DMakerpro offering capable handheld scanners. If you would like a broader overview of the market, you can read more about other 3D scanners on our website.

Within this category, one of the closest alternatives to the EINSTAR Rockit is the Revopoint MetroX. Both combine infrared and blue laser technologies, giving users a balance between faster large-area capture and more precise detail scanning. I tested MetroX last year, and there is already a newer version now, but the overall difference is still quite clear: MetroX feels heavier and generally comes in at a lower price point, while Rockit offers a smaller and lighter design, wireless operation, and more sophisticated hybrid scanning features.

Conclusion and Pros & Cons

Compare the Prices & Bundles:
Official Store | Amazon

The post EINSTAR Rockit Hands On: Testing SHINING 3D’s New Hybrid 3D Scanner appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

Table of Contents

• 3DMakerpro LiDAR Spatial 3D Scanners Overview
• 3DMakerpro Raven NEW
  • What Is in the Box
  • Technical Specifications
  • Scanning Workflow and On Device Experience
  • RayStudio Software and Data Processing
  • Raven Highlights
• 3DMakerpro Eagle Quick Look
• 3DMakerpro Toucan Quick Look & Review
• About 3DMakerPro
• Conclusion

3DMakerpro LiDAR Spatial 3D Scanners

Spatial 3D scanners are designed to capture large environments rather than small objects. Using LiDAR technology, these scanners measure distances with laser pulses to generate detailed point clouds of rooms, buildings, and outdoor spaces. The result is a digital reconstruction of real-world environments that can be used for visualization, documentation, architecture, surveying, or immersive VR and AR experiences.

The new 3DMakerpro Raven introduces a more creator-focused format and builds on technology previously seen in the professional-grade 3DMakerpro Eagle. Positioned as a personal LiDAR spatial scanner, Raven is designed to capture interiors, rooms, and outdoor environments while offering a more compact and accessible approach to spatial scanning compared to its professional predecessor.

3DMakerpro Raven NEW

Where to Buy – Pricing

Raven
Regular Price: $1,699
Early Bird Price: $919 (Limited to 100 units, use exclusive code Withus80)
Compare the Prices & Bundles:
Official Store
Raven Max
Regular Price: $2,699
Exclusive Price: $1,419 (use code Withus80)
Raven Max RTK
Regular Price: $3,499
Exclusive Price: $1,919 (use code Withus80)

The 3DMakerpro Raven introduces LiDAR-based spatial scanning in a compact, portable format aimed at creators, designers, and professionals who need to capture larger environments. Unlike traditional desktop 3D scanners designed primarily for small objects, Raven focuses on scanning real world spaces such as rooms, interiors, buildings, and outdoor environments.

The scanner combines LiDAR distance measurement with color capture to generate detailed point clouds and spatial reconstructions that can later be processed into various formats suitable for visualization, documentation, and immersive content creation.

What’s in the Box

The 3DMakerpro Raven package includes the Raven LiDAR scanner, a detachable battery grip, and a holder base for stable placement. The box also contains a power adapter with plug adapters, necessary power cables, and additional accessories. Everything arrives neatly packed alongside documentation to help users get started with the scanner and its software.

Technical Specifications

• Accuracy: Up to 2 cm at 10 m
• Scan Range: Up to 80–100 meters
• Point Cloud Rate: Up to 150,000 points per second
• Scan Angle: 360° horizontal, 40° vertical
• Camera System: 12 MP color camera
• Display: 3.9 inch AMOLED touchscreen
• Connectivity: WiFi 5
• Output Formats: PLY point cloud, Gaussian splatting PLY, OBJ mesh
• Battery: 12,000 mAh modular battery grip
• Operating Time: approximately 2 hours
• Weight: approximately 1.1 kg

Scanning Workflow and On Device Experience

Raven is designed to make spatial scanning accessible through a straightforward workflow. The modular battery grip powers the device and allows mobile operation while scanning larger environments.

After powering on, the scanner performs internal synchronization and IMU initialization. Once ready, users can begin scanning while monitoring the capture process on the integrated AMOLED display.

During scanning it is recommended to move slowly and steadily through the environment while keeping the scanner pointed toward the areas that need to be captured. Maintaining smooth motion helps ensure stable point cloud acquisition and consistent coverage of the scanned space.

RayStudio Software and Data Processing

3DMakerpro Raven works together with RayStudio, the company’s processing software for LiDAR based scanning data. RayStudio allows users to process raw capture data into structured point clouds and other usable formats. The following examples show different visualizations generated from a spatial scan processed.

The software supports tasks such as point cloud processing, filtering, thinning, colorization, and visualization. Users can also generate Gaussian splatting data or export polygonal meshes depending on their workflow requirements.

This software layer plays an important role in transforming captured spatial data into practical outputs for visualization, documentation, VR environments, and other digital applications.

3DMakerpro Raven Highlights

According to 3DMakerpro, the new Raven LiDAR spatial scanner introduces several improvements aimed at portability and flexible spatial scanning workflows:

• Swappable Battery System – Designed for extended scanning sessions with hot-swappable batteries, allowing users to continue capturing data without long charging interruptions.
• 12MP Camera – A built-in camera designed to capture detailed color information for spatial scans and reconstructed environments.
• 360° Camera Support – Raven can be paired with compatible 360° cameras such as Insta360 devices for enhanced Gaussian splatting and immersive scene capture.
• Portable Design – With a weight of around 1.1 kg, Raven is designed to be carried easily for indoor and outdoor spatial scanning tasks.

For discussions, user examples, and updates from the community, see the official 3DMakerpro Facebook group:
3DMakerpro Community Group.

3DMakerpro Eagle LiDAR Spatial Scanner Quick Look

Before Raven, 3DMakerpro introduced the Eagle series, a professional-grade LiDAR spatial scanner designed for more demanding workflows. Eagle focuses on high-precision spatial data capture and has been used in professional environments such as architecture, surveying, digital documentation, and large-scale environment reconstruction.

Eagle Scanner:
Price $1719 – $3499  Discount code: Withus80 -$80
Official Website

The Eagle platform introduced LiDAR-based spatial scanning to the 3DMakerpro ecosystem, targeting professionals who need reliable large-scale 3D capture. With support for advanced workflows such as drone-mounted scanning and detailed spatial reconstruction, Eagle is positioned for applications including architecture, site documentation, surveying, and digital twins. You can read our full overview of the 3DMakerpro Eagle LiDAR spatial scanner in the original launch coverage.

The introduction of Raven can be seen as a move to bring LiDAR spatial scanning into a more accessible format while still leveraging the core technologies that powered Eagle. Compared to Eagle, Raven offers a lighter and more creator focused approach while maintaining the core LiDAR spatial scanning capabilities needed for capturing rooms, buildings, and outdoor environments.

3DMakerpro Toucan Quick Look & Review

The 3DMakerpro Toucan is a standalone all in one 3D scanner designed primarily for object scanning. Its compact and portable design makes it suitable for capturing smaller subjects such as everyday objects, models, and design references.

Price: $1,499.00 – $1,999.00

Compare the Prices & Bundles:
Official Website | Amazon

Unlike large scale spatial scanners, Toucan focuses on simplicity and accessibility. The standalone workflow allows creators, makers, and educators to capture objects quickly without requiring complex setups.

We recently tested Toucan here on yn荡校园运动会笔 and 单亲妈妈4韩国在线观看 a hands on review covering its workflow, scanning results, and real world use cases. You can read the full review here: 3DMakerpro Toucan Review: Standalone 3D Scanning Examples.

About 3DMakerPro

3DMakerpro, a brand of Shenzhen Jimuyida Technology Co., Ltd., was established in 2015 and focuses on developing both professional and consumer friendly 3D scanners. The company has introduced a range of devices aimed at making 3D scanning more accessible for creators, engineers, and digital artists.

According to the company, 3DMakerpro’s R&D team includes more than 100 engineers working on technologies such as multi spectral projection systems, visual tracking, and markerless registration algorithms. The company reports more than $30 million invested in research and development, along with over 60 patents and 30 software copyrights. Its software development system has been certified at CMMI level 3, and the company operates under an ISO9001 quality management system.

Websites and Social Media:
Store: https://store.3dmakerpro.com/
Facebook: 3DMakerPro
Twitter: @3DMakerPro
E-mail: [email protected]

Conclusion

3DMakerpro continues to expand its lineup of 3D scanning solutions, covering different types of scanning workflows. Spatial LiDAR scanners such as Eagle and Raven are designed to capture larger environments including rooms, buildings, and outdoor spaces, while standalone scanners like Toucan focus on everyday object digitization.

Together these devices illustrate how the company is building a broader ecosystem that supports both spatial scanning and object scanning use cases. As new scanners are introduced and existing devices evolve, we will continue updating this guide to keep it a useful reference for readers exploring the latest 3DMakerpro 3D scanning technology.

The post 3DMakerpro New 3D Scanners: Raven LiDAR Spatial Scanning appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

Table Of Contents (Jump to a Section)

• Specifications
• What’s Included – Accessories
• Setup and Design
• Software: JMStudio
• Testing and Results
  • Texture Mode – Travel Mug, Scan to 3D Print
  • Texture Color Mode – Pet’s Bed, RC Boat Feature
  • Single Shot Mode – Charging Bull
  • Marker Far Mode – RC Boat, Scan Merge
• Compare to Other 3D Scanners
• Conclusion and Pros & Cons

Where to Buy the 3DMakerpro Toucan

Price: $1,499.00 – $1,999.00

Compare the Prices & Bundles:
Official Website | Amazon

Key Specifications (At a Glance)

– Scan Modes: Continuous handheld scan, Single Shot (photo-based), and table scan
– Scanning Technology: Blue structured light with adjustable power levels
– Camera System: 4 cameras plus 48 MP RGB camera for texture capture
– Accuracy: Up to 0.03 mm in Near Mode and 0.1 mm in Far Mode
– Resolution: Up to 0.05 mm (Near) and 0.1 mm (Far)
– Scan Volume: From 10 × 10 × 10 mm up to 4000 × 4000 × 4000 mm
– Working Distance: 200–1000 mm
– Scanning Speed: Up to 15 frames per second
– Tracking Methods: Feature-based tracking and marker-based tracking
– Processing Hardware: 8-core 2.4 GHz CPU with Mali-G52 GPU
– Memory & Storage: 32 GB RAM and 256 GB built-in storage
– Battery: 6600 mAh with fast charging (up to 80% in 30 minutes)
– Connectivity: Wi-Fi 6, Bluetooth 4.1, USB-C
– Weight: 735 g
– Special Notes: Transparent, dark, or highly reflective objects require scanning spray

What’s Included – Accessories

Premium package includes: Toucan 3D Scanner, Power Adapter & Cable, Manual Turntable, Markers, 课中坏事 Board, Silicone Case, Lanyard, Tripod, Carrying Case.

Standard version includes: Toucan 3D Scanner, Power Adapter & Cable, Manual Turntable, Markers, 课中坏事 Board, Silicone Case, Lanyard

Setup and Design

– Build. No plastic here. The Toucan features a solid, full-metal body with a large touchscreen. The physical button on top is particularly handy for Single Shot mode, allowing the scanner to be operated much like a DSLR camera when needed.

– Wi-Fi. File handling is via Wi-Fi. Initially, I expected to miss a wired connection for transferring files, but after working with scans exceeding 1 GB, I started to appreciate the wireless approach. No extra cables around the workspace.

– Battery. Battery life is sufficient for several scans, depending on their size. Recharging is fast, with the manufacturer stating that the battery reaches 80 percent in around 30 minutes, and full charge takes under an hour in practice. As with similar scanners, it makes sense to use battery time for scanning and handle cleanup or merging while the device is charging.

– Touchscreen. I was initially sceptical about using a touchscreen for scan cleanup, especially with my not-so-slim fingers. To my surprise, it worked well, and I was able to remove debris and make basic edits directly on the device without frustration.

– Brightness wheel. One design feature that stands out is the brightness adjustment wheel, something I haven’t seen on many other scanners. I personally didn’t use it much.

– 课中坏事. My unit arrived well calibrated, and I did not need to perform re课中坏事 at all. However, to understand the process better and document how it works, I took a closer look at the 课中坏事 interface. According to the manufacturer’s guidance, it is recommended to restore the factory 课中坏事 profile rather than performing a manual re课中坏事 yourself. For reference, here is the official re课中坏事 video.

– Silicone Case and Lanyard. Before taking the ‘Toucan for a walk’ outside, I decided to install the lanyard and the silicone protective cover. Attaching the lanyard was slightly fiddly, as catching the end of the cord is not that easy, and I ended up using a pair of pointed tweezers to guide it through.

I find this protective setup to be very important. The Toucan has a sturdy, full-metal build and is a relatively heavy device. In dusty or dirty environments such as garages and warehouses, a lanyard becomes especially useful, allowing the scanner to hang around the neck much like a DSLR camera. While the Toucan is not advertised as an outdoor scanner and I used it without a lanyard at home, taking it outside to a boat club proved that this setup works very well in real-world conditions.

Software: JMStudio

JMStudio can be downloaded directly from the official website under the Support tab. The software feels fast and responsive, and having worked with many other 3D scanning applications in the past, I found it easy to get used to the interface. On startup, JMStudio prompts users to yn荡校园运动会笔 an account and sign in, but there is also a Guest Mode option, which I used for multiple scans without any issues.

– Transfering Files. As described in the Toucan manual on page 33, both the scanner and the PC need to be connected to the same network for file transfer. In JMStudio, open the main menu and select Import from Device, which brings up an interface showing your local network IP address. From there, simply follow the on-screen instructions to transfer scan files directly from the Toucan to your computer.

– Scan Merge. To yn荡校园运动会笔 complete scans of larger objects or models with specific features, it often makes sense to scan individual parts separately and then merge the point clouds. The Toucan can handle simple merges directly on the device, but in my case, I used JMStudio for more control. I switched to manual alignment and selected five reference points on each scan, marked in different colours and matched as points one through five, which resulted in a successful merge. Check the final results of the RC boat below.

Testing and Results

Texture Mode – Travel Mug, Scan to 3D Print

My first object scanned with the 3DMakerpro Toucan was a clear success. I started with a travel mug featuring the 单亲妈妈4韩国在线观看 logo, which turned out to be a very scan-friendly object. The geometry and surface details were captured well, and within a short time, I was able to turn the scan into multiple variants, including a keychain, a miniature, and even a small Christmas tree ornament.

For cleanup, I initially used JMStudio. JMStudio handled the scan processing and mesh cleanup smoothly, and it gave me a solid file that was already suitable for 3D printing with minimal extra work.

– Editing in Blender. To take it a step further, I moved into Blender. I wanted to add an extra design element to the model. While I could have reyn荡校园运动会笔d the 单亲妈妈4韩国在线观看 logo from the image, I was short on time, so I asked ChatGPT to generate a simple 2 mm-thick ‘Recycle’ feature from an image instead, which I could then embed directly into the model. This was an interesting discovery. ChatGPT provided me with the element I needed very quickly.

– 3D Printing. In Creality Print slicer, I added a hole for a keyring, applied colors, and sliced the model for printing on the Creality K2 Pro. I’m happy with how the model turned out, and with a little more time, I could experiment with many more colors if needed.

This is one of my favourite examples of how custom objects from current projects, everyday items, or even gifts and memorabilia can be scanned and scaled down into something meaningful. In the past, I scanned and scaled down an RC boat I was working on and turned it into a miniature ornament for the Christmas tree. You wouldn’t bring a boat to the dinner table with food and turkey, but the ornament proudly hanging from the tree became a great conversation starter.

Texture Color Mode – Pet’s Bed, RC Boat Feature

As expected, blue laser handheld 3D scanners perform best when scanning matte objects, and my dog’s bed turned out to be an ideal candidate for capturing color details with the Toucan. Due to the size of the object, I scanned it using Texture Far Mode. The result came out nicely, with the fabric pattern and overall shape captured well, making this scan a good candidate for use as a VR or game asset.

Another object I scanned using color texture mode was the drivers figures module from the RC boat. In this case, I applied too much scanning spray, which affected the colour capture.

– 3D Scanning Spray. 3D scanning spray is another area where a certain level of skill is required, especially if preserving color matters. This is something I still find challenging, as it is easy to apply too much spray, which can wash out colours and leave the surface looking white. In this case, however, the model was quite shiny, so applying scanning spray was necessary to make the surface matte for a few hours and achieve a usable scan.

Color scanning generally works best on matte surfaces, where textures and colours can be captured clearly and consistently. Shiny or reflective objects often require scanning spray, which can reduce or completely obscure color information. Finding the right balance between surface preparation and color preservation is key when working with texture-based scans.

Single Shot Mode – Charging Bull

It was initially difficult to figure out how to use Single Shot mode. The ‘Coming Soon’ message shown for the Fixed Shot mode in the settings added to the confusion. Later, after seeing other users on Facebook successfully creating scans using Single Shot Mode, I realised that the easily overlooked ‘Single Shot’ label on the interface actually functions as an option button.

I absolutely welcome this option, especially since the main physical button on the device makes it possible to use the Toucan much like a regular camera. The technique feels very familiar to me, as it closely resembles the workflow I used over five years ago when I was working with photogrammetry. The key difference now is that the frames are captured very precisely using blue light lasers.

Another important point is that Single Shot mode produces not only accurate results but also very lightweight scans. While it does take longer to capture compared to a continuous scan, the processing time is significantly shorter. This balances out the overall workflow and reduces the total time needed to achieve a usable result. I highly recommend trying this feature in specific cases where accuracy and clean data matter most.

The low-poly 3D-printed replica of the Wall Street Charging Bull turned out to be a well-sized object for scanning in Single Shot Mode using Near Mode. The first attempt produced the best results and took approximately 120 shots to complete. While there were still a few missing patches underneath, the scan was already very usable as a base model.

Marker Far Mode – RC Boat

I scanned this RC boat using Single Shot mode again, as I find it very convenient when it comes to quick post-processing and lightweight files. The model is arguably small for Far Mode, but I decided to try it anyway to see how it would perform. Even in this setup, Single Shot scanning in Far Mode proved to be a fast and efficient process. Longer to scan but quicker to process.

– Reflective Markers. These help the scanner track the object more precisely, but they can also be time-consuming to remove from the model afterward. While scanning the RC boat, I found that dedicating a black A1 sheet was a great solution. The markers stay on the sheet permanently, and the black surface is practically invisible in certain scanning modes. Highly recommended! It saves a lot of time and keeps the object clean.

– 3D Scanning Spray. 3D scanning spray is another area where a certain level of skill is required, especially if preserving color matters. This is something I still find challenging, as it is easy to apply too much spray, which can wash out colours and leave the surface looking white. In this case, however, the model was quite shiny, so applying scanning spray was necessary to make the surface matte for a few hours and achieve a usable scan.

This detachable element from the RC boat makes sense to scan separately using Geometry Near mode. In the 3D printing workflow, this part can be further optimised by adding more intricate details. With multicolour 3D printing, additional colours can be applied directly during printing, without the need for painting.

– Scan Merge. To scan this model completely, I captured the top and bottom as separate scans and then merged them in JMStudio. Automatic alignment did not work in this case, as the overlapping geometry between the scans was very limited. I therefore switched to manual alignment and selected five reference points on each scan, marked in different colours and matched as points one through five. Using this approach, the alignment was successful.

Processing in JMStudio took care of the rest. It removed noise, fused the model, and repaired gaps. I was happy with the final result, as this scan is more than good enough to yn荡校园运动会笔 a miniature replica on a multicolour 3D printer. Projects like this are mostly done for fun, as memorabilia, or simply as decorative pieces.

In the past, I have also scanned a broken RC boat, reyn荡校园运动会笔d the hull and top parts using 3D scanning and 3D printing. Thanks to such scans a slightly larger, fully functional RC boat was yn荡校园运动会笔d and tested. A big thank you goes to Clive from SouthendMBC for helping with these projects and allowing me to scan his boats. This is a great example of how 3D scanning combined with 3D printing can help preserve, customise, and repair physical models. Read more: RC Model Boats: Traditional and 3D Printed

Compare to Other 3D Scanners

On the 3DMakerpro product page, the ‘Find your perfect scanner’ comparison tool allows you to switch between the Toucan, Lynx, and Moose to quickly identify the right scanner based on use case and budget. The Toucan sits at the higher end of the lineup, offering an all-in-one, standalone scanning experience with on-device processing. Lynx is positioned as a more compact and budget-friendly handheld option, while Moose focuses on precision scanning for smaller objects where accuracy is the priority.

In the past, we have reviewed the Lynx and provided an overview of the 3DMakerpro Eagle scanners. This broader lineup shows that 3DMakerpro is serious about the 3D scanning market, offering a wide range of devices tailored to different needs, from entry-level scanning to more advanced and specialised workflows.

As 3D scanning technology becomes accessible, there is also competition with offerings from brands like Revopoint, Creality, and Einstar. Read more about other 3D scanners on our website.

In this category of standalone handheld scanners, the closest alternatives to the Toucan are Revopoint MIRACO and EINSTAR VEGA by SHINING 3D. All three aim to reduce reliance on a connected PC by offering on-device processing and screens, making them well suited for portable and field-based scanning. The Toucan distinguishes itself with its compact form factor and integrated workflow, while MIRACO and VEGA target users who may prioritise different balances of performance, ecosystem, and brand familiarity.

On yn荡校园运动会笔, we have featured 3DMakerpro scanners across both entry-level and prosumer categories, as they play an important role in bringing accessible 3D scanning to a wider audience. Their consistent presence at Formnext over the past few years, where they actively showcase their scanners and demonstrate live scanning on the show floor, highlights this commitment. This approach reinforces 3DMakerpro’s growing confidence and focus on the consumer and prosumer 3D scanning market.

Conclusion and Pros & Cons

Compare the Prices & Bundles:
Official Website | Amazon

The post 3DMakerpro Toucan: Hands-On Standalone 3D Scanning, Examples appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

In this hands-on overview, I’ll share setup notes, scanning experience, and early impressions from real-world test scans using both PC and mobile modes. As usual, we’ll wrap up with final thoughts and a list of pros and cons.

Table Of Contents (Jump to a Section)

• Specifications
• What’s Included – Accessories
• Setup and 课中坏事
• Software: Revo Metro
• Testing and Results
  • Color 3D Scanning Mode
  • Marker Scan Mode Examples
  • Mobile Mode Test Scan
• Compare to Other 3D Scanners
• Conclusion and Pros & Cons

Where to Buy the Revopoint INSPIRE 2

Price: $459

Compare the Prices & Bundles:
Official Website | Amazon | AliExpress

Revopoint INSPIRE 2 Key Specifications

• Scanning modes: Handheld and desktop
• Technology: Dual-camera IR structured light + IR multi-line laser
• Precision: up to 0.03 mm
• Accuracy: up to 0.05 mm (volumetric: 0.05 mm + 0.1 mm × L)
• Working distance: 200–400 mm (indoor)
• Scan volume: 20 × 20 × 20 mm to 2 × 2 × 2 m
• Capture speed: 18 fps (structured light), up to 90 fps (laser with GPU)
• Color capture: RGB camera, 1280 × 800
• Tracking: Feature, marker, global marker
• Connectivity: USB-C, Wi-Fi 6, Bluetooth 4.1
• Supported formats: PLY, OBJ, STL, ASC, 3MF, GLTF, FBX
• OS support: Windows, macOS, Android, iOS
• Dimensions & weight: 132 × 53 × 27 mm, 190 g

For the full list of specifications, please visit the official product page.
Minimum PC requirements:
Windows: Intel i7-13th Gen or Ryzen 7 5800, 16 GB RAM, NVIDIA RTX 3060 (8 GB).
macOS: M1 Pro/Max/Ultra, 16 GB RAM.
Minimum Mobile requirements:
Android: 9.0+, ≥8 GB RAM, ≥128 GB storage.
iPhone: X or newer, iOS 14+, >4 GB RAM.
iPad: 10th gen or later.

What’s in the Box

Revopoint INSPIRE 2 is available in two editions: Standard and Premium. To use the INSPIRE 2 with a mobile phone, the Premium edition is required, as it includes the additional accessories needed for mobile operation, such as a power bank. Below is the unboxed Premium version.

Setup and 课中坏事

The INSPIRE 2’s packaging feels less ‘rich’ compared with the Revopoint MetroX, for example, the MetroX comes with a more substantial protective case. Unboxing the INSPIRE 2 is straightforward, though, and the included instructions are clear and easy to follow.

– Mobile Mode. The mobile setup didn’t take long to assemble, but installing the app and establishing a stable connection required a bit more patience. Depending on your smartphone settings, the phone may try to auto-switch Wi-Fi networks, which repeatedly disconnected the Revopoint device in my case. I eventually had to disable my router’s Wi-Fi to keep the scanner app connected consistently.

课中坏事

My INSPIRE 2 came pre-calibrated, and when I attempted to run the 课中坏事 process in the early stages anyway, the software informed me that the scanner was already calibrated and no further action was required.

Software: Revo Metro

I can confirm that Revopoint’s software continues to receive regular updates. Just like with the MetroX and Trackit, I ended up updating the software mid-testing to a newer version. The biggest additions since I last used Revo Metro are the shortcut to Revo Design and the ability to switch laser line modes during laser line scanning.

Also worth noting: Revopoint’s software naming can be confusing. There are several software programs to download with almost identical names, and I downloaded the wrong one more than once before finally getting the right version installed. I had a chance to share this feedback with Revopoint at the Formnext trade show, and Sienna agreed that having a single unified scanning software for all their scanners would be a user-friendlier approach.

From what I understand, some feature limitations relate to the overall product pricing structure. One example is that the automatic Dual-Axis Turntable tilt presets aren’t available to use with INSPIRE 2. The Dual-Axis turntable itself functions normally, but the advanced automatic tilt presets are unavailable. This sophisticated feature is reserved for more expensive scanners, such as MetroX and MetroY Pro.

– Scans Merging. This is where I had a learning curve when I first started using Revopoint’s software. For merging to work correctly, the scans need to overlap at least a little so the software can recognise shared features and align the angles. Once I understood that, the merging process became much more consistent.

– Cleaning Scans. In a few cases, I noticed that debris kept reappearing after cleaning in Raw Point Cloud mode, sometimes returning after merging or when switching between views. What worked for me was cleaning the scan in Mesh mode first, using tools like Erase, Smooth, and Remove Floating Parts on the mesh.

Testing and Results

Color 3D Scanning Mode

It is important to note that color 3D scanning works only in Feature – Full Field Mode. I was able to scan a popular 3D printer test model, Benchy.

The basic turntable included with the Premium edition runs independently. Revopoint INSPIRE 2 can work wirelessly and is very light to handle. In the picture above, it is mounted on the included tripod.

As you can see, it’s absolutely doable. With a bit more practice, I’m sure I can push the results even further. At this stage, I can clearly feel the difference compared to what I achieved with the MetroX. The INSPIRE 2 delivers both color and geometry, but the MetroX remains noticeably more capable in terms of detail and surface accuracy.

Marker Scan Mode Example

This scanner surprised me in Marker Scan Mode, as such laser technology is usually found in more expensive models like the MetroX. At first, this made me think the INSPIRE 2 might be a budget version of the MetroX, but I proved myself wrong. Despite sharing some scanning modes, the INSPIRE 2 differs in many ways, including its much lighter weight and overall handling.

– Reflective Markers. These help the scanner track the object more precisely, but they can also be time-consuming to remove from the model afterward. While scanning my RC boat prototype, I found that dedicating a black A1 sheet was a great solution. The markers stay on the sheet permanently, and the black surface is practically invisible in certain scanning modes. Highly recommended! It saves a lot of time and keeps the object clean.

– Scanning on the Side. In my first attempt, I tried scanning the RC boat prototype while it was positioned on a DIY boat holder. The top and bottom surfaces scanned well, but the seam area, where the two halves meet, resulted in rough patches and holes. After a few tries, it became clear that scanning the model on its side works much better. When scanning the boat on its side, the scanner was able to capture enough point cloud data to merge everything cleanly. In total, it took me three separate scans to successfully merge the full boat model.

Of course, as usual on yn荡校园运动会笔, I had to 3D print at least one of the scanned models. This time I drastically scaled down the RC boat prototype and printed it in PLA on the Creality K2 Pro. In this particular case, Creality Print software did an impressive job repairing the mesh (using Windows Services) and preparing it for printing. Now I can feature my ongoing RC boat project as a Christmas bauble or even turn it into a small keychain accessory.

My Christmas Tree will have a special decoration this year. It will also work as a reminder and a New Year’s resolution to continue certain projects. Printed in 3 colors on Creality K2 Pro. Revopoint INSPIRE 2 is totally capable of creating such memorabilia.

I find scanning RC model boats a particularly interesting area. Many older boats are handmade or heavily modified over time, and combining 3D scanning with 3D printing opens up a lot of possibilities for upgrades and custom parts. It gives builders extra freedom to redesign, reinforce, or modernize their models. Read more about RC boats, 3D scanning, and 3D printing here.

Mobile Mode Test Scan

As I mentioned in Setup area the mobile setup didn’t take long to assemble, but installing the app and establishing a stable connection took me some time. Depending on your smartphone settings, the phone may try to auto-switch Wi-Fi networks, which repeatedly disconnected the Revopoint device in my case. I eventually had to disable my router’s Wi-Fi to keep the scanner app connected consistently.

– Scanner Weight. The INSPIRE 2 itself (without the power bank) weighs just 190 g, and this is clearly one of the biggest selling points of the device. Scanning for longer periods with heavier, more expensive scanners can quickly become tiring, but the lightweight INSPIRE 2 makes handheld scanning noticeably easier and more comfortable.

I’ll continue testing the INSPIRE 2 in mobile mode, including scanning different objects and lighting conditions. More mobile-mode results and examples will be added to this article.

Compare to Other 3D Scanners

Compare to the Revopoint other 3D scanners series:

• Revopoint POP3 (Review)
• Revopoint MIRACO (Review)
• Revopoint MetroX (Review)
• Revopoint Trackit (Review)

In comparison to other Revopoint scanners, the INSPIRE 2 sits in the entry-level segment, yet it surprisingly incorporates technologies usually found in more expensive models, such as combined structured light and infrared laser modes. As mentioned earlier, my first impression was that it might be a ‘budget MetroX,’ but in practice it has its own strengths, with lightweight design being one of the most notable. For many users, especially those who prefer handheld scanning, this alone can be a compelling reason to choose it.

As 3D scanning technology becomes accessible, there is also competition with offerings from brands like 3DMakerpro, Creality, and Einstar. Read more about other 3D scanners on our website.

On yn荡校园运动会笔 we’ve often featured Revopoint 3D scanners as entry-level, budget-friendly devices, but it’s clear that Revopoint as a company operates on a much larger scale. Their presence at Formnext 2025 showed this well. From autonomous robotic arm scanning using TrackIt, to the more advanced MetroY setups, and the wider Revo software ecosystem including Revo Design, Revo Measure and Revo Scan. It’s a brand that manages to offer accessible consumer scanners like the INSPIRE 2 while also developing serious professional solutions. This combination of affordability and ambitious innovation keeps Revopoint visible both in the maker community and in the professional scanning market.

Conclusion and Pros & Cons

Compare the Prices & Bundles:
Official Website | Amazon | AliExpress

The post Revopoint INSPIRE 2 Hands-On: Lightweight Scanner, Big Potential appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

In this review, we will test a variety of objects across different modes. As usual, we’ll wrap up with final thoughts and a list of pros and cons.

Table Of Contents (Jump to a Section)

• Specifications
• What’s Included – Accessories
• Setup and 课中坏事
• Software: Revo Metro 5
• Testing and Results
  • Scanning Car Parts in Track Scan Mode
  • Scanning Model Boat in Track Scan Mode
  • Scanning Furniture in Multi-position Mode
  • Marker Scan Mode Examples
• Compare to Other 3D Scanners
• Conclusion and Pros & Cons

Where to Buy the Revopoint Trackit

Price: $4,482 – $4,980

Compare the Prices & Bundles:
Official Website

Revopoint Trackit Specifications

What’s in the Box

The Trackit system arrives in two separate, well-organized cases. One holds the scanner, and the other contains the tracker. Both cases are quite heavy, reflecting the industrial-grade build quality, and offer solid protection with custom-cut foam interiors.

Setup and 课中坏事

– Tripods. Sturdy tripod. All three tripods are of high quality, designed to hold equipment that requires stability.

– Scanner. The Hand-Eye frame is stable and does not require assembly. It is a one-piece carbon fiber 3D print. If such a frame were assembled, assembly cracks would cause a significant shift in accuracy.

– Cables. Cabling may feel intimidating at first. The long, color-coded cables have a secure and clearly assigned place in the case. Initially, I thought packing and unpacking them would be a hassle, but after a few scanning trips, I realised there is no reason to worry. There is plenty of space, and the layout is well thought out.

– Workspace. You will need a clear area of at least 2 to 4 metres between the scanner and the tracker. It is worth planning this in advance, especially in smaller rooms or shared spaces.

– Monitor / Laptop position. It is important to maintain clear visibility of the screen during scanning. I often found myself switching to (full-screen) mode to better monitor the tracking and scan progress. Positioning the laptop so it is easily viewable while holding the scanner made the workflow smoother. In the small garage, for example, I used two reinforced cases as a makeshift table for the laptop.

– Power ON. I had to restart the tracker (switched it off and on again using the button behind the unit) to get it recognized in Revo Metro 5. The restart worked. After that, I proceeded to the 课中坏事 stage.

课中坏事

– Gimbal 课中坏事 system. A key feature of Trackit is its gimbal-based 课中坏事 system. Accurate 课中坏事 is vital. Previously, it was required that the user rotate a 课中坏事 pole in their hands. Trackit now handles this step automatically, delivering higher precision.

– Scanner 课中坏事. Revopoint recommends running the Scanner, Tracker, and Hand-Eye 课中坏事 when the unit first arrives and repeating it periodically. Following the official video guide, I found that my scanner was already within tolerance, and the software proceeded directly to tracker 课中坏事.

– Tracker 课中坏事. This stage takes longer because it involves several distance checks. The tracker must be positioned at 1.5, 2, 2.5, and 3 metres. I completed the procedure in my studio, though the limited space made it a little bit challenging.

– Hand-Eye 课中坏事.  Before submitting the alignments in the software, I had to adjust the 课中坏事 poles to a specific height, as my table was positioned lower than the standard height. Once submitted, the only way to reattempt the alignment was by physically moving the tracker.

Overall impressions. Auto-课中坏事 is one of Revopoint Trackit’s key selling points. Unlike previous-generation tracking scanners that required time-consuming and manual 课中坏事, Trackit automates the process—saving a significant amount of time and effort.

– Temperature. Generally, the temperature during 课中坏事 and scanning should remain consistent. The system will warn you if it’s too high or too low. In my case, a 10°C difference occurred due to a heatwave, triggering a re课中坏事 warning. I continued scanning anyway and, aside from some extra noise, didn’t notice a major impact.

Software: Revo Metro 5

During the testing of the Revopoint Trackit, software updates were frequent, each addressing various improvements and introducing new functionalities. I experienced a couple of crashes during heavy scans with around 50,000 frames, so I developed the habit of regularly pressing the “Complete” button to preserve the scanned data. I also began taking many small scans and merging them later, rather than attempting long, continuous ones. Similar to MetroX, both the software and scanning method require a learning curve to fully grasp and become familiar with.

– Merge. When scanning the boat model, I found the Merge feature very useful. Rather than trying to scan a complex, feature-rich object in one go, I scanned parts separately. This approach resulted in 1) lighter scan files that were easier and faster to clean, and 2) a quicker workflow overall. The cleaned scans could then be merged effectively using the software’s Merge function.

If you’re familiar with any 3D software such as Blender or Fusion 360, the basic cleaning tools in Revo Metro 5 will be easy to pick up. Cleaning and patching can be done directly within the software.

– Tips. These settings are worth trying to improve your workflow: 1) Target Point Distance – consider increasing this when scanning larger objects. 2) Fusion Point Distance – I found 0.4 mm to be optimal for balancing detail and processing speed. If your PC struggles with heavy scans, adjusting this setting may help before processing. 3) Uniform or Geometric Simplifier – helps reduce faces either across the whole object or on flat areas only.

– Modes. There are three main scanning modes: Tracker Scan, Multi-position Scan, and Marker Scan. Tracker Scan was the one I used most to explore the hardware’s capabilities — it requires both the tracker and the object to remain stationary. In Dynamic Referencing Scanning, by contrast, you can rotate the object as long as the system detects a small number of markers. Marker Scan, which originates from the older tracker model, remains available and is suitable for scenarios where the tracker cannot detect the object, such as when dealing with oversized parts.

Testing and Results

Apart from testing in my studio, I managed to try the Revopoint Trackit in a few different environments. I took it once to the local Model Boat Club and later to a small garage where a classic car was parked. One thing worth noting is that moving the scanner requires some physical effort. Fortunately, both the garage and the club are nearby, but even then, I definitely felt the weight of the cases. Additionally, I was carrying a rucksack with a laptop and a cable extension.

Scanning Model Boats in Track Scan Mode

On yn荡校园运动会笔, I recently wrote about the local RC Model Boat Club and how its members showcase replicas of real boats. Many of these RC boat models are handcrafted using traditional techniques and 3D printing.

According to Clive and Andy, the boat I was scanning (featured above) wasn’t performing well in windy conditions. The top was too heavy, and the hull didn’t sit deep enough in the water, making it unstable. That makes this case particularly interesting—3D scanning and 3D printing could be used not only to repair the model but also to optimize its design for improved speed and stability on the water.

Due to limited time, I didn’t plan to fully fix the boat, but I was curious to see if I could 3D print one of its main components—the hull. I quickly merged the scanned parts, transferred the result to Blender, and after alignment and solidifying, exported the model to OrcaSlicer. There, I scaled and positioned it for optimal 3D printing. At 50% scale, the print took around 8 hours to complete with supports.

I couldn’t replicate the full-size hull in one piece due to the bed size 400 mm × 400 mm × 400 mm limitation of my Snapmaker Artisan, which otherwise did a great job. A large-format printer like the Elegoo OrangeStorm Giga, with its 800mm x 800mm x 1000mm build volume, would be able to handle it. As RC driving components, including batteries, getting smaller and more efficient, some RC model boats can now be fully replicated using budget FDM or Resin 3D printers. In some cases, assembling the boat by gluing printed parts together is a practical approach.

Scanning Car Parts in Track Scan Mode

Citroën – 10CV or Rosalie, built in January 1934 in Slough, UK. Thanks to my neighbour Brian Murphy for giving me access to scan parts of his car. Although scanning inside a small garage was challenging, I successfully captured a few components.

For proper reverse engineering—where scanned parts are converted into CAD models for restoration, modification, or reproduction—it is usually necessary to detach the parts from the car to capture all required angles.

Here is the scan of the engine cover – it was accessible and straightforward to scan while still mounted on the vehicle.

3D scanning can play a valuable role in preserving and restoring classic cars. Beyond creating accurate digital records of rare parts, it enables reproduction through 3D printing, 公肉奉公hd中字 machining, or even casting. For parts that are no longer manufactured, having a clean scan makes it possible to design replacements or adapt components with precision.

Scanning Furniture in Multi-position Mode

As an experiment, I scanned a chair and a small table using Multi-position mode. This mode is generally best suited for objects that need to be flipped upside down to reach otherwise hidden areas, or when scanning from certain angles would be physically awkward. To my surprise, I was able to scan the small table entirely by repositioning it only once.

The recommendation is to set up a minimum of five tracking points—I used eight, just to be safe.

Since I managed to capture the full model in one session, I also completed a full scan-to-print workflow. I cleaned up the noise, removed the markers, filled the holes, and simplified the mesh to around 30MB—all directly within the software. From there, I moved to OrcaSlicer and used the Snapmaker Artisan for printing.

I’m really pleased with the result—especially since I didn’t need to use Blender for any additional mesh cleanup or editing. The miniature was printed on the Snapmaker Artisan in just 8 hours.

Marker Scan Mode Examples

Marker Scan Mode, originally introduced with the older MetroX scanner, remains available in RevoMetro5 and is useful in situations where the tracker cannot reliably detect the object. Previously, we yn荡校园运动会笔d a number of examples using MetroX with marker-based tracking.

As usual during our MetroX testing, we also scanned and 3D printed several objects to demonstrate the scan-to-print workflow and the resulting quality.

Compare to Other 3D Scanners

Compared to other scanners in the Revopoint lineup:

• Revopoint MetroX (Review)
• Revopoint MIRACO (Review)

The Revopoint Trackit is a different class of 3D scanner altogether. Unlike the portable MetroX and MIRACO, Trackit uses a higher-grade laser tracking system and is designed strictly for indoor use. It is not battery-powered or handheld, and instead prioritizes precision and stability, ideal for professionals working with machinery parts, automotive components, and other engineering-grade applications.

As 3D scanning technology becomes more accessible, the market continues to grow with competitive offerings from various brands. You can explore more in our guide to budget 3D scanners. That said, the Trackit stands out as a unique product, bringing industrial-level features to a wider audience through a more affordable and sis最新地址-backed platform.

Generally, Revopoint positions the Trackit as a bridge between affordable non-tracking scanners and high-end industrial tracking systems. According to their official campaign, Trackit offers features like automatic 课中坏事, marker-free scanning, and high volumetric accuracy—all at a significantly lower price point.

Conclusion and Pros & Cons

Official Website

The post Revopoint Trackit: 3D Scanning Model Boats, Car Parts, More appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

Table Of Contents (Jump to a Section)

• Specifications
• What’s Included – Accessories
• Setup, Features and Design
• 课中坏事
• Software – Einstar StarVision
• Testing and Results
  • Multicolor Scan
  • Bust Scan
  • Body Scan
  • Outdoor Car Scan
• Compare to Other 3D Scanners
• Conclusion and Pros & Cons

Where to Buy

Price: $1,599 – $1,999

Compare the Prices & Bundles:
Amazon | Official Website

EINSTAR is a sub-brand of SHINING 3D, an award-winning 3D scanning company established in 2004 and renowned in the professional and industrial 3D industries. In recent years, the company has introduced several prosumer-oriented models, including the EINSTAR and EINSTAR VEGA.

EINSTAR VEGA Specifications

Scan Modes: HD Mode / Fast Mode
Light Source: Infrared MEMS (HD), Infrared VCSEL (Fast)
Point Distance:
HD Mode: 0.05–3 mm
Fast Mode: 0.5–10 mm
Capture Frame Rate:
HD Mode: Up to 15 fps
Fast Mode: Up to 20 fps
Working Distance:
HD Mode: 100–350 mm
Fast Mode: 270–1500 mm
IR Camera Resolution:
HD Mode: 2 MP
Fast Mode: 1.3 MP
Color Camera Resolution: 48 MP
Alignment Modes:
Feature, Texture, Markers, Hybrid
Output Formats: PLY, STL, OBJ, ASC
Outdoor Scanning: Supported
Scanner Weight:
Limited Edition: 643 g
Regular Edition: 535 g
Scanner Size: 180 × 95 × 26.5 mm
Other Features:
CPU: 8-core, 2.4 GHz
RAM: 32 GB LPDDR4
Storage: 32 GB eMMC + 512 GB SSD
Charger: 65W fast charging (PD/PPS)
Interface: Wi-Fi 6, USB Type-C
Touchscreen: 6.4″ 2K OLED
Supplemental Light: 10 LEDs
IMU: 6 Degrees of Freedom
Operating Temperature: -10 to 40°C
Humidity Range: 0–90% RH (non-condensing)
Protection Rating: IP50
Battery: Built-in 5000 mAh, external power bank charging supported
Supported OS:
On-device scanning: No PC required
StarVision software: Windows 10/11 (64-bit), macOS 11+

What’s in the Box

EINSTAR VEGA scanner – Carry case – Rubber cover – 课中坏事 board – 课中坏事 stand – Tripod – Wrist strap – 65W charger – USB-C cable – Shoulder strap – Markers (2 sizes) – Quick start guide – Sample figure

Setup, Features and Design

Setting up the Vega is a breeze. Simply unpack the scanner, ensure it is fully charged, and power it on. EINSTAR includes a soft rubber cover with hand grips to make holding the scanner easier during use. Additionally, a tripod can be used as a handle, and a wrist strap is included to help prevent accidental drops.

– 课中坏事. Before you can start scanning, the only required step is calibrating the camera using the supplied 课中坏事 board and stand. The Vega guides you through the 课中坏事 process, which involves aligning the camera with the test board and moving the scanner closer and farther away. This process takes only a few minutes and should be performed every seven days to ensure optimal scan quality.

Once 课中坏事 is complete and the data is saved, you’re ready to start scanning. The 课中坏事 board and stand conveniently store inside the carrying case, making future 课中坏事s quick and easy.

– Design and features. The Vega features a sleek, modern design with a titanium-gray body and a glass front covering the camera and light lenses. The rear 6.4” 2K touchscreen is large, bright, and sharp, making it easy to adjust settings and monitor scan progress even outdoors in bright daylight. You can also cast the screen to any Wi-Fi-enabled device, which can be especially useful for reviewing and editing scans on a larger display.

Einstar includes a white rubber sleeve with hand grips, making it easier to hold—especially for those with larger hands. However, the grips may still feel a bit small for some users. The tripod stand can also function as a handle, providing better comfort for longer scanning sessions.

Everything included with the EINSTAR VEGA fits neatly inside the provided clamshell carrying case. Additionally, the package includes several sheets of scanning markers in two sizes, which are useful for scanning tricky objects, such as transparent or black surfaces. With all essential accessories in one case, you’re always prepared for any scanning task.

– Display. The 6.4” 2K AMOLED screen is large and bright, providing everything you need to adjust settings directly from the main capture screen. You can easily switch between scanning modes, change the scanning distance and point distance, enable plane removal, adjust camera brightness and white balance, and toggle texture capture or marker alignment before scanning.

Once a scan is complete, you can pause, resume, or process your scans. If you are not satisfied with the result, you may re-scan areas you are not satisfied with. Furthermore, the captured mesh can be edited to remove unwanted parts and auto-close any holes before final processing. All that is at your fingertips with the EINSTAR VEGA.

– Capture modes. For best results, the EINSTAR VEGA has two different scanning modes that each make use of cutting-edge infrared technology. Infrared MEMS (Micro-Electro-Mechanical Systems), a highly accurate technology that manipulates light projection and captures minute details using microscopic mechanical structures, is used in HD Mode. This produces incredibly accurate high-resolution scans, which are perfect for small-scale models, detailed textures, and complex objects.

In contrast, Fast Mode employs Infrared VCSEL (Vertical-Cavity Surface-Emitting Laser) technology, which projects a structured infrared light pattern to allow for quick, wide-area scanning. This makes it ideal for scanning larger objects, particularly in outdoor settings, as it enables faster data acquisition while retaining consistent accuracy. The EINSTAR VEGA provides versatility by combining MEMS for accuracy and VCSEL for speed, guaranteeing users can select the best mode for thier needs.

– Speed. The Vega has a fast capture rate of 15 FPS in HD mode and 20 FPS in Fast mode. The Vega also has an adjustable point distance of 0.05–3 mm in HD mode and 0.5–10 mm in Fast mode. This translates to scanning distances of 100–350 mm in HD mode for high-resolution scanning and 270–1500 mm in Fast mode, and it is excellent for scanning larger objects outdoors.

– Internal Storage. The scanner records color textures, which give you realistic 3D model scans. You can scan large objects, including color textures, easily with 32 GB of LPDDR4 RAM and 512 GB of internal storage, without the necessity to upload files to a PC to free up space while scanning.

Software – Einstar StarVision

The Einstar Starvision software is both PC- and Mac-compatible, and it has the same features as the scanner with some additional tools to allow for more precise editing. The software allows for more refined mesh processing options as well as enhanced editing capabilities.

Completed models can also be exported in several formats, including PLY, STL, OBJ, and ASC, so they can be imported into many different programs for further editing or modifications based on needs.

Testing and Results

With the wide array of possibilities, choosing test scans was difficult. For our testing, we conducted a few outdoor scans of my Jeep Compass on a sunny day, along with several small test objects to evaluate how well the resulting scans work for 3D printing. We also performed a full-body scan of myself as part of the evaluation. Models were exported using the Starvision software in .OBJ format for printing.

Multicolor Scan

The first test object was a small figurine included with the EINSTAR VEGA. This color figure, which serves as Einstar’s mascot, is an ideal subject for testing HD mode and the automatic plane removal feature. For these scans we had the resolution set to medium 0.25-0.50 mm with acquire texture, feature alignment as well as texture alignment checked.

Using a turntable and tripod, the scan took only a few minutes to complete. Once finished, we checked the mesh quality and color texture accuracy, automatically filled the bottom hole of the base, and then processed the model in high-quality mode.

The resulting 3D model was fantastic – the color reproduction was spot-on, and all the details were sharp and clear. We printed this model on the Flsun T1 3D printer using Sunlu Blue PLA+, and the print came out identical to the original figure.

We trimmed part of the base for a flat printing surface, but the mascot itself was captured perfectly, demonstrating that the Vega is an excellent tool for 3D printing users.

Bust Scan

Next, we scanned a simple bust using the same HD mode settings as the mascot. As before, the scan was clean, with no missing details or issues. The process was quick, thanks to the 15 FPS scan speed, and the Vega handled auto white balance and auto brightness exceptionally well.

We printed the finished model on the Flsun T1 using the same Sunlu Blue PLA+, and as expected, the print was nearly identical to the original bust.

Body Scans for Cosplay & Medical Applications

We then tested the Vega’s ability to scan the human body by scanning my head and shoulders, as well as my wrist and hand, to assess its usefulness for cosplay, prosthetics, and medical applications. The ability to accurately scan body parts is crucial for custom prosthetics, medical braces, and wearable costume pieces.

Using HD mode for the best results, I scanned my hand and wrist with no tracking issues, and the process was surprisingly quick. Even if tracking was lost, the Vega did an excellent job of regaining alignment by simply moving back to the previous position. My head and shoulders scan was also clean and detailed, though facial hair and regular hair presented minor challenges. However, these did not significantly impact scan quality.

Outdoor Scans – Jeep Compass

For our outdoor tests, we scanned my Jeep Compass, capturing the front grill and bumper on a sunny day with minimal issues. Since this was a large object with relatively simple geometry, we used Fast Mode set to 1.00-2.50 mm for quicker scanning, as we didn’t need the finer point distance of HD mode.

Although we lost tracking a couple of times, it was quick and easy to regain. The color accuracy was impressive, and the camera captured all the details of the Jeep’s exterior clearly.

Next, we opened the hood and scanned the engine compartment using Fast Mode again with color capture enabled. In under five minutes, we successfully captured the entire engine bay, making this an ideal application for mechanics or automotive modifications. With these scans, users can digitally measure components, design custom parts, or plan modifications with precise fitting.

The resulting engine scans were clean and highly detailed, though processing took longer due to the size of the object. Fortunately, thanks to the Vega’s 32 GB of RAM and 512 GB of onboard storage, handling large scans was seamless, and we had plenty of storage for multiple large scans before needing to transfer them to a PC.

Compare to Other 3D Scanners

Compare to the Einstar other 3D scanners series:

• EinScan Series (Shop)
• EINSTAR Series (Shop)

EINSTAR is a sub-brand of SHINING 3D, an award-winning 3D scanning company established in 2004 and renowned in the professional and industrial 3D industries. In recent years, the company has introduced several prosumer-oriented models, including the EINSTAR and EINSTAR VEGA.

• Revopoint MIRACO (Review)
• 3DMakerPro Toucan (Review)

The Revopoint MIRACO is a comparable product to the EINSTAR VEGA currently available on the market. As 3D scanning technology becomes accessible, there is also competition with offerings from brands like 3DMakerPro, Creality, and Revopoint. Read more about other 3D scanners on our website.

Conclusion and Pros & Cons

Compare the Prices & Bundles:
Amazon | Official Website

The post EINSTAR VEGA Review: 3D Scanner Testing, Tips and Settings appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

Table Of Contents (Jump to a Section):

• Specifications
• What’s Included – Accessories
• Setup and Design
• Revo Scan 5 MetroX
• 课中坏事
• Testing and Results
  • Marker Scan – Cross Lines Mode
  • Marker Scan – Full Field
  • Auto Turntable Mode
• Compare to Other 3D Scanners
• Conclusion and Pros & Cons

Where to Buy the MetroX

Price: $899-$1,187

Compare the Prices & Bundles:
Amazon | AliExpress | Official Website

Revopoint MetroX Specifications:

Scanning Type: Handheld and Desktop
Built-in Chip Computing: Depth Map Computing
Technology: Multi-line Laser Scan and Full-field Structured Light Scan
Scannable Object Size: Small to Medium
Outdoor Scanning: No
Single-frame Precision, up to: 0.01 mm
Output File Formats: PLY, OBJ, STL, ASC, 3MF, GLTF, FBX
Single-frame Accuracy, up to: 0.03 mm
Ready to Print 3D Models: Yes
Working Distance: 200 ~ 400 mm
Supported Accessories: Dual-axis Turntable, Marker Block Kit
Color Scanning: Only in Auto Turntable Mode

Compatible Operating Systems: Windows 10/11 (64-bit), macOS 11.0 or better
Minimum PC Requirements:
macOS:
CPU: M1 Pro/Max/Ultra
RAM: ≥ 16GB
Windows:
CPU: Intel i7 10th Gen 10700 or AMD Ryzen 7 5800
RAM: ≥ 32GB
GPU (Optional): NVIDIA GeForce RTX 3050 (8GB)

What’s in the Box

• MetroX 3D Scanner • Wrist Strap • Tripod • Scanner Cradle • Power Adapter • Dual-axis Turntable • 课中坏事 Board • Markers (6 mm) × 500 • USB Type-A to Type-C Cable • USB Type-C to Type-A Adapter • Carrying Case • Sample Bust • Quick Start Guide • Certificate & Warranty Card

The MetroX Advanced Edition comes with the Marker Block Kit which include: • Ball Marker × 10 (Magnetic) • Dome Marker × 10 (Magnetic) • Pyramid Marker × 4 (Magnetic) • Bar Marker × 4 • Markers (6 mm) × 500.

Another optional product that is important to mention and important to have is Scanning Spray. This spray helps to scan shiny or black objects in certain scanning modes. It can be purchased via the official website and on Amazon.

Setup and Design

The MetroX Advanced Edition, apart from spray, comes in one box. To protect the MetroX, it has a separate metal case. This sturdy case does look very nice and should do the protecting job very well.

The MetroX, designed for indoor use only, must always be connected to a power supply and computer. It is suitable for operation in mechanical workshops and car garages. Although the included dual-axis turntable is primarily intended for use in Auto-Turntable mode, I also found it useful as a platform in Cross Lines mode.

2,798 backers 单亲妈妈4韩国在线观看d $2,304,941 to help make this project a reality.

The powerful blue light line 3D scanning is a standout feature of this scanner, marking the increased accessibility of such technology at a relatively low price, making it available to a wider audience. Just a few years ago, this technology would have cost more than ten thousand dollars, but now it’s available for under a thousand dollars.

Revo Scan 5 MetroX

The well-known Revopoint Revo Scan 5 software now features a special MetroX-only edition. The most recent update, focusing on GPU acceleration, boosts speeds up to 60 FPS; at the time of writing this article, this update was available only for Windows users. My testing coincided with the announcement, allowing me to evaluate the software both before and after the update. I observed that 3D scanning on my laptop became more stable and faster.

Requirements: Unfortunately, most 3D scanning and modeling software generally require powerful computers. I experienced difficulties with a few scans because my laptop wasn’t powerful enough. The scanning speed was the most affected, with micro lags delaying the process. In several instances, my laptop couldn’t process the scanned results, forcing me to avoid using the One-click Edit option and reduce the points count in the Fusion and Simplify tab beforehand. Update: with the new laptop, both the scanning and scan processing experience greatly improved.

– Tip. With an underperforming PC, remove marking and make the RAW file lighter in Fusion before processing in Mesh.

课中坏事

Initially, I skipped 课中坏事 and started scanning straight away. However, while using Auto Turntable Color Mode, I noticed that the textures weren’t aligning properly, so I decided to run the 课中坏事. The process was straightforward, with all instructions provided in the Revo Scan 5 software. I must admit, some patience and skill are required to calibrate it, as the device is heavy and holding it in a certain position takes time. I was pleased to find that the 课中坏事 fixed the texture mapping issues.

I thoroughly tested the MetroX by scanning various models in different modes. Here are my results, along with 3D prints produced from these scans.

Testing and Results

Marker Scan – Cross Lines Mode

This is the mode that worked the best for me and I feel it deserves high praise. It is a high precision mode where shiny metallic objects (not mirror shiny) can be effortlessly scanned with accurate precision. I would say engineering grade precision. Therefore, here and on social media, it is possible to find examples of scans of complicated designs effortlessly scanned in this mode.

– Pause, check, continue. Even with my slow and laggy laptop, I was able to scan my objects. Although I was short on time and my scans didn’t exceed 8k frames, I could see the potential nevertheless. Indeed, there are scans online with 80k frames. I found it a useful feature to be able to pause and check the scan before continuing, as it gives an idea if the scanning will work or not, saving time as a result.

– Merge Feature. After scanning both sides of the Snap-Off Blade Knife Handle, I managed to merge them using the Merge feature. I have to admit it took me a few attempts to get it right as alignment was tricky to master. It is important that both sides had overlays so the software could recognize the items’ positions. In the end, it worked for me, and I am super happy with the result.

As my Snap-Off Blade Knife Handle was 3D scanned, scans merged, and holes filled, the next step will be to 3D print it. Coming soon…

– Markers. Another scan I did using Cross Lines Mode is the Handcrafted Basket Lid. Unlike with the knife handle, where I didn’t use markers on top of the object, in the lid’s case, I placed many of them on flat surfaces. ‘More Markers Required’ is a frequent message when scanning in Marker Scan Mode. More markers are better, but clearing the holes after them can be laborious, especially if they are placed on curved surfaces.

Marker Scan – Full Field

– Big Iron Cast Parasol Base. This is a tricky object. It is generally black with rusty orange spots, and the cylinder has no distinctive features. It took me a few attempts to get it right, one of which was in Marker Scan – Full Field Mode.

The scan was pretty quick. Applying the markers took me longer than doing a 3D scan. This generally gives the impression that even large objects, with enough markers, can be scanned precisely with intricate details. However, scanning the same object in Feature Scan – Full Field Mode didn’t work. When scanning the base, the ‘Lost Tracking’ error appears on the screen, and scanning the cylinder feature also didn’t work.

– Artisan Wooden Basket. We’ve had this basket for more than ten years now, and it seems like we will have to throw it away soon. Thanks to 3D scanning, I managed to preserve it in digital form and 3D print it as well.

It took me about 8K rendering frames to complete the scan. The One-click Edit feature did its trick, and I cleaned up the scan right in Revo Scan 5. Automatic marker removal and hole filling were straightforward using the tools on the right side of the software.

To 3D print such an object, I still needed Blender. There, I cut the base evenly and used the Solidify Modifier to make the wall 1mm thick. It worked very well. In the 3D printing Creality Print slicer, the object was additionally repaired and positioned for 3D printing.

To preserve certain features on the lid, I had to position the lid at 45 degrees and activate the Organic Support feature. The Creality K2 Plus did a good job printing such a volumetric object very quickly. It took only 9 hours to print it.

I scanned the basket base using Feature Scan – Auto Turntable – Color Mode.

Auto Turntable Mode

– Basket – Color Mode. Even though my basket looked too big for this turntable, scanning worked anyway. I fixed it with sticky dots to hold it on the turntable when it was at a 15-degree angle.

I haven’t proceeded with this scan for 3D printing just yet, but the result looks promising. Color Texture Mapping also worked well, making this basket suitable even as a 3D asset for virtual worlds, etc.

– Dual-Axis Turntable. The Revopoint Dual-Axis Turntable is a spectacular piece of hardware. It requires a Bluetooth connection to the laptop to set the desired turning angle and sequence, but it can also be used without a connection. It was straightforward to use, and slightly modified default settings worked well for me.

The main 3D scan cleaning was effortlessly completed using Revo Scan 5 MetroX. After exporting the model in .STL format and uploading it to the Orca slicer for 3D printing, it automatically detected and repaired common manifold issues. Then, with the addition of color painting and some support structures, the model was successfully 3D printed in multiple colors.

Featured above is our Easter Bunny model, which we use for various testing and concept designs. It was initially yn荡校园运动会笔d as a high-poly model, then decimated into low-poly art, sliced for laser cutting, glued back together, 3D scanned using MetroX, and finally 3D printed in dual color on the Snapmaker Artisan 3-in-1.

– Color 3D Scanning. It is important to note that color 3D scanning works only in Feature – Auto Turntable Mode. I was able to successfully scan the matte colored wooden handcrafted basket, but could not scan models with a shiny glossy finish such as miniature car models.

Previously, Andrew Sink wrote in detail about Dual-Axis turntable 3D scanning using Revopoint POP 3. Read his review and see more scan results in his article.

Compare to Other 3D Scanners

Compare to the Revopoint other 3D scanners series:

• Revopoint POP3 (Review)
• Revopoint MIRACO (Review)
• Revopoint Trackit (Review)

The Revopoint MetroX is a different grade laser system compared to other Revopoint products. It is not portable and does not have a power bank. Designed for indoor use, it is more suitable for professionals who scan machinery parts, such as car parts, or other engineering-grade designs.

As 3D scanning technology becomes accessible, there is also competition with offerings from brands like 3DMakerPro, Creality, and Einstar. Read more about other 3D scanners on our website.

Within this category, some of the closest alternatives to the MetroX are the EINSTAR 2 and the newer EINSTAR Rockit. Both combine infrared and blue laser technologies, giving users a balance between faster large-area capture and more precise detail scanning. I tested the EINSTAR Rockit a year later, and the overall difference is quite clear: MetroX feels heavier and generally comes in at a lower price point, while Rockit offers a smaller and lighter design, wireless operation, and more sophisticated hybrid scanning features.

Conclusion and Pros & Cons

Compare the Prices & Bundles:
Amazon | AliExpress | Official Website

The post Revopoint MetroX Review: 3D Scanner Testing, Tips and Settings appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.

This Guide Covers(Jump to a Section)

• Availability and Pricing
• Specifications & Features
• What’s in the Box
• SLAM Technology
• 3DMakerpro Eagle Videos
• About 3DMakerpro
• Conclusion

Where to Buy – Pricing

Eagle Scanner:
Price $1719 – $3499  Discount code: Withus80 -$80
Official Website

Eagle Max Scanner:
Price $2219 – $4399 Discount code: Withus80 -$80
Official Website

3DMakerPro Eagle Specifications:

• Accuracy: 2cm at 10m, 3cm at 20m, 5cm at 40m
• Scan radius: 40-70 meters (>10% reflectivity or >80% reflectivity)
• Scan range: 80-140 meters
• Scan angle: Horizontal 360°, Vertical 59°
• Point cloud frequency: 200,000 points/second
• Laser light source: 905 nm
• Eye safety level: Class 1 (IEC60825-1:2014)
• Color texture: 48MP 4-camera system, 360° × 300°; supports 8K panoramic photo capture
• HDR mode: Supports (3-5 exposure values)
• Data interface: USB-TypeC ×2
• Network support: Wi-Fi 5
• Screen: 3.5”
• Output format:
• 3D Color Point Cloud PLY
• 3D Colored Polygonal Model OBJ
• 3D Gaussian Splatting PLY
• 3D Panoramic Tour Data OBJ
• Built-in battery: 12,000 mAh; supports 1 hour of work; supports external power supply while charging
• Volume: 115mm × 181mm × 106mm
• Weight: 1.5 kg
• Configuration: 8 Cores, 2.4GHz, 32GB (Supports TF card expansion)

What’s in the Box

3DMakerPro Eagle Main Features

– Ultra Scan Range: Scans up to 140 meters radially, capturing spatial data with ease.

– Portable & User-Friendly: The handheld design ensures effortless movement, enabling rapid collection of high-precision 3D spatial data across large areas in just minutes.

– Realistic Texture Attachment: Equipped with four 48-megapixel high-quality texture cameras for accurate, true-to-life color reproduction in spatial data.

– Built-in Powerful Software: Real-time 3D capture software that supports the export of high-precision, colored 3D point clouds. Data preprocessing and production software offers support for a variety of output formats:
– 3D Color Point Cloud
– 3D Gaussian Splatting
– 3D Colored Polygonal Model
– 3D Panoramic Tour Data
– 3D Vector Model with Scale

– Diversified Accessories: Standard camera mounting interface that supports single-person capture backpacks, car mounting kits, and bicycle mounting kits.

How 3DMakerPro Eagle Utilizes SLAM Technology

SLAM – Simultaneous Localization and Mapping
SLAM technology helps devices map and navigate unfamiliar spaces by using sensors to detect the environment and creating a map as they move. This allows the device to operate autonomously, constantly updating its position and the map to maintain accuracy​.

The 3DMakerpro Eagle LiDAR Scanner uses SLAM technology to accurately and efficiently scan large areas for applications like 3D modeling and digital twinning. It autonomously navigates through complex environments, both indoors and outdoors, improving the quality and detail of the 3D maps it produces. Read more about how the 3DMakerpro Eagle utilizes SLAM technology on the 3DMakerpro blog.

Official 3DMakerpro Eagle Videos

On the official YouTube channel, members of the 3DMakerPro team walk through the unboxing process, power it on for the first time, and explore the menu layout.

In other videos, including those on the official page, you can see users effortlessly using the 3DMakerPro Eagle handheld, mounted on a bike, or even attached to a drone. Two videos, in particular, showcase the Eagle in action. Check out the 3D scanning indoor and 3D scanning outdoor videos by following the links.

Conclusion

The launch of the 3DMakerPro Eagle LiDAR scanner marks a significant development in the field of spatial data collection, utilizing advanced LiDAR technology to meet the demands of various professional sectors. This scanner provides enhanced precision for projects requiring detailed environmental mapping, particularly in fields such as architecture, engineering, and urban planning. The integration of LiDAR technology with this scanner is expected to improve the efficiency and accuracy of data collection processes, supporting industries in achieving more reliable and detailed spatial analysis.

Pricing

Eagle Scanner:
Price $1719 – $3499  Discount code: Withus80 -$80
Official Website

Eagle Max Scanner:
Price $2219 – $4399 Discount code: Withus80 -$80
Official Website

About 3DMakerpro

3DMakerpro, a brand of Shenzhen Jimuyida Technology Co., Ltd., was established in 2015 and has made a significant impact in the 3D scanning industry. Specializing in both professional and consumer-friendly 3D scanners, 3DMakerpro strives to make 3D scanning accessible, enabling users to yn荡校园运动会笔 their own 3D worlds. With over 100 R&D team members, the company has developed cutting-edge software algorithms, including multi-spectral projection systems, visual tracking, and markerless registration technologies. Emphasizing substantial investment in research and development, 3DMakerpro has invested over $30 million in R&D, earning more than 60 patents and 30 software copyrights. Their commitment to quality and innovation is further underscored by their software R&D system being certified as CMMI level 3 and their quality system achieving ISO9001 certification.

Websites and Social Media:
Store：https://store.3dmakerpro.com/
Facebook：3DMakerPro
Twitter @3DMakerpro
E-mail：[email protected]

The post 3DMakerpro Eagle Launch: LiDAR-based Spatial 3D Scanner appeared first on yn荡校园运动会笔 – 3D Printing, Scanning, Design Guides & Forums.