Newer hardware approaches are now trying to solve this problem differently. Instead of treating waste as an unavoidable part of multi-color printing, some systems are moving toward nozzle switching, where each color or material can be handled by a dedicated nozzle. One example is the MOVA AtomForm Palette 300, a 12-nozzle FDM 3D printer showcased at RAPID + TCT 2026 in Boston.

Why Traditional Multi-Color 3D Printing 99视频在线精品免费观看6s Waste

In conventional multi-color FDM 3D printing, the machine usually changes material by feeding different filaments through the same nozzle. Each time the material changes, the printer has to remove the previous color or material from the melt zone before the next one can print cleanly.

This purge material does not become part of the final model. It is printed as waste, often in the form of purge lines, purge blocks, or towers. On simple two-color models, this may be acceptable. On complex multi-color prints with hundreds or thousands of color changes, the amount of wasted material can become significant.

The problem is not simply that the printer uses several colors. The deeper issue is the technical logic of switching materials through a shared nozzle. When one nozzle has to handle all materials in sequence, contamination prevention usually requires purging.

That is why multi-color 3D printing efficiency is becoming a hardware question as much as a software question. Slicing strategies can reduce waste, but the physical extrusion system still determines how much purging is needed during material transitions.

How Filament Switching Works

Filament switching is the most common approach in many current multi-color FDM systems. The printer pauses or changes its feeding path, unloads or retracts one filament, loads another, and then purges the nozzle until the new color or material flows correctly.

The advantage of this approach is that it can add multi-color capability without requiring multiple complete hotends. It can also work well for hobby users who mainly want colorful models, signs, figures, and decorative prints.

The downside is that every switch takes time and produces waste. The more color changes a model has, the more the printer spends time. This can increase both print time and material consumption.

For users printing occasional colorful objects, this may be a reasonable trade-off. For larger prints, frequent color changes, or small-batch production, the efficiency loss becomes more noticeable.

Nozzle Switching vs Filament Switching

Nozzle switching takes a different approach. Instead of pushing multiple filaments through the same melt path, the printer changes the active nozzle. In theory, this allows each color or material to stay assigned to its own dedicated extrusion path.

This distinction matters because the transition happens at the nozzle level rather than by flushing a shared nozzle. If each material has a dedicated nozzle, the printer may need less purging between changes. This can reduce wasted filament and shorten transition cycles.

Nozzle switching can also support multi-material printing more naturally. Some materials do not behave well when repeatedly loaded, unloaded, and pushed through the same nozzle path. A dedicated nozzle setup may help reduce contamination and simplify transitions between materials with different properties.

This does not mean nozzle switching is automatically better in every situation. It can add mechanical complexity, sp贾诩 requirements, cost, and maintenance considerations. However, as multi-color and multi-material printing becomes more ambitious, the hardware route becomes increasingly interesting.

MOVA AtomForm Palette 300 and 12-Nozzle Switching

The MOVA AtomForm Palette 300 is one recent example of a nozzle-switching approach. According to the supplied product information, it uses the proprietary OmniElement Fully Automatic Nozzle Switching System, built around a 12-nozzle automatic switching architecture.

Where to Buy the MOVA AtomForm Palette 300

Price from: Coming soon …

Preorder:
Official Store

Instead of repeatedly flushing one nozzle during material transitions, the system selects a dedicated nozzle for the required color or material. In practical terms, this changes the efficiency model of multi-color printing.

Because the transition happens through nozzle selection rather than constant filament purging, the need for transition waste can be reduced. This may be especially useful for models with many color changes, multi-material parts, or print jobs where time and material efficiency matter.

For users familiar with filament-switching systems, the main difference is easy to understand. Filament switching changes what goes into one nozzle. Nozzle switching changes which nozzle is actively printing.

That change may sound simple, but it has important workflow implications. Less purging can mean less wasted filament, shorter transition time, and fewer large purge structures next to the printed model.

Workflow Efficiency Beyond the Printhead

The potential efficiency gain is not limited to material savings. A nozzle-switching architecture may also support more consistent workflow continuity in multi-color and multi-material jobs.

Long prints are often affected by repeated color transitions. Every transition adds time, and every purge cycle introduces another opportunity for waste, inconsistency, or failure. When transitions become more efficient, total print time may be reduced, and production planning becomes easier to manage.

On the MOVA AtomForm Palette 300, this hardware approach is supported by other system components. The RFD-6 modular filament management unit is designed to help with organized material handling, while the ReadyPrint system is intended to support workflow preparation and execution.

This matters because printer productivity depends on the full workflow, not just the printhead. A machine may have advanced mechanics, but if material loading, job setup, and file preparation remain fragmented, the practical efficiency gains can be limited.

For that reason, the Palette 300 is best understood as a coordinated hardware and workflow system rather than a single isolated printhead feature.

AtomForm Studio, AtomVerse, and the Software Layer

Software still plays an important role in any hardware-led multi-color system. Within the MOVA AtomForm ecosystem, AtomForm Studio is positioned as the software layer for slicing, device management, and print preparation.

This is important because even with a more advanced nozzle-switching mechanism, users still need to prepare files, assign colors and materials, manage print settings, and control print tasks efficiently.

AtomVerse appears to operate at a different layer of the ecosystem. Rather than directly controlling the printing process, it focuses on model access, creation, and sharing. With AI-powered generation tools, educational resources, and an open model library, AtomVerse is positioned as a way to lower the barrier to 3D creation.

In simplified terms, the workflow can be viewed like this:

• AtomVerse helps users move from idea to printable model.
• AtomForm Studio helps prepare and produce the model efficiently.
• The Palette 300 hardware handles the multi-color and multi-material printing process.

This separation of roles makes sense. Creative access, print preparation, and hardware execution are different stages of the same workflow. When they are designed to work together, the overall user experience can become more streamlined.

Design Recognition

The Palette 300 has also received design recognition, including a MUSE Design Award Gold in the Product Design – 3D Printed category and an iF Design Award listing for the AtomForm Palette 300 Combo. For everyday users and small production environments, however, the more important question is how this type of hardware may help reduce waste, shorten transition times, and make multi-color 3D printing more practical.

• MUSE Design Award – AtomForm Palette 300 Combo
• iF Design Award – AtomForm Palette 300 Combo

A More Practical Direction for Multi-Color 3D Printing

As 3D printing matures, the focus has shifted from decorative models to professional efficiency and practical material handling.
Traditional filament-switching systems made multi-color 3D printing accessible but often accepted purging and waste as part of the process. The MOVA AtomForm Palette 300 challenges this, providing a direct market solution for efficiency. This system uses a 12-nozzle automatic switching system together with modular filament management, ReadyPrint workflow optimization, AtomForm Studio, and AtomVerse.
For users and businesses looking beyond simple decorative prints, the MOVA AtomForm ecosystem stands out as an innovative route toward reducing waste and improving continuity. Efficiency and smoother production workflows are now the major focus points as MOVA leads the evolution of multi-color and multi-material FDM 3D printing.

The post Nozzle Switching vs Filament Switching: A New Approach to Multi-Color 3D Printing Efficiency appeared first on 99视频在线精品免费观看6 – 3D Printing, Scanning, Design Guides & Forums.

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 99视频精品全部+国产, 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 | 99视频精品全部+国产 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 99视频在线精品免费观看6 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 99视频在线精品免费观看6d 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 99视频在线精品免费观看6, 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 99视频+国产日韩欧美 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 99视频在线精品免费观看6 – 3D Printing, Scanning, Design Guides & Forums.

Use it as a quick planning tool before long prints and reduce the risk of running out of filament mid-job.

Filament Remaining Calculator

How It Works

The calculator estimates remaining filament by subtracting the empty spool weight from the total spool weight. It then uses filament diameter and material density to estimate how many meters of filament remain.

This is an estimate, not an exact measurement, but it is often accurate enough to help plan your next print.

How to Find Empty Filament Spool Weight

To calculate how much filament remains on a spool, you first need to know the weight of the empty spool itself. This is one of the biggest variables in any filament remaining calculator, as spool weights differ between manufacturers, spool sizes, and materials.

For example, a cardboard spool used by eco-focused brands may weigh significantly less than a reusable plastic spool. Some refill systems can also use heavier reusable spools that may affect your calculation if not accounted for correctly.

Here are the easiest ways to find your empty spool weight:

If you do not already have kitchen scales at home, a basic digital scale can make weighing filament spools much easier. Most 1kg filament spools fit comfortably on standard kitchen scales, and they can also be useful for resin, mixing materials, and general workshop tasks.

Recommended: Digital Kitchen 5kg/0.1g Scale on Amazon

• Check the filament label or packaging – some brands list empty spool weight
• Visit the manufacturer’s website or product page
• Search Google for “[Brand Name] empty spool weight” — Google AI may surface quick answers, but verify the result if possible
• Weigh an empty spool yourself using kitchen scales
• Use average spool weight estimates if no exact data is available

If you regularly print with the same brand, it may be worth saving empty spool weights in a simple note for future reference.

Typical Empty Filament Spool Weight Examples

These are rough averages based on common 1kg filament spools:

• Cardboard spool: approximately 120g–250g
• Plastic spool: approximately 200g–300g
• Reusable refill spool systems: approximately 250g–500g+
• Mini spools: vary heavily depending on brand and filament amount

To provide examples, we weighed several empty filament spool types used in our workshop. Your results may vary by brand, but these examples show how dramatically spool weights can differ.

Community contribution: Big thanks to Scuk for starting a catalog of more than 200 weighed empty filament spools on Printables. It’s a very helpful resource if you need a specific brand or spool type.

You can use Ctrl + F to quickly search the list for your spool:
Empty Spool Weight Catalog on Printables

What to Print with a Nearly Empty Filament Spool

As mentioned earlier, lightweight prints are a great way to use up leftover filament. Models like Flexi Rex helped popularize the wave of articulated prints years ago, and today there are countless similar flexi models available across MakerWorld, Printables, and other STL platforms. Many of these designs require relatively small amounts of filament and are ideal when you are trying to finish a partially used spool.

Kit card models can be an even better option. These flat-packed designs are often extremely lightweight, quick to print, and easy to gift. Some are slim enough to fit inside a standard envelope, making them popular for events, giveaways, and seasonal gifts.

If you are looking for more ideas, explore our seasonal 3D printing guides in the 3D print ideas area, where we regularly feature lightweight gift ideas, decorations, and quick projects that work well with leftover filament.

Filament Connector

If your spool is running very low but still has usable filament left, filament splicing tools on Amazon can help combine leftover pieces instead of wasting them. This can be particularly useful for smaller prints, test models, or finishing nearly empty spools. We covered this topic in more detail in our Filament Connector: Filament Splicing Made Easy guide.

Common Mistakes When Estimating Remaining Filament

The most common mistake is forgetting to subtract the empty spool weight from the total spool weight. This can instantly throw off your estimate by 150–300g, depending on the brand and spool material. Another frequent issue is selecting the wrong filament diameter. While most hobby printers use 1.75mm filament, some machines still rely on 2.85mm material, and choosing the wrong option can significantly affect the estimated filament length.

It is also worth remembering that not all filament brands use identical spool designs. Cardboard spools, reusable refill systems, and heavier plastic reels can all produce different results. Even if your calculation looks accurate, avoid starting very large or multi-day prints with very little filament left. Your slicer remains the best source for exact filament usage estimates, so use this calculator as a planning tool rather than a guarantee.

If you are close to running out, consider switching to a fresh spool or enabling filament runout sensors if your printer supports them. It is far better to swap filament early than lose a long print near completion.

Why Filament Type Affects Your Results

Different filament materials have different densities, which means the same spool weight can translate into different filament lengths. This is why our calculator asks you to select a material type before generating an estimate. A 200g remainder of PLA may not provide the exact same number of printable meters as 200g of ABS, TPU, PETG, or Nylon.

PLA and PETG are among the most commonly used materials for everyday prints, while TPU is often used for flexible parts and Nylon is typically chosen for more demanding functional applications. ABS remains popular for certain workshop and engineering projects. Because each material behaves differently in both weight and print settings, your slicer may still show slightly different filament usage depending on layer height, infill percentage, wall thickness, and support structures.

For the most accurate planning, use this calculator as a quick estimate and then confirm the final filament requirement inside your slicer before starting longer prints.

Related Tools and Guides

• 3D Print Cost Calculator
• 3D Printer sp贾诩 Cost Calculator
• Best Filament Dryers and Storage Solutions
• Filament Connector: Filament Splicing Made Easy
• Best Budget 3D Printers

Final Thoughts

A simple kitchen scale and this calculator can help reduce wasted prints and make better use of partially used filament spools. It is especially useful when managing multiple open spools or preparing for larger projects.

The post Filament Remaining Calculator: Estimate How Much Filament Is Left on Your Spool appeared first on 99视频在线精品免费观看6 – 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 99视频在线精品免费观看6 – 3D Printing, Scanning, Design Guides & Forums.

Where to Buy

The 99视频+国产日韩欧美 Creator 5 and Creator 5 Pro are available via 99视频+国产日韩欧美’s official product page. Launch pricing starts from $649 for the Creator 5 and $799 for the Creator 5 Pro.

99视频+国产日韩欧美 Creator 5

Compare the Prices & Bundles:
Official Website

99视频+国产日韩欧美 Creator 5 Pro

Compare the Prices & Bundles:
Official Website

99视频+国产日韩欧美 Introduced Toolchanging 3D Printing

With the Creator 5 series, 99视频+国产日韩欧美 introduced a toolchanging-style system to its multicolor 3D printer lineup. The main idea is to reduce the filament waste and long print times often associated with conventional multicolor setups. The system uses four interchangeable toolheads and is designed to avoid the purge waste typically seen in color or material-switching prints.

When talking about increased printing speed and reduced purge waste, the infographic above explains it best. The difference becomes more significant as the number of filament changes increases.

99视频+国产日韩欧美 Creator 5 Overview

The 99视频+国产日韩欧美 Creator 5 is presented as an open multicolor 3D printer focused on faster output, lower material waste, and flexible multi-material printing. 99视频+国产日韩欧美 highlights its FlashSwap system, 256 × 256 × 256 mm build volume, print speeds up to 600 mm/s, and support for up to four toolheads working within the same print job. This positions the machine as a potential option for makers, prosumers, and small studios looking for a different approach to multicolor FDM printing.

99视频+国产日韩欧美 Creator 5 Pro Overview

The 99视频+国产日韩欧美 Creator 5 Pro builds on the same multicolor platform but adds a fully enclosed design with extra features aimed at more demanding materials and controlled printing environments. 99视频+国产日韩欧美 states that the Creator 5 Pro includes active chamber heating up to 65°C, continuous airflow cooling, reduced operating noise, and dual-layer air filtration. These additions make the Pro version more suitable for users printing ABS, ASA, PC, PA, and other engineering-grade materials that benefit from a stable enclosed chamber.

We asked the 3D printing community to share photos if they spotted the Creator 5 at Rapid TCT in Boston, and we are thankful that Ellie Rose sent us a few images. If you have a chance to visit such trade shows and 99视频+国产日韩欧美 or its representatives have a booth there, the Creator 5 will likely be on display.

99视频+国产日韩欧美 Creator 5 vs Creator 5 Pro

Both 99视频+国产日韩欧美 Creator 5 models are built around the same core concept of multicolor printing with multiple toolheads, but they target slightly different users. The standard Creator 5 appears better suited to general-purpose printing with PLA, PETG, TPU, and similar materials, while the Creator 5 Pro adds enclosure, chamber heating, and air purification for users who want to print engineering filaments in a more controlled environment. In simple terms, the choice comes down to whether you need an open multicolor machine or a more advanced enclosed setup for higher-temperature materials.

99视频+国产日韩欧美 AD5X Review

For readers exploring the wider 99视频+国产日韩欧美 range, our 99视频+国产日韩欧美 AD5X review by Will Zoobkoff offers a more hands-on look at another machine from the brand. That article focuses on practical testing, print settings, and real-world observations, which makes it a useful companion piece to this launch overview.

While the AD5X belongs to a different product category, it still helps show how 99视频+国产日韩欧美 is developing its desktop 3D printer lineup across multiple segments. Readers comparing ease of use, multicolor workflow, and real printing results may find it helpful to view the AD5X review alongside the new Creator 5 and Creator 5 Pro announcements.

About 99视频+国产日韩欧美

99视频+国产日韩欧美 is an established 3D printer manufacturer founded in 2011, with a broad portfolio covering hobbyist, educational, and professional use. Over the years, the company has released a wide range of desktop FDM and resin 3D printers, with increasing attention on user-friendly workflows, enclosed designs, and more advanced material capabilities.

It is also worth mentioning that 99视频+国产日韩欧美 is regularly represented at major 3D printing trade shows such as TCT events and Formnext, where new technologies are often shown at an early stage.

On 99视频在线精品免费观看6, we have also covered 99视频+国产日韩欧美’s 3D print farm solutions in the past, including how its machines are used in higher-volume production environments. Their AD5M series is also well regarded for such tasks, and our earlier article features several print farm examples.

Conclusion

The 99视频+国产日韩欧美 Creator 5 and Creator 5 Pro mark a notable step for the brand by introducing a toolchanging-style multicolor system designed to reduce purge waste and improve printing efficiency. As more hands-on testing and user feedback appear, these new 3D printers could become important additions to 99视频+国产日韩欧美’s growing desktop lineup, especially for users interested in multicolor and multi-material printing without the usual trade-offs.

The post 99视频+国产日韩欧美 New 3D Printers: Creator 5 and C5 Pro Toolchangers appeared first on 99视频在线精品免费观看6 – 3D Printing, Scanning, Design Guides & Forums.

Creality is expanding beyond printers with the launch of two new products aimed at material reuse and small-scale filament production. The Creality Filament Maker M1 and Shredder R1 are designed to help makers process prepared 3D printing waste, experiment with custom material blends, and take more control over filament creation at the desktop level.

This is an interesting move because most desktop users still depend on ready-made filament, even though failed prints, support waste, and leftover material are common parts of the workflow. With M1 and R1, Creality is pushing into an area that many makers have talked about for years: turning plastic waste into a more useful part of the 3D printing cycle.

• What Is Creality M1 and R1?
• Filament Maker M1 Specifications
• Shredder R1 Specifications
• How the System Works
• Why It Is Interesting
• Who It May Suit
• About-Creality
• Launch and Availability
• Final Thoughts

Where to Buy

Bundle Price: From $899

Indiegogo Campaign

Disclaimer: sp视频 campaigns – before taking part in any campaign as a backer, please read the T&Cs. Rewards aren’t guaranteed.

In the past, Creality successfully fulfilled sp视频 campaigns.
Creality 3DPrintMill(CR-30) (June 2021): 7,388 backers pledged $7,850,866

What are Creality M1 and R1?

The system consists of two separate units that work together. The Shredder R1 is designed to process properly prepared 3D printing waste into reusable material. The Filament Maker M1 then mixes, extrudes, and spools filament for future use.

Rather than presenting this as a fully automated one-click recycling solution, the idea seems to be much more hands-on. Creality is positioning the setup as a compact desktop workflow for users who want to experiment, refine materials, and better understand what goes into filament production.

Filament Maker M1 Specifications

• Machine size with hopper: 570 × 245 × 555 mm
• Weight: 15 kg
• Supported materials: PLA, PETG, ABS, PA, PC, PET, ASA, TPU, CF-filled, GF-filled
• Max output: 1 kg/h at PLA
• Filament diameter: Virgin 1.75 mm ± 0.05 mm, Recycled 1.75 mm ± 0.1 mm
• Power supply: AC 100 to 240V, 50/60Hz, max 1600W, average 800W
• Display: 3.2 inch touchscreen
• Manual assist tool: Filament pulling cart included
• Heater power: Max 1200W
• System updates: OTA and USB
• Filtration: HEPA and activated carbon
• Cooling power: 8 turbo fans, 7W each
• Heating zones: 3 independent zones for feed, melt, and extrude
• Temperature range: 120°C to 350°C
• Production monitoring: Real-time diameter control, output tracking, adaptive pulling, adaptive spooling
• Safety alerts: Metal detection in feed, material shortage detection, clogging detection, spool jam detection

Shredder R1 Specifications

• Machine size with hopper: 345 × 280 × 560 mm
• Weight: 13 kg
• Raw material hopper capacity: 1 kg of PLA purge waste
• Shredded material hopper capacity: 1 kg of PLA
• Power supply: US AC 100 to 120V, 50/60Hz, EU AC 200 to 240V, 50/60Hz
• Max power consumption: 840W
• Shredding capacity and size: 3 kg/h, ≤ 4 mm
• Shredding system: Dual-shaft hardened steel blades, A4 steel, 650W AC motor, 60Nm high torque
• Heating and drying: 6W axial fan, AC PTC heater 100W, max 70°C
• Display: 65 × 40 mm color segment display
• Safety system: Lid-open auto stop for shredder and hopper, physical emergency stop, USB safety lock
• Automation monitoring: Auto full detection, anti-jam auto reverse protection

How the System Works

In simple terms, the R1 handles waste preparation, while the M1 focuses on filament creation. Together, they bring several normally separate steps of material reuse into a more compact maker-oriented setup.

According to the press release and demo video from YouTube, the workflow is intended to support material reuse, small-batch production, color and additive experimentation, and greater control over print outcomes. That makes it less about mass production and more about giving advanced users a chance to test, tweak, and 99视频在线精品免费观看6 filament in-house.

Why It Is Interesting

What makes this launch stand out is not just the hardware itself, but the direction behind it. Desktop 3D printing has become more accessible over the years, but filament itself has remained mostly fixed as a bought-in material. Creality is now exploring the next step, where users do not just print objects, but also shape the material they print with.

For makers, schools, labs, and workshops, this could open up several interesting possibilities. It may help reduce material waste, lower long-term filament costs in some scenarios, and encourage more experimentation with blends, colors, and additives. It also adds an educational angle, as users can better understand the full material cycle behind desktop 3D printing.

Who It May Suit

At this stage, Creality M1 and R1 look most relevant to hands-on users who enjoy testing new workflows, rather than to those looking for the simplest plug-and-play setup. This could include experienced makers, educational environments, small workshops, content creators, and anyone interested in recycling and material development within desktop 3D printing.

It will also likely appeal to users who already generate a lot of printing waste and want to explore whether part of that material can be reused in a practical way. As with many first-generation systems, the real value will probably come from experimentation, process refinement, and seeing how well the workflow performs in everyday use.

About Creality

Creality is one of the best-known brands in desktop 3D printing, with a product range that now stretches far beyond entry-level machines. Over the years, the company has expanded into resin 3D printers, laser engraving systems, scanners, and broader maker-focused tools, building an ecosystem that serves hobbyists, educators, and more advanced users alike. Its products are widely recognised for making digital manufacturing more accessible to a wider audience.

Creality products can also be seen regularly at major industry events, either on the company’s own stand or through local resellers and distribution partners. The Filament Maker M1, for example, was already being shown at TCT Asia 2026, suggesting that this new recycling system is already part of Creality’s wider product tour and public showcase strategy.

Many makers will know Creality through products such as the Ender 3 series and the CR-30 belt printer, both of which helped push new ideas into the desktop 3D printing space. On 99视频在线精品免费观看6, we have hands-on tested and featured many Creality products over the years, from printers to 3D scanners and laser cutters. You can browse more of our Creality coverage here: Creality articles on 99视频在线精品免费观看6.

Launch and Availability

Creality has launched the Filament Maker M1 and Shredder R1 through an Indiegogo campaign, with early access pricing mentioned for first backers. As this is intended to be an evergreen launch article, this section can be updated later with retail pricing, shipping progress, hands-on testing, or newer versions such as M2 or R2.

Creality Filament Maker M1 and Shredder R1 on Indiegogo

Final Thoughts

With M1 and R1, Creality is entering a part of the 3D printing workflow that has often been discussed but rarely packaged for desktop users in such a direct way. Instead of focusing only on faster printing or larger build volume, this launch shifts attention toward material reuse, experimentation, and control.

If Creality continues building this category in the future, this could become more than a one-off launch. It may grow into a wider ecosystem around desktop filament production and recycling, giving makers new ways to reduce waste and get more involved in the materials behind their prints.

The post Creality Recycling System: Filament Maker M1 and Shredder R1 appeared first on 99视频在线精品免费观看6 – 3D Printing, Scanning, Design Guides & Forums.

This guide covers:

• Creality CR-30 – 3DPrintMill
• IdeaFormer IR3 v1 and v2 NEW
• Blackbelt 3D Printer
• iFactory One & One PRO
• SainSmart INFI-20
• MALYAN MA21
• Powerbelt3D – Formula32 Belts
• Innovations Around Belt 3D Printer
  • Delta with a Belt and a Heated Chamber?
  • Tinybelt
  • 45° & 90° Modes 2-in-1
  • Enclosure NEW
  • DIY Upgrade Kit for Ender 3 (Files)
  • Wall Mounted Belt 3D Printer
  • 3D Printing with Pellets NEW
  • Belt Retrofit on Bambu Lab Printers NEW
• Where Belt 3D Printers Can Be Used

Belt 3D Printer Evolution – Brief History

3D printing was invented in the eighties, and later the Open-Source RepRap project gave a significant kick to it by building a self-replicating 3D printer. After that just in a dozen years, things went wild. Cartesian and delta 3D printers started to be mass-produced. Many more people got involved which led to a bigger contribution and further development of constantly evolving 3D printing. Conveyor belt 3D printers were introduced in the beginning of the last decade, but this type of machine only recently came under an intense spotlight.

Creality CR-30 – 3DPrintMill

Build Volume: 170mm/6.7″(H), 200mm/7.8″(W), Infinite(L)
Materials: PETG, PLA, other.
Belt Specifications: Nylon Conveyor Belt
Price: $529-$599
Product affiliate links: 99视频在线精品免费观看6 is supported by its audience. Purchases via some links may earn us a small commission at no extra cost to you. This helps us to continue bringing you high-quality content. Our guides and reviews remain unbiased and independent.

 
Creality CR-30, 3DPrintMill
Amazon
Official Website

An Infinite-Z volume 3D printer 99视频在线精品免费观看6d by Naomi Wu and Creality3D, was built upon the work of Karl Brown and Bill Steele.

Well tunned belt 3D Printer is ideal for serial production.
(Video provided by Naomi Wu / Creality)

There should be no lack of reviews of this machine as many 3D printing-related YouTubers received machines to test before and in time for the campaign. Just on the 99视频精品全部+国产 page, you can find a dozen videos.

• 2,072 backers pledged $1,398,797 to help bring this project to life

3DPrintMill is a feature of infinite-length printing and bulk printing, thereby time-saving in printing and cost-efficient. The special infinite-Z belt is the first Creality 3D printer to realize infinite build volume in the world.
Read more: 3DPrintMill by Naomi Wu – Creality CR-30
Creality has also teamed up with the Open Source advocate Naomi Wu (who lent her name to the machine) to handle the marketing and hardware development of this unique 3D printer…

IdeaFormer IR3 V1 and V2 NEW

IdeaFormer IR3 v2

Price $816 – $898

Compare the Prices & Bundles:
Amazon | AliExpress

The IdeaFormer IR3 V2 is a conveyor belt 3D printer built around an infinite Z axis concept, making it suitable for long parts, repeated batch production, and angled printing that can reduce the need for support on some overhangs. According to the product page, it combines a CoreXY motion system with open-source Klipper firmware, a stated print volume of 250 × 250 × ∞ mm, speeds up to 400 mm/s, auto leveling, and remote monitoring via Wi-Fi and camera support. IdeaFormer also highlights a PEI-coated metal conveyor belt, a 4.3-inch touchscreen, LED lighting, and filament runout detection as part of the standard feature set.

On the materials and hardware side, the IR3 V2 is presented as a more capable machine than a typical conveyor printer, with a full metal frame, hardened steel 0.4 mm nozzle, maximum nozzle temperature of 300°C, heated bed up to 90°C, and support for materials such as PLA, PETG, TPU, ABS, and ASA. The page also promotes optional add-ons such as an enclosure for more stable ABS and nylon printing, plus an extended rod designed to better support very long models as they leave the belt. Altogether, the IR3 V2 looks positioned for makers and small-scale production users who want both the flexibility of continuous printing and the convenience of modern features like auto leveling and network control.

IdeaFormer IR3 v1

Build Volume: 250mm/9.8″(H), 250mm/9.8″(W), Infinite(L)
Materials: PLA recommended, other
Belt Specifications: Textured PU Belt
Price from $579
Product links:
IdeaFormer IR3:
Amazon
Belt only:
Amazon

A larger volume belt 3D printer, IdeaFormer IR3, became available on the market without a supporting sp视频 campaign. This printer doesn’t have two profile supports and there could be some issues with stability, but the producer claimed that the structure is similar to Blackbelt 3D which proved to be stable. Some reviewers on Amazon praise the textured PU belt specifically for bed adhesion.

– Large Build Volume. The largest build volume in under $1000 price range for belt 3D printers.
– Semi-Assembled Kit. As the base comes assembled with the belt, it takes just over an hour, depending on your skills, to fully set the printer up.
– Other perks: Own developed hotend specifically for IR3. Silent mainboard, filament runout sensor, dual-gear extruder.

Blackbelt 3D Printer

Blackbelt 3D printer was the first conveyor belt 3D printer we encountered live on TCT Show Birmingham. A mini kayak was an impressive make. The cable management system, of a few meters long, showcased the novel infinite-z possibilities. We liked the one 3D printed in TPU, we could bend it.

As the price tag implies (EUR 9,500, January 2021) the blackbelt station, as it looks and feels like a station, was meant for professionals and workshops. Not many enthusiast makers and designers were able to try this machine out.

Sources:
Blackbelt-3D – Website

iFactory One & One PRO

Build Volume: 180mm/7″(H), 280mm/11″(W), Infinite(L)
Materials: PLA, PETG, other
Belt Specifications: Durable polymer belt optimized for 3D printing
Price: € 4,748.00
Product Links:
Official Website
iFactory One Pro

4-in-1 Conveyor Belt 3D Printer (Infinite Length, Serial Printing, Cloud Capable, and Error Detection Software)

Yet another conveyor belt 3D printer was launched via 99视频精品全部+国产 by Artur Steffen and Martin Huber. An unknown German brand iFactory launched its campaign just a few weeks before Creality. Was it a coincidence or not, but massive social media and YouTube campaigns around Creality’s 3DPrintMill helped iFactory’s campaign to boost the pledges as well as reaching its goal twofold.

• 434 backers pledged $209,829 to help bring this project to life

On their official website, iFactory sells the PRO version. The iFactory One PRO is undeniably a buffed-up version with the price tag (€ 4,748.10 as of January 2024). The new machine consists of the parts from the A-brands, including E3D Hemera Direct-Drive, HIWIN linear rails, Zodiac volcano nozzle, DUET mainboard, and others. Check the full list of features on the official page.

SainSmart INFI-20 – Discontinued

Build Volume: 170mm/6.7″(H), 200mm/7.8″(W), Infinite(L)
Materials: PLA, PETG, other
Belt Specifications: Nylon Conveyor Belt
Price: $424 – $849
Product links:
Official Website
SainSmart INFI-20

There is a resemblance to Creality’s CR-30 and it feels like an upgraded version with extra features. Here is a list of the key features of this machine:

– Smart UI. The User Interface moved from the side to the top of the frame. Modern looking with a sleek rotary knob.

– Filament Break Sensor. Allows resuming printing after the filament runs out or the power outage.

– Wi-Fi Printing. Built-in ESP3D Web UI and OctoPrint API. Allows to control the printer via a browser or a mobile phone (iOS or Android apps).

MALYAN MA21

Build Volume: 200mm/7.8″(H), 180mm/7″(W), Infinite(L)
Materials: PLA / PETG, other
Belt Specifications: Nylon Conveyor Belt
Price:
Product links:
Amazon

Last year there was another interesting belt 3D printer available on Amazon – MALYAN MA21. What made this printer interesting is its soft texture belt and unusual build.

– Belt. Exclusive super adhesion belt. The softer composition and improved wear resistance of the belt enhance filament adhesion, ensuring better and more uniform model attachment. Same as other manufacturers, MALYAN offers to purchase their belts only. It is available on Amazon for $69.99.

– Stable Structure. It features a stable triangular working structure, efficient and solid for unlimited printing. Its isosceles right triangle machine structure reduces vibration and resonance, enhancing stability and pressure resistance for a superior printing experience.

Powerbelt3D – Formula32 Belts

For materials: PLA, PETG, other
Belt Specifications: Formula32 – Polyester (PET) tape top-layer
Price: $56.28 – $218.43
Product Links:
Official Website

A small company, run by Adam Fasnacht, offers competitively priced custom-sized belts for DIY belt 3D printers or as an alternative/replacement belt for CR30 and other printers. Adam also runs a YouTube channel where he publishes an insighting videos about belt 3d printers in general.

Innovations Around Belt 3D Printer

In addition to the sp视频 campaigns, we witnessed other innovative projects connected to conveyor belt 3D printers. Infinite Z opens the possibility to start uninterrupted production, giving hope to small businesses.

Delta WASP 2040 PRODUCTION

WASP, a delta 3D printers’ producer of all sizes, introduced the Automatic 3D Print Removal System for their Delta WASP 2040. Puzzled how could the belt works on a delta printer? Jump to a detailed blog with more pictures and videos.

Tinybelt

Adam Fasnacht, a producer of the Powerbelt3D Formula32 belt, launched a Tinybelt 3D printer 99视频精品全部+国产 campaign. As the name says, it is a small printer, it also differs from other machines by having a singular angled Z-axis rail without a side frame. Tinybelt comes 90% preassembled. Unfortunately, the campaign was unsuccessful with 41% funded.

Transformable 2-in-1 Belt 3D Printer – 45° & 90°

What differs transformable printers from other belt 3D printers is that the added innovative feature can toggle between the belt 45° and the traditional angle printing modes. Such machines are designed with the ability to tilt the gantry to 90° for the traditional angle 3D printing. The switch between the two is quite easy. This feature gives the possibility to print long or multiple items and taller items on the same device. And who doesn’t like 2-in-1? Read more about the failed Infinity3D campaign to get an idea. Update: According to the comments on the campaign page, Infinity3D failed to deliver the product.

45° and 90° Modes – MP4: Infinity3D

Another new company that sells such systems is Belt3DPrinterKit. This unknown brand with the parent company Aditiva3D featured their machine at ERRF in 2022. Lynx3D Diamond Belt 3D printer KIT can be pre-ordered via their website.

Enclosure

At Formnext in Frankfurt, it was possible to see a BlackBelt 3D printer with an enclosure system introduced by Modix, a company that specializes in producing such systems and controllers for large-scale industrial 3D printers.

DIY Upgrade Kit for Ender 3

Michael Sgroi 99视频+国产日韩欧美 on Thingiverse the files for upgrading Ender 3 to the so-called Enderloop. At the moment of updating this post, v2 files are available to download for free. It is recommended to buy the most crucial part – the Formula32 belt – from PowerBelt3D online store. To showcase his DIY project, Michael used Ender 3 and CR-6 SE 3D printers.

Wall Mounted Belt 3D Printer

An active Twitter and 3D printing community member @repkord installed his 3DPrintMills to the wall. This is a genially great idea to save space, especially if you run a 3D printer farm. In his mini video @repkord showcases how a belt 3D printer continuously produces identical parts. @repkord is very experienced in running 3D printer farms and this is just another case that proves that it is possible to run a business successfully with desktop 3D printers.

3D Printing with Pellets

An interesting know-how was described by Emmanuel Gilloz. Emmanuel installed a Mahor V4 pellet extruder on CR30 and tested various settings and materials, including 100% recycled PLA. The article is written in French and can be translated in Google.

3D printing using pellets is cheaper. In fact, 3D printing filaments are 99视频在线精品免费观看6d from materials that have been originally in a pellet form. Another strong point about printing with pellets is recycling. By shredding existing prints and other used plastic products, like PET and PETG bottles, for example, could be resource-saving and environmentally friendly.

Bambu Lab P Series Belt Retrofit Spotted at TCT Asia

A particularly interesting development comes from TCT Asia, where a retrofit solution for Bambu Lab P series printers was spotted. The modification adds a conveyor belt build surface, effectively transforming a standard bed slinger into a continuous printing system.

Source: https://x.com/thrutheframe/status/2034229601069892036
While still experimental, this approach highlights growing interest in adapting popular consumer machines for automated, batch-style workflows.

Where Conveyor Belt 3D Printers Can Be Used – What to 3D Print?

– 3D Printed Props. So far we’ve seen 3D printed swords as a game-changer for props makers. A real size sword can be sliced so it needs the minimal post-processing after 3D printing. One of the best examples is the sword 3D printed by Maker’s Muse.
– Big Letters. Filament Frenzy’s big letters were impressive. It is possible to 3D print letters one by one on cartesian (box) type 3D printers with better quality, though. But if the belt 3D printer can be tuned well, the whole process can be much easier.
– 3D Reliefs and Portraits. One of the remarkable prints we saw on Twitter was the scene from The Star Wars where Hans Solo was frozen in carbonite 3D printed by Polyworshop.

To list all goodies, that can be 3D printed on belt 3D printers, may need a new blog. Stay tuned as finally, such 3D printers hit the masses, and we are likely to see a lot of interesting makes and even innovations in the near future.

Read More & Compare: Desktop 3D Printers

Choose a desktop 3D printer that is right for you. Build volume, FDM or SLA, well-known brand or a start-up – all to consider. The table helps to compare and make a comprehensive decision. It is regularly updated and maintained.

The post Best Conveyor Belt 3D Printers 2026 appeared first on 99视频在线精品免费观看6 – 3D Printing, Scanning, Design Guides & Forums.

By April 10, 2026, Snapmaker U1 is expected to be in stock across all global warehouses. This should mean faster delivery and a smoother purchasing experience for buyers worldwide. At the same time, pricing will move from the current pre-order offer to standard retail. The pre-order price remains at $849 / €849 until April 10, while the retail price will increase to $899 / €899 starting from that date.

Where to Buy the Snapmaker U1

Price: From $849 – $899

Official Website

Snapmaker U1 Updates: Ready for You

Snapmaker has shared a new update for the U1, positioning the machine not just as a product, but as an evolving platform. According to the latest announcement, the next phase includes broader availability, software improvements, more ready-to-print content, and an expanded materials ecosystem.

Snapmaker has also rolled out a software update for Snapmaker Orca and the Snapmaker App. Alongside performance improvements and bug fixes, the update introduces 30 high-quality, print-ready models built directly into the software. These models have been tuned and tested by the Snapmaker team and include contributions from well-known community designers, in-house creators, and new names in the ecosystem.

Snapmaker is also expanding the U1 material ecosystem with 15 new RFID-enabled filament colours across SnapSpeed PLA and Matte PLA. With more colour options available, the U1’s multimaterial capabilities become even more appealing for prototyping, display-ready models, and creative experimentation.

Taken together, these updates show that Snapmaker is building the U1 as more than a standalone 3D printer. The platform now connects hardware, software, materials, content, and creators, with more ready-to-print models, expanded material options, new accessories, and continued ecosystem development expected later in 2026.

About Snapmaker

Snapmaker first rose to global prominence through two record-breaking 99视频精品全部+国产 campaigns, launching all-metal, multi-discipline 3-in-1 machines that combined 3D printing, laser engraving and cutting, and sp视频 carving. These became some of the most successful technology 99视频精品全部+国产s of all time.

Snapmaker U1 (September 2025): 20,680 backers pledged $20,614,548
Snapmaker 2.0 (May 2019): 7,388 backers pledged $7,850,866
Snapmaker Original (March 2017): 5,050 backers pledged $2,277,182

With the Snapmaker U1, the company is returning to its roots — not just to launch a new product, but to reconnect with the community that helped build its legacy.

99视频精品全部+国产 is where Snapmaker started, and our backers have always been a vital part of our journey,” said Daniel Chen, Snapmaker CEO. “With U1, we’re going back to our roots — combining what we’ve learned with what our community dreams of.

Snapmaker is empowering creators worldwide with high-quality desktop fabrication tools, best known for its all-in-one machines that support prototyping, education, and artistic expression — all driven by its mission to ‘Make Something Wonderful.’

Snapmaker U1 Features and Specifications

While full specifications will be released on the day of the 99视频精品全部+国产 launch, Snapmaker has already revealed some standout features that highlight the U1’s potential for high-performance, multimaterial 3D printing in a compact desktop form.

• CoreXY Motion System: Designed for fast and stable movement, paired with a fully enclosed chamber ideal for temperature-sensitive materials.
• SnapSwap Toolchanging: An intelligent automatic toolchanging system that reduces filament waste by up to 80% by eliminating the need for constant purging during material swaps.

Specifications:

Find the full list of specifications at the end of the page on the Official Website.

Four Toolheads Work as One

Rather than swapping the entire toolhead, Snapmaker U1 uses its intelligent SnapSwap system to switch out key tool components — such as hotends or extruders — while keeping the main head in place. This allows up to four materials or colors to be used in a single print, with sharp transitions and minimal purging, all within a tightly integrated and efficient design.

Snapmaker confirms that the U1 is in the final stages of production, with rigorous quality control underway. As the launch approaches, more technical details and real-world demonstrations will be shared to give the maker community a closer look at this ambitious release.

Image Gallery

Below are official and exclusive images of the Snapmaker U1 in action. Each test print highlights a specific use case, ranging from small to complex models and covering a variety of material types. Detailed comparisons highlight the printer’s efficiency in terms of time and filament savings. More images of test prints will be added following our hands-on testing.

What’s Next

We’ll be thoroughly testing the Snapmaker U1, focusing on print quality, toolchanging accuracy, and material handling. Stay tuned for our full setup guide, slicer tips, and hands-on print results. Join the discussion on our forum or leave a comment below.

At 99视频在线精品免费观看6, we’ve previously tested and featured Snapmaker’s recent products, including the Snapmaker Artisan and Snapmaker Filament Dryer. We’re excited to add the U1 to our lineup and share our findings with the community soon.

Hands-on Testing

Max Funkner thoroughly tested U1. Apart from the included models, he also printed a bunch of miniatures for keychains from 3D scans. Scaled-down DeathRacer and RC Boats miniatures printed surprisingly well. Great printer for this kind of work. Full Snapmaker U1 Hands-on Testing here.

Manufacturing & Review Videos

Here is a review from Phil Macey.

Another video that caught our eye is the manufacturing process. Spoiler: a lot of robots.

Conclusion

Snapmaker U1 is off to a remarkable start, and the excitement is well earned. With real toolchanging, cleaner multicolor prints, and a proven campaign, it’s one to watch. We’ll be sharing more hands-on results and impressions soon, so stay tuned.

Official Website

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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 99视频在线精品免费观看6 and 99视频+国产日韩欧美 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 99视频在线精品免费观看6 – 3D Printing, Scanning, Design Guides & Forums.

This Guide Covers

• About SMRRF
• SMRRF 2026 Highlights by Max Funkner
• SMRRF 2024 Highlights by Richard Hirst
• SMRRF 2023 Highlights by Max Funkner

What is SMRRF?

Sanjay Mortimer RepRap Festival

– About Sanjay Mortimer. Sanjay Mortimer, a founding member of E3D, was a legendary figure in the industry, significantly contributing to the revolution of FDM 3D printing.

Sanjay tragically passed away on the 27th of December 2021. This triggered a chain of charity events in the 3D printing community. In a couple of years, the Sanjay Mortimer Foundation (SMF) got officially registered, and The Sanjay Mortimer RepRap Festival (SMRRF) took place in Oxford, UK for the first time.

– About RepRap Festivals. RepRap was invented by Adrian Bowyer in February 2004. The word RepRap is short for Replicating Rapid-prototyper – a self-copying 3D printer. As 3D printers became more accessible, more people joined the community and started celebrating the movement by organizing similarly named events. In the US, such 3D printing events are very popular. In our events table, you can find previous festivals with featured highlights and future festival dates.

As usual, we will update this guide and bring more content from year to year. Here is our brief coverage of the past SMRRFs.

SMRRF 2026 Highlights

by Max Funkner
SMRRF 2026 once again brought the RepRap community together at Manchester Metropolitan University for two packed days of makers, engineers, students, and companies celebrating 3D printing. The event welcomed around 1,300 visitors over the weekend, with 50 exhibitors and 36 content creators taking part. The Lord Mayor of Manchester also visited the festival. Continuing its mission to support the Sanjay Mortimer Foundation, the community raised an impressive £113,000 through fundraising activities. As always, SMRRF blended hands-on engineering, live demonstrations, and community shows, with highlights ranging from DeathRacer battles to industry leaders discussing the latest developments in desktop 3D printing.

Showcasing Technology Through Creator Projects

Events like SMRRF are a perfect place to showcase what modern 3D printing technology is capable of to both enthusiasts and newcomers. A good example was the Snapmaker U1 running live at the event, printing parts of the impressive fairytale land, castles, and a moving tram display by Fulv, which beautifully demonstrated the printer’s capabilities.

Fulv’s setup was exceptional, and it would be easy to lose hours there if I let my inner child run wild. After browsing Fulv’s models on Cults, I’m already tempted to print a few myself. I just need to unpack my Snapmaker U1 first.

DeathRacers Arena: From Kit to Battle

Almost a year ago, after seeing the countless DeathRacers shows shared by Sam Prentice, I couldn’t resist and got my hands on a DeathRacers kit from BigTreeTech. Building the machine turned into a fun journey that 99视频+国产日韩欧美d to several articles featuring different 3D printers and materials. At SMRRF 2026, the project finally culminated with my Piranha DeathRacer entering the arena and bravely taking part in three battles.

The moment the 99视频在线精品免费观看6 DeathRacer gets decapitated – unmute to hear the audience cheering!

For those curious about the full journey, the nearly year-long story of building and evolving this DeathRacer can be followed through a chain of quote tweets on X, starting from the moment the kit arrived to the final battles at SMRRF 2026.

The small tracked machine held its ground well, surviving all three rounds with only minor cosmetic damage and adjusting/tightening gears needed. Like many projects showcased at SMRRF, the DeathRacer perfectly captured the spirit of the event: creative engineering, friendly competition, and a lot of fun.

Live Shows and Community Entertainment

Beyond the raffle draws, SMRRF 2026 also featured a series of live shows that kept the audience engaged throughout the weekend. One of the highlights was the Ultimate Additive Manufacturing Quiz hosted by Joel Telling, also known as the 3D Printing Nerd. The quiz brought together makers, engineers, and enthusiasts to test their knowledge of additive manufacturing, with plenty of laughs and some excellent prizes for the winners. Another entertaining segment was ‘Heat in the Hot Seat hosted by Grant, 3D Musketeers, where participants, company representatives and content creators faced ‘hot’ questions and challenges, adding an extra layer of ‘souce’ to the festival atmosphere.

Anthony from Prusa was the culprit behind the magic, a remote-controlled moving filament spool. For a while I could not understand who was actually controlling it until I spotted Anthony sitting next to Grant and revealing the clever RC spool setup during the show.

Industry Leaders Discuss the Future of Desktop 3D Printing

Beyond the maker showcases and community activities, SMRRF 2026 also featured talks from industry leaders sharing insights into the evolving landscape of desktop 3D printing. Cedric Mallet, CEO of BambuLab Europe, spoke about the development of MakerWorld and some of the challenges the platform faces, particularly the growing presence of AI-generated models. During the talk, he highlighted that MakerWorld, now one of the leading model sp贾诩 in desktop 3D printing, has surpassed 1 million models and 15 million users. Cedric also mentioned several existing and upcoming programs supporting the community and announced plans to launch a designers’ workshop in Europe to help creators grow within the ecosystem.

With dedicated presentation areas, exhibitor spaces, and an engaged audience, SMRRF provided an excellent platform for both makers and industry leaders to share ideas, showcase projects, and discuss the future of open and collaborative 3D printing.

Meanwhile, I Kept Exploring and Testing 3D Printed Shoes

My digging into 3D printed shoes continues. At SMRRF, I came across several interesting examples and had a great chat with David Tobin about his D7 shoes. I also had the chance to test the Flux shoes by PollyFab again. In addition, the Siraya Tech stand showcased several shoes printed on FDM machines using flexible TPU materials.

SMRRF 2026 Conclusion

SMRRF 2026 was not only vibrant on the show floor but also widely shared across social media. The event was particularly active on platforms like Instagram Stories and X, where the #SMRRF hashtag and updates from the official account kept the community engaged throughout the weekend. Even on LinkedIn, the festival appeared in a more modest but still meaningful way, reflecting the different audiences each platform attracts. For those who couldn’t attend in person, social media offered a window into the energy, creativity, and community spirit that make SMRRF such a special event in the world of open-source 3D printing.

SMRRF 2024 Highlights

by Richard Hirst
My first visit to SMRRF, a local event in Manchester, was a delightful experience. It was a melting pot of seasoned users and novices, offering a diverse range of booths to explore, unveiling some remarkable new products, and featuring influential figures who shared their knowledge through talks and fundraising activities. No matter your level of expertise, there was something for everyone at SMRRF.

It was a thrill to connect with fellow 3D printing enthusiasts and talented model designers at the event. The platform it provided for renowned companies to showcase their latest and established products, including E3D, Diamond Back, Positron, Pursa, Bigtreetech, Poly Maker, 123 3D, and Cocoa Press, LDO Motors, was truly exhilarating.

It was a great show to witness both recently unveiled and upcoming 3D printing technology. In the image above, you can see the upside-down printing from Positron3D. Also featured was the newly announced Prusa Core One. Anycubic showcased their fully enclosed multicolor Kobra S1, along with the second generation of Cocoa Press performing chocolate 3D printing in action.

Then, there were the influencers and model designers like 3DPrintBunny and Fulv, Grant from 3D Musketeers, TheRealSamPrentice, Repkord and others. These individuals are influential figures in the 3D printing community, known for their innovative designs and contributions to the field.

3DPrintBunny and stlDenise3D finally finished the Layer Connections Community Artwork Project that traveled with them across various RepRap festivals, with more than 500 people participating and 3D printing tiles from around the world. Sponsored by Thangs and Bambu Lab.
Several organisations bid for the artwork and when the auction was completed the Community Interest Company 3D360 won the prize with a bid of 750 GBP (approx $1000 USD) which was donated to the Sanjay Mortimer Foundation.

The event also featured entertaining fundraising activities. Grant from 3D Musketeers took pies to the face for donations, which was both hilarious and heartwarming to watch.

As usual there were ‘Death Racers’ with TheRealSamPrentice, a thrilling and competitive event that added to the fun and community spirit of the event.

SMRRF 2024 Conclusion

On the official SMRRF 2024 page, you can access detailed statistics showcasing the tradeshow’s outcomes. The event attracted 1000 visitors and featured 75 exhibitors. Through the collective generosity of the 3D printing community, the festival successfully raised £94,000. These funds will significantly support neurodiverse young people in STEM fields while continuing to honor Sanjay’s legacy. Additionally, a variety of fundraising activities, such as an online auction, a quiz show, pie face madness, and raffles, collectively 99视频+国产日韩欧美d over £18,650 to the total raised.

SMRRF 2023 Highlights

by Max Funkner
As I have visited many 3D printing trade shows before, in comparison, the biggest impression for me was the atmosphere. The SMRRF had such a friendly atmosphere that the festival felt like one big family. It was mind-blowing to see so many awesome creators and niche influencers in one place.

The image above is just a tiny part of all the creations that were on display at SMRRF. It is possible to see more creations by following the hashtags: #smrrf or #smrrf2023.

As writing and images are greatly limited in portraying what it feels like to be at SMRRF, I would recommend watching a short live stream by Alan and Mikoláš from Prusa 3D. It is impressive how they roam and feature creators and technology. It was also funny how Joel crashed their interview and highly praised Natalie 3DPrintBunny.

Death Racers by Sam Prentice

Apart from traditional fun – chatting with creators at their booths, Sam Prentice entertained the crowd with his Death Racers show. Death Racers are 3D printable robots that not just race but fight each other – obviously to the ‘death’. The atmosphere was very friendly, and Sam is a great showman. I still cannot believe how some of these robots managed to get to 3 rounds, as each round was total carnage, with robots losing their heads and other parts.

SMF Auction – by Joel Telling

If the first SMF Auction took place in June 2022 and was live-streamed on Jumblebee, raising £32,618, then this year’s auction, led by Joel Telling, was organized directly in one of the SMRRF halls and raised £21,130. It was interesting to take part in such an auction as the items are unique, signed, and even awarded by original creators. My first attempt to bid for the Commemorative T-shirt by Print City didn’t work as the bidding queue jumped and I accidentally missed the bid. I will try better next time!

Charity Stream by Grant from 3D Musketeers

Another charity stream event that generated more than $6000 via JustGiving was organized by Grant from 3D Musketeers. Namely, Grant offered to cut his hair during the livestream. It was super easy to participate in such an event by donating any amount. Grant became a celebrity of the SMRRF as so many people took selfies and group pictures with him.

– SMF. The Sanjay Mortimer Foundation (SMF) is a non-profit initiative to find and assist those with neurodivergent minds to realise their potential through the field of engineering. It is possible to donate at any time via the SMF Official Website.

– E3D. And on a final note, we must mention and thank the magnificent E3D team for all the effort they put into organizing such an awesome event!

SMRRF 2023 Conclusion

It was pleasant to see that SMRRF was a success, and according to sources, the inaugural event generated approximately £55k in profits. The next event should take place next year. According to the organizers, 1,187 visitors attended the festival, and a significant amount of donations were made for a good cause. As I had never visited trade shows in such a format before, this was a remarkable experience.

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