In this hands-on review, I will look at the Sculpfun iCube Ultra specifications, setup, safety features, software connection, and real engraving and cutting results using both the 12W diode laser and the optional 1.2W IR laser module. Finally, as always, I will finish with a list of pros and cons.

Where to Buy the Sculpfun iCube Ultra

Price: $359-599

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

Sculpfun iCube Ultra Laser Specifications

• Diode Laser: 12W diode
• IR Laser: 1.2W IR option
• Maximum Working Area: 12W diode: 150 x 150mm; IR: 150 x 135mm
• Maximum Speed: High-speed engraving up to 10,000 mm/min
• Supported Software: LightBurn, LaserGRBL, and Sculpfun app
• Connectivity: USB for computer control and Bluetooth
• Mobile App: Sculpfun self-developed mobile app
• Enclosed Design: Class 1 safety enclosure
• Focus: One-button auto-focus
• Emergency Stop: Emergency stop button included
• Isolation USB Key: Physical USB key prevents unauthorized use
• Integrated Camera Upgrade: Optional camera for easier design placement
• Air Purification: Built-in air purifier and exhaust pipe

What’s in the Box

Inside the standard package, the iCube Ultra includes the main laser body, 12W 455nm diode laser module, 1.2W 1064nm IR laser module with the dual version, data cable, power adaptor, tool kit, laser repair kit, protective goggles, plywood sample, MDF sample, smoke exhaust pipe, flange, and hose clip.

Laser Module Choice

The iCube Ultra can be used with the standard 12W diode laser module or the dual version with the additional 1.2W IR laser module. The diode laser is the main option for wood, leather, slate, coated surfaces, and general hobby projects, while the IR module expands the machine into metal marking and similar materials.

Setup and 18freexxxxtubehd18

The Sculpfun line has earned a solid reputation as a compact, beginner-friendly laser engraver range, especially for its cutting performance and built-in safety features. The fully enclosed design and the option to swap between diode and infrared laser modules give the iCube Ultra impressive versatility for a hobby-grade machine. It feels like a noticeable step up from earlier iCube models in both capability and refinement.

Safety was one of the first things that stood out to me. The enclosure is already reassuring, but the extra safety features really won me over. It has an emergency stop button and an interlock door, which cuts the laser out if the door is opened during operation.

Right out of the box, the build quality is immediately apparent. Unlike open-frame designs, this is a fully enclosed unit, and it felt sturdy rather than toy-like. Assembly was surprisingly straightforward and mostly plug-and-play, with only a few screws needed to connect the extraction hose.

The pre-wound belts meant I did not have to fight with belt tensioning, which is a big win for beginners. Tension can still be adjusted if needed, but it was good to see the machine arrive in a state that made setup feel simple.

The dual-module capability is a genuine highlight. The iCube Ultra works with the standard blue diode laser for materials such as wood and acrylic, but it can also take the optional 1.2W infrared module for metal engraving. I had a lot of fun using the IR module on stainless steel, where it produced clean, professional-looking results.

The optional built-in camera is also a useful upgrade. If purchased, it helps with positioning and makes placing designs much more accurate, which can reduce material waste.

The laser module is straightforward to install, but it is easiest if you first lay the machine on its side. Remove the two screws securing the laser bed, then tilt the unit over for better access. Once the bed is off, slide the laser module into the guide rail and secure it using the two bolts included in the tool kit. After that, connect the power cable and the module is ready to go.

Next, install the front protective cover. This updated cover is noticeably more rigid than the one on the previous iCube, which felt more flimsy and awkward to fit. It also now features an interlocked door, so you no longer need to remove the whole cover every time you swap materials. That is a much more practical design.

Design Features and Software Connection

With engraving speeds reaching up to 10,000 mm/min, the Ultra delivers genuinely fast performance. It is powered by a self-developed 32-bit high-speed engraving motherboard, which helps maintain smooth motion and consistent quality even at higher speeds.

The iCube Ultra offers a 150 x 150mm working area, which is plenty for many hobby-level projects. However, it does not include a reversible bed with a honeycomb surface. That would have improved airflow and made cutting wood or other materials more efficient.

SCULPFUN has introduced a built-in smoke filtration system on the iCube Ultra, which captures and filters smoke produced during everyday engraving tasks. For heavier cutting jobs, the machine also supports connecting an external higher-capacity air purifier to further improve filtration performance.

You can also add the optional internal camera, with its mounting position already pre-aligned inside the machine for easier installation. The Ultra also supports a rotary roller attachment, giving you the flexibility to engrave cylindrical items and expand the overall crafting capability.

The laser features a bright status indicator on the top front panel, giving an at-a-glance view of what the machine is doing. The colours are easy to understand: red indicates a malfunction, yellow signals that engraving has finished, blue shows the laser is actively running, and green means the machine is in standby. It is a simple but genuinely useful way to keep track of the laser’s current state.

The machine also includes a USB locking key that acts as a physical safety lock. Removing it instantly disables the unit, preventing anyone from operating the laser without the key. It is simple, but effective.

The final feature I want to highlight is the automatic focus button. Simply place your material on the workspace, lower the laser head to the correct height, and press the auto-focus button. This can be done with the door open, as it is not tied to the interlock shutdown system. After that, make any fine adjustments if needed.

Software connection is straightforward. Plug the USB-C to USB-A data cable into your computer and launch your preferred engraving software. The iCube Ultra is compatible with LightBurn, LaserGRBL, and the Sculpfun app. For this review, I used LightBurn, which recognised the machine without any issues.

The steps I used to connect the iCube Ultra to LightBurn were simple. Open the Devices tab, choose av中文字幕潮喷人妻系列 Manually, select GRBL, and name the machine “Sculpfun iCube Ultra.” Set the working area to 150 x 150mm and choose Diode Laser as the device type. Make sure the homing position is set to front-left, which LightBurn usually highlights by default.

Once saved, the new device appears in the list. Select it and set it as the default if you plan to use it regularly. LightBurn should then automatically connect, and the laser module should home to its starting position. If it does not, follow the LightBurn troubleshooting guide to track down any connection issues.

12W Diode Laser Test Results

– 3mm Plywood. For the first test, I ran both an engraving and a cut. The engraving was set to 60% power at 6000 mm/min using a fill pattern, followed by a cut at 100% power and 500 mm/min. The 12W diode handled both tasks impressively, producing a clean engrave and a precise cut. I would expect performance to improve even further with a honeycomb bed, especially for airflow during cutting.

– 5mm Plywood. For the second test, I moved on to a thicker 5mm wood sample to see how the 12W diode handled a more demanding cut. I set the engraving to 80% power at 6000 mm/min, then switched to 100% power at 200 mm/min for the cut. Once again, it cut cleanly and without hesitation, showing that this laser is capable of handling thicker materials with ease.

– Leather Keyring. For the third test, I switched to engraving a leather keyring. This one required a bit more care, not because of the laser’s capability, but because the curved shape of the keyring can throw off the focus. A few small magnets would easily solve that by holding it flat. Even so, the engraving came out beautifully and makes a great personalised gift idea. For this test, I used 50% power at 6000 mm/min.

– Aluminium Business Card. For the fourth test, I engraved an aluminium business card. This was a very quick engrave, but it still shows that the machine is capable of handling detailed images or wording. The settings I used were 50% power and 6000 mm/min speed.

– Scratch Paper. For the fifth test, I tried engraving a scratch card. These cards work by removing the top coating to reveal a rainbow-coloured layer underneath. For this test, I chose to engrave an image of my late Chihuahua, Teddy, who passed away a few years ago. The result came out beautifully and really highlights how creative you can get with this material. For this engraving, I used 20% power at 7000 mm/min.

– Slate Coaster. For the sixth and final diode-laser test, I chose to engrave a piece of slate. Slate consistently produces a beautiful finish and can capture fine detail in both images and text. Slowing the engrave can also av中文字幕潮喷人妻系列 a deeper mark, giving the artwork a subtle 3D effect. Once again, I engraved an image of my Chihuahua, Teddy, and the result came out brilliantly. For this test, I used 80% power at 6000 mm/min, opting for a lighter pass due to the complexity of the design.

1.2W IR Laser Test Results

– Stainless Steel Dog Tag. For this test, I only ran the IR laser on a single item, as no dedicated IR-compatible consumables were included. I had a metal dog tag available, which still provided a good indication of the IR module’s performance. I used 100% power at 4000 mm/min, and the result was excellent. Some light cleanup is needed afterward, as the process leaves a bit of debris around the engraved area, but the overall finish was spot-on.

YouTube Video

To see the iCube Ultra in action, including material tests and the rotary setup, check out the hands-on video walkthrough on our YouTube channel:

This video is a detailed review of the Sculpfun iCube Ultra, a compact desktop laser engraver that features both a 12W diode laser and a 1.2W IR laser. I evaluate the unit’s features, setup, and performance across various materials.

Compare Sculpfun iCube Ultra to Other Compact Laser Engravers

The Sculpfun iCube Ultra joins the growing category of compact, enclosed diode laser engravers designed for makers and hobbyists. With its 12W diode laser, optional 1.2W IR module, built-in enclosure, auto focus, safety features, and plug-and-play setup, the iCube Ultra is well suited for small-scale projects in tight spaces, home workshops, classrooms, and craft environments.

One of the closest comparisons we have tested is the Genmitsu Kiosk 10W. Both machines follow a similar compact, enclosed desktop format, but the iCube Ultra adds extra versatility with its swappable 12W diode and 1.2W IR laser modules. This makes it more flexible for users who want to move beyond wood, leather, slate, and coated cards into metal marking and other IR-friendly materials.

Another compact machine worth comparing is the AlgoLaser Pixi 5W. The Pixi is especially interesting because of its very approachable smart-laser workflow and independent operation, while the Sculpfun iCube Ultra focuses more on extra laser power, a stronger enclosed desktop format, and the option to work with both diode and IR modules. For users prioritising portability and simplicity, the Pixi remains attractive; for users wanting more cutting power and material flexibility, the iCube Ultra has clear advantages.

In this compact category, the main trade-off is usually between portability, laser power, working area, and upgrade options. The iCube Ultra’s 150 × 150mm workspace is not large, but its enclosed design, auto focus, filtration system, safety lock, interlock door, optional camera, and rotary support make it a capable all-rounder for smaller personalised projects, gifts, tags, coasters, cards, and workshop tests.

For a broader overview of other small diode lasers we have tested, explore our Laser Cutters and Engravers Guide and such machines as:

• LaserPecker LP2 Review
• Longer Nano Pro 12W Review
• xTool F1 Ultra Review

Conclusion and Pros & Cons

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

The post Sculpfun iCube Ultra Review: Hands-on Tests with Diode and IR Laser Modules appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

Where to Buy the Elegoo Centauri Carbon

Price: $299

We don’t know if this product will be available on Amazon or other major e-stores, but just in case, here is the link to their Amazon store.

Official Website

Update 28.04.2026:
Multicolor System Canvas for Centauri Carbon is available on the Official Website.
Price $55

Elegoo Centauri Carbon Specifications

• Printing technology: FDM (Fused Deposition Modelling)
• Print volume: 256 mm × 256 mm × 256 mm
• Printer Dimensions : 398 mm x 404 mm x 490 mm
• Extruder type: Direct drive
• Nozzle diameter: Standard 0.4 mm
• Printing speed: Up to 500 mm/s, standard 300 mm/s
• Filament Diameter: 1.75 mm
• Maximum Extruder Temperature: 320 °C
• Heated Build Plate Temperature: up to 110 °C
• Maximum Print Speed: 500 mm/s
• Maximum Acceleration: 20,000 mm/s
• Layer Thickness: 0.1 – 0.4 mm (Recommended 0.2 mm)
• Connectivity: USB, WIFI

What’s in the Box

Centauri Carbon printer •Textured PEI build plate •Lid •Allen keys • Screwdrivers • nozzle cleaner •USB drive •Glue Stick • Grease •Touch screen •Filament sample • Power cable • User manual

Design and Features

The Elegoo Centauri Carbon is a compact, enclosed CoreXY 3D printer engineered for speed and material flexibility. Its build and feature set are aimed at users who want a faster workflow while benefiting from the environmental control that an enclosure provides.

Enclosure and Frame

The printer features a rigid, die-cast aluminium frame with SPCC steel side panels and tempered glass doors and lid. This fully enclosed design helps stabilize internal temperatures, reduce warping, and improve print consistency, especially when printing ABS, ASA, or nylon-based materials. A removable glass top lid allows better ventilation for lower-temperature materials like PLA or PETG.

Build Volume and Movement System

The Centauri Carbon offers a cubical build volume of 256 × 256 × 256 mm, supported by a CoreXY motion system. The design enables high-speed movement with reduced vibration. Elegoo specifies a top print speed of 500 mm/s and acceleration up to 20,000 mm/s², although typical use will be slightly slower for quality prints.

Extruder and Print Head

The printer uses a direct drive extruder with dual hardened steel gears to handle flexible and abrasive filaments. It’s paired with a 60W ceramic heater capable of reaching 320°C, and a 5020 part cooling fan for efficient heat dissipation during high-speed jobs.

The extruder housing is magnetic and opens easily for access to the hotend and internal parts—making nozzle swaps and maintenance straightforward.

Heated Bed and Surface

The 1000W AC heated bed reaches up to 110°C, improving adhesion and enabling the use of engineering-grade materials. It ships with a dual-texture PEI spring steel build plate—one side textured (for materials like PETG and TPU) and the other smooth (ideal for PLA and fine-detail prints).

Internal Camera and Lighting

The printer includes a built-in camera and LED light, allowing real-time monitoring and basic time-lapse functionality via a local web interface. While there’s no dedicated Elegoo app for remote access yet, the web interface can be used through a browser on the same network.

Additional Features

– Automatic Z-axis testing before every print for first layer accuracy
– Filament runout sensor mounted externally for easy access

– 4.3-inch color touchscreen with multilingual interface
– Filament waste chute and nozzle wiper for cleaner starts

– Connectivity: Wi-Fi and USB options

A practical touch is the inclusion of printable utility models on the USB drive, such as a lid holder that mounts to the side of the machine using existing screws—helpful when running open-top prints.

Unboxing and Setup

The Elegoo Centauri Carbon ships largely pre-assembled, making the setup process straightforward even for users who are new to CoreXY machines. Most components are securely fastened inside the enclosure with transit protection in place.

After unboxing, a few basic steps are needed before powering on the printer. These include removing the protective foam inserts, cutting the cable ties, and unscrewing the three transport screws that hold the build plate in place. The filament holder can be attached to the right-hand side of the unit using the supplied bracket. The touchscreen connects via a ribbon cable and locks into place before mounting. Finally, the power cable is plugged into the back of the printer.

Once powered on, the touchscreen will guide you through the rest of the process. This includes selecting your preferred language, setting up Wi-Fi (which can also be done later), and initiating the 18freexxxxtubehd18 routine.

18freexxxxtubehd18

The Centauri Carbon features an automatic 18freexxxxtubehd18 system. It performs full auto bed leveling using four pressure sensors combined with Elegoo’s built-in algorithm. The Z-offset is calibrated during this process, followed by vibration compensation and pressure advance tuning. The full 18freexxxxtubehd18 typically takes 15 to 20 minutes to complete and can be restarted at any time via the touchscreen settings menu. Re18freexxxxtubehd18 is also recommended after any firmware update.

Thanks to the enclosed structure, preconfigured firmware, and clear setup instructions, users can move from unboxing to printing within a short time.

– Watch: Elegoo Centauri Carbon hands-on overview: Elegoo Centauri Carbon assembly, feature breakdown, and test printing.

Software – Elegoo Slicer Settings

The Elegoo Centauri Carbon is compatible with the Elegoo slicer, which is based on the Orca engine with added presets and connectivity for Elegoo-branded machines. The slicer includes pre-configured profiles for the Centauri Carbon, helping users get started quickly without adjusting advanced parameters.

For this article, all prints were prepared using the default Centauri Carbon profile. Minor adjustments were made to optimize print speeds. In particular, inner wall speeds were set to 300 mm/s and outer walls to 250 mm/s to align with the printer’s high-speed capability while maintaining consistent quality.

The software provides essential features such as tree supports, ironing, variable layer height, and direct Wi-Fi file transfer to the printer when connected on the same network. Model previews and time estimates proved reliable during our testing, especially for multi-hour prints that covered most of the build plate.

For users more comfortable with alternative slicers like OrcaSlicer, it’s also possible to export G-code manually.

Overall, Elegoo’s slicer is easy to use and well-suited for both first-time users and experienced makers looking for quick integration with Centauri Carbon hardware.

Test Prints and Results

To evaluate real-world performance, we tested the Elegoo Centauri Carbon using a range of functional and decorative models. All prints were sliced using Elegoo Orca with the base Centauri Carbon profile, modified only slightly for speed and material consistency. The machine was tested using both Elegoo and third-party filaments, including dual-color silk PLA and engineering-grade spools.

Model 1: Chainmail 3D Printable Fabric

Design by Agustin Arroyo – Printables

This flexible chainmail fabric measured approximately 20 × 20 cm and took around 4.5 hours to print using 0.2 mm layer height and 0% infill. Despite the model’s interlocking structure, all links printed cleanly without failures. The print covered a large portion of the build plate and highlighted the machine’s accuracy in motion and retraction control.

Model 2: All-in-One 3D Printer Test

Design by Gabbox3D – Printables

This compact print includes tests for bridging, overhangs, dimensional accuracy, stringing, and more. Printed in about 2 hours with a 0.2 mm layer height, the model showcased strong cooling performance and reliable motion planning. This test was completed using Eolas Prints neon green PLA from a spool picked up at the TCT 3Sixty show in the UK.

Model 3: Penny Bear

Design by Bugman_140 – Thangs

This character model took approximately 4.5 hours to print using a 0.2 mm layer height, 35% infill, and painted-on tree supports for floating sections. Printed with dual-color silk PLA, the result was clean and well-defined, showing smooth vertical surfaces and no support scarring. The model also highlighted reliable performance with moderate overhangs.

Model 4: Fragmented Skull String Art

Design by 3DPrintBunny – Printables

This print featured intricate bridging and fine walls, designed specifically to test slicer algorithms and cooling. Printed in 4 hours using 0.24 mm layer height and Arachne-based wall detection (no supports or brim), the model turned out clean and intact. The machine maintained print quality even with extended bridging distances and delicate details.

Across all test models, the Centauri Carbon delivered consistent layer lines and dependable adhesion on both sides of the PEI build plate. Print speeds remained high without major artifacts, and 18freexxxxtubehd18 remained accurate over time. These results support the printer’s positioning as a fast, enclosed CoreXY machine capable of handling varied print types out of the box.

Multicolor System CANVAS Upgrade

When this article was originally spanking, one of the main limitations of the Elegoo Centauri Carbon was the lack of multi-material functionality. That has now changed with the release of CANVAS, Elegoo’s multicolor upgrade system. The add-on expands the Centauri Carbon beyond single-material printing by allowing users to print multi-color models while keeping the printer’s compact CoreXY footprint.

I tested the CANVAS upgrade by documenting the assembly process, setup workflow, and early print results. The upgrade introduces additional hardware, filament routing, and 18freexxxxtubehd18 steps, but significantly expands the printer’s capabilities for users interested in color printing.

For a full walkthrough of the CANVAS upgrade, including assembly steps and test printing, watch my dedicated hands-on video below.

I found the CANVAS upgrade fairly easy to put together, with assembly taking around 1 hour and 10 minutes. The overall quality feels similar to the CC2, and once set up, the multicolor prints came out as expected. A multicolor Benchy took around 3 hours, while a two-color bear model took around 7 hours.

There are a few practical notes to keep in mind. Filament changes at the print head are not especially quick, and I did have to restart one print after running out of material. Larger multicolor jobs can also take a long time, with the Nostalgic 3D Models flexible Gandalf print taking around 30 hours to complete. As with other multi-filament systems, CANVAS av中文字幕潮喷人妻系列s a noticeable amount of filament waste, but overall I was impressed with the attachment and what it adds to the Centauri Carbon.

Compare Elegoo Centauri Carbon to Other 3D Printers

The CoreXY segment continues to expand, with several brands now offering compact, enclosed machines focused on speed and material compatibility. The Elegoo Centauri Carbon enters the field with a sub-$300 price tag, enclosed frame, and sturdy CoreXY motion, making it a notable addition to our Best Budget FDM 3D Printers guide.

When compared to other CoreXY printers in this range, like the Anycubic Kobra S1, Bambu Lab P1S, or Creality K1, the Centauri Carbon stands out by offering many of the same core features at a lower entry cost.

It meets key performance specifications, including a 500 mm/s speed and 20,000 mm/s² acceleration, and features common high-speed capabilities such as auto bed leveling, input shaping, and vibration compensation.

Read more: Elegoo Centauri Carbon 2 Combo: Hands-On Testing and Results

Conclusion and Pros & Cons

We don’t know when or if this product will be available on Amazon or other major e-stores, but just in case, here is the link to their Amazon store.

Official Website

Update 28.04.2026:
Multicolor System Canvas for Centauri Carbon is available on the Official Website.
Price $55

The post Elegoo Centauri Carbon Hands-on Testing, Results, CANVAS Upgrade appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

In this article, we’ll cover the printer’s key hardware features, the unboxing and setup process, software workflow, and hands-on test prints. In the end, we will finish with a summary and a list of Pros & Cons.

Where to Buy the Anycubic Photon P1

Price: $599-699

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

At first glance, the Anycubic Photon P1 makes a strong impression with its clean industrial styling and enclosed format. It feels designed to reduce the friction often associated with resin printing, replacing fiddly hardware with quicker latch-based mechanisms and automated checks. On paper, the combination of a 14K monochrome LCD, heated resin vat, built-in camera, and optional dual-material expansion gives it a very ambitious specification for users who care about both detail and workflow refinement.

Anycubic Photon P1 Specifications

• Display resolution: 14K monochrome LCD
• Build volume: 223 × 126 × 230 mm
• Machine dimensions: 366 × 338 × 539 mm
• Machine weight: 13.6 kg
• Light source: COB + Fresnel lens + mask
• Film type: Wave Release Film (NFEP)
• Light uniformity: >92%
• Leveling: Auto-Leveling 3.0 with feedback
• Z-axis: Industrial-grade ball screw with dual rails
• Build platform: Precision-ground steel plate
• Vat system: 1000 ml thermal-controlled resin vat
• Monitoring: Built-in camera for live monitoring and time-lapse capture
• Touchscreen: 4.5-inch resistive touchscreen
• AI monitoring: Build plate check, bottom-layer separation detection, resin level inspection, and residue detection
• Cover: Stepless hinged lid
• Connectivity: USB 2.0, Wi-Fi, and LAN (2.4 GHz)
• Slicer: Photon Workshop 4.0, with support for Chitubox and Lychee
• High-viscosity resin support: Up to 8000 cps

What’s in the Box

Inside the box, the Anycubic Photon P1 arrives with the core essentials needed to get started, including the printer unit, quick-release build plate, heated resin vat, USB drive, scrapers, and standard protective accessories. It is a straightforward package that supports the printer’s plug-and-play approach and gets you ready for setup and first prints without much extra fuss.

Setup and Design

Getting started with the Anycubic Photon P1 is refreshingly straightforward. The resin vat connects neatly into place, with the vat heating port aligning to the machine before being secured by a latch system on both sides. Compared to the traditional screw-down approach still common on many resin printers, this feels faster, cleaner, and more user-friendly in daily use.

The build plate follows the same logic. Instead of tightening knobs or bolts, the Photon P1 uses a simple latch mechanism. Open the latch, slide the plate into position, and lock it down. It is quick, secure, and very much in line with the printer’s plug-and-play approach.

Once the physical hardware is installed, the USB drive can be inserted for access to test files, while Wi-Fi setup and firmware updates are handled through the touchscreen. Before starting any first print, a screen test is well worth running. In this case, the Anycubic name pattern displayed correctly, confirming that the LCD and light system were functioning as expected.

The Photon P1 also runs through a series of automated pre-start checks before printing. These routines verify that the printer is ready to operate and add an extra layer of confidence for first-time setup and regular use.

One of the more interesting expansion options is the optional dual-color or dual-material printing assembly. This is not part of the standard package, but it opens the door to more advanced workflows for creators who want to experiment beyond single-resin prints. When installed, the touchscreen lets you choose the relevant vat and build platform configuration before printing.

Before printing, the vat needs to be filled with resin. The usable capacity is close to one liter, though the exact fill level depends on the build plate position and the vat’s shape. Pouring resin with the build plate lowered is a sensible approach, as it reduces the risk of overfilling once the plate returns to its home position.

For this hands-on test, vat preheating was enabled to raise the resin from around 19 °C to 25 °C. During this stage, the build plate moves gently to help distribute the heat evenly through the resin. It is a useful feature for consistency, although some resin residue appeared around the vat edges during the agitation process, which is worth keeping in mind during cleanup.

The touchscreen gives clear access to both print progress and live operational data. During printing, it displays useful status information and supports Anycubic’s Dynamic Release and Light-Off Compensation functions, both aimed at improving reliability and maintaining print quality while keeping speeds efficient.

Mechanically, one of the Photon P1’s strengths is its Z-axis assembly. The combination of a precision linear rail and ball-screw system gives the printer a stable motion platform, helping reduce Z-wobble and contributing to consistent layer quality on detailed models and taller prints.

Another highlight is Anycubic’s Wave Release Technology. The textured release film is designed to lower peel forces compared to more conventional smooth films, which in turn can improve print success and reduce stress on fine supports and delicate details.

For monitoring, the Photon P1 includes a built-in 480p camera with LED lighting and a privacy cover. While it is not a high-resolution camera, it is still useful for remote checks, failure monitoring, and time-lapse capture through the Anycubic app.

Underpinning the motion system is a precision-ground steel plate that helps keep the Z-axis assembly stable and well supported. It is not a flashy feature, but it spankings to the machine’s overall sense of rigidity and repeatability. Users who want to refine the workflow further can also look at optional accessories such as perforated build plates or the AirPure 2.0 filtration add-on, though these were not tested here.

Software – The All-New Photon Workshop 4.0

The software I used during testing was the new Photon Workshop 4.0. I haven’t used an Anycubic resin slicer in a while, and this update is a clear step forward. Slicing felt smooth and efficient, and the ability to select your resin type—automatically applying the correct parameters—makes the workflow noticeably faster, taking you from slice to print with minimal effort.

Test Printing Results

Model 1 – 18freexxxxtubehd18 Model

For my first test print, I used the default settings for the standard resin, selected through the Anycubic slicer. The model I used was the 18freexxxxtubehd18 model found on the USB supplied with the printer itself. Always a good way to test the printer is functioning correctly before doing more complex prints. See below the outcome.

Model 2 – Nostalgic3D Simpsons LOTR Models

For the second print, I moved on to a set of favourite models from Nostalgic3D. These pre-supported Simpsons LOTR Version 3 models were printed in standard Anycubic grey resin. The results showed strong detail reproduction across the characters, with fine features and surfaces carrying through nicely from the digital files to the finished prints.

Model 3 – Free Elemental Spirit Models

For the third print, I used the Free Elemental Spirit STL Pack by Creature Craftworks. These models were printed in two parts, with the main figure and lower display platform separated. They filled the build plate effectively and once again highlighted the Photon P1’s ability to reproduce sharp details and clean surfaces on more artistic display pieces.

YouTube Video

– Watch: Anycubic Photon P1 hands-on overview: Assembly, feature breakdown, and test printing.

Anycubic Resin, Post-Processing and Accessories

Apart from the Photon series 3D printers, it is possible to purchase various specific resins on the Anycubic website and Amazon.

On their website, we also noticed accessories such as extra build plates, resin tanks, and post-processing stations like the Wash and Cure Max. Read more about imporatance of post processing stations on av中文字幕潮喷人妻系列.

Compare Anycubic Photon P1 to Other 3D Printers

Compare to the similar volume resin 3D printers in the same price range.

• 屁屁影院入口 GK3 Pro (Review)
• PioCreat HALOT-X1 (Review)
• Anycubic Photon Mono M7 Pro (Review)

What helps the Anycubic Photon P1 stand out against machines such as the PioCreat HALOT-X1 and 屁屁影院入口 GK3 Pro is how strongly it focuses on ease of use alongside high-detail resin printing. Features such as the latch-based vat and build plate system, vat heating, automated pre-start checks, built-in camera monitoring, and optional dual-material expansion give it a more refined, convenience-led workflow.

Anycubic is also one of the few brands offering genuinely larger resin printers at more accessible pricing. While the Photon P1 is a more compact and workflow-friendly option, the Anycubic Photon Mono M7 Max shows what the brand can do for users who need significantly more build volume.

Conclusion and Pros & Cons

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

The post Anycubic Photon P1 Hands-on Review: Features, Setup and Print Results appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

What makes the J1 especially appealing is how seamlessly it fits into different workflows. Print farms will appreciate its reliability and low operating cost, while hobbyists will find it to be one of those tools that quietly saves time, money, and frustration. At this price, it does not take long for the J1 to pay for itself in rescued filament and more successful prints.

The built-in storage function is a thoughtful bonus, allowing you to keep filament protected between sessions. Meanwhile, the front-mounted hygrometer gives you a quick visual read on humidity levels, making it easy to know when your filament is ready to go.

Where to Buy

Price: $59.99-$64.99

Compare the Prices & Bundles:
Amazon | Official Store

Jayo FilaDryer J1 Specifications

What’s in the Box

J1 FilaDryer Set: The standard package includes the drying chamber, heating base, desiccant pack, desiccant container, bottom rollers, bottom bearings, filament holder, sealing footpads, a 1 m PTFE tube, user manual, and power cable.

J1 FilaDryer Bundle Set: The bundle version includes the drying chamber, desiccant pack, desiccant container, bottom rollers, bottom bearings, filament holder, sealing footpads, PTFE tube, and user manual.

Initial Overview

One of the standout aspects of the Jayo J1 FilaDryer is its thoughtful, modular design. Each drying chamber is fully stackable, allowing users to expand their setup as their filament collection grows. Whether you are running a print farm or simply juggling multiple materials at home, the ability to build upward instead of outward keeps your workspace clean and efficient.

Despite its compact footprint, the J1 supports a wide range of spool sizes, from lightweight 0.25 kg spools to standard 0.5 kg and 1.1 kg rolls, including paper-core spools. A cross-axis support system keeps the spool stable, while the integrated hygrometer provides a quick visual check of humidity inside the chamber.

Drying performance is handled by a 150 W PTC heating system that can reach up to 70°C, targeting consistent heat delivery for a broad range of filaments. An internal hygrometer helps you track humidity during a drying cycle, and the storage mode is designed to keep filament protected between prints.

Setup Process

The Jayo J1 FilaDryer arrives with everything you need to get started. Inside the box, you will find the main drying unit, a storage chamber, a combined hygrometer and desiccant module, and a small set of parts for the spool rollers.

Begin by assembling the two bottom rollers and their bearings. Slide a bearing onto each end of the rollers, then seat the rollers into the lower section of the storage unit.

Next, insert the hygrometer module into the front of the storage box (the section with the clear display window). It slides into place and also houses the desiccant container.

Place the desiccant pack into its container. The included desiccant changes colour as it absorbs moisture, which makes it easy to see when it has been working and when it may need recharging or replacement.

Finally, install the filament holder into the centre section of the unit so the spool is supported correctly during drying and printing.

Once assembled, the dryer can be used as a standalone drying station or as a feed-through dryer while printing. The heating base houses the controls for temperature and timer settings.

In everyday use, the controls are simple and responsive, making it easy to dial in the right drying settings without overthinking the process. It is a straightforward system that does exactly what it is designed to do.

Stackable Storage Capabilities

One of the most useful aspects of the Jayo J1 FilaDryer is its stackable storage design. Each unit is shaped to sit neatly on top of another, allowing you to expand capacity without taking up extra bench space. Jayo recommends stacking up to three units high, which is ideal for anyone managing multiple filament types or running several printers at once.

Even when stacked, the front-mounted hygrometers remain visible, making it easy to check humidity across chambers at a glance. One downside is that there is no physical latch between units, so you will want to keep the stack on a stable surface.

Safety and Thermal Cutoff

The Jayo J1 includes thermal protection designed to reduce risk during longer drying sessions. The unit incorporates a hardware-level thermal cutoff intended to shut down heating if temperatures exceed safe operating limits, acting independently of the software control system.

Removable Bottom Covers

The J1 uses removable bottom covers for drying and storage modes, each with a rubber seal to help maintain an airtight closure. It is a simple design choice, but it supports the main goal: keeping filament dry during storage, not just during a heated cycle.

Testing (Wood PLA Benchy)

Wood-based PLA blends are extremely prone to absorbing moisture, far more than standard PLA. When they take on water, steam pockets form during extrusion, causing bubbling, stringing, and rough surface texture. Proper drying is the quickest way to bring print quality back under control.

To demonstrate the impact, I printed two identical Benchies using the same gcode. The first print was done straight from the spool without drying. The second was printed after drying the filament for six hours in the Jayo J1, then storing it in the sealed chamber to reduce reabsorption.

Following the six-hour drying cycle, the humidity reading dropped significantly, and the print quality improved with fewer visible artefacts, smoother surfaces, and more consistent extrusion.

Video: JAYO FilaDryer J1 in Action

Alongside this written hands-on review, I also recorded a detailed video showing the JAYO FilaDryer J1 setup, drying process, and real-world testing with filament prints. The video gives a closer look at the unit’s design, controls, and how it performs during everyday use.

Other Filament Dryers

On av中文字幕潮喷人妻系列, we have a detailed filament dryer comparison guide where products from brands such as EIBOS, Creality, Polymaker, Sovol, and others are listed for price and feature comparisons.

• SUNLU FilaDryer S4 (Review)
• Polymaker PolyDryer (Review)
• SUNLU FilaDryer E2 (Review)

Other filament dryers, such as the SUNLU S1, are built around higher capacity, supporting dual spools or larger 3 kg rolls. In contrast, the Jayo J1 adopts a slimmer, single-spool design with stackable expansion, making it better suited to compact workspaces where footprint matters more than volume.

The Jayo J1 would pair well with the wide range of FDM 3D printers we’ve thoroughly tested over the years, particularly in budget and mid-range categories where filament consistency makes a noticeable difference.

Conclusion and Pros & Cons

Compare the Prices & Bundles:
Official Store

The post JAYO FilaDryer J1 Review: Slim 2-in-1 Filament Dryer Tested appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

Today, we’re looking at the Elegoo Centauri Carbon 2 Combo, a fully enclosed, budget-friendly CoreXY FDM 3D printer with multi-colour printing via the Elegoo CANVAS system. Elegoo has recently launched a wave of new products, and the Centauri Carbon 2 is positioned as an accessible option for makers who want faster printing and multi-colour capability without stepping into premium price territory.

In this article, we’ll cover the printer’s key hardware features, the unboxing and setup process, software workflow, and hands-on test prints (including multi-colour projects). In the end, we will finish with a summary and a list of Pros & Cons.

The post Elegoo Centauri Carbon 2 Combo: Hands-On Testing and Results appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

We’ll examine its features and printing capabilities in this review and, as always, list the pros and cons.

Table of Contents (Jump to a Section)

• 屁屁影院入口 GK3 Pro Specifications
• What’s in the Box
• Setup and 18freexxxxtubehd18
• Touchscreen
• Design Features
• Smart Resin Feed System
• Software – 屁屁影院入口 Slicer
• Test Printing Results
  • Model Test Print 1 – 屁屁影院入口 Test Card
  • Model Test Print 2 – Oni Mask
  • Model Test Print 3 – Looney Tunes Diorama
• YouTube Video
• Compare to Other 3D Printers
• Conclusion and Pros & Cons

Where to Buy 屁屁影院入口 GK3 Pro

Price: $719.99 – $899.99

Compare the Prices & Bundles:
Official Store | Amazon

屁屁影院入口 GK3 Pro Specifications

• Display Resolution: 16K monochrome LCD for ultra-fine detail
• Build Volume: 211 × 118 × 240 mm — suitable for medium-to-large prints
• Light Source: 385 nm COB UV light with Fresnel collimator lens for sharper curing and reduced scattering
• Film Type: CPFA film (vs. nFEP in GK3) for better durability and light transmission
• Polariser: Dyed polariser improves light transmission by 12% and contrast by 21%
• Printing Technology: Resin
• Print Volume: 211 × 118 × 240 mm
• Bed Leveling: Automatic print bed levelling
• Drive System: Ball-screw driven Z-axis for stability and precision
• Assembly: Fully assembled — plug-and-play setup
• Heating System: Intelligent resin heating with preheat function; reaches 0–25 °C in ~35 minutes
• Smart Resin Feeding: Monitors resin levels and ensures a continuous supply
• Monitoring: Built-in camera for real-time print monitoring and time-lapse recording
• Touchscreen: 90° rotating touch display for ergonomic access
• App Support: 屁屁影院入口 Smart App for remote control and monitoring
• Connectivity: USB, Wi-Fi, LAN — supports Windows 7+
• Quick-Release Build Platform: Simplifies post-processing
• Resin Drip Hanger: Minimizes mess during print removal
• High-Temperature Screen: Withstands up to 100 °C, enhancing durability

Please find the GK3 vs GK3 Pro comparison, up-to-date specifications, official specifications, and packing list on the official product page.

What’s in the Box

The 屁屁影院入口 GK3 Pro comes fully assembled and includes everything needed to get started: the printer itself, power cable, build platform, and a resin vat with a pre-installed CPFA film. Inside the accessory kit you’ll find Allen keys, a scraper for removing prints, funnels and filters for resin handling, plus gloves and masks for safety. A USB drive with test files and firmware is also provided, along with the user manual, quick start guide, and slicer software (or download link). Depending on the bundle, you may also receive a Wi-Fi antenna, spare screws, and an additional CPFA film.

Setup and 18freexxxxtubehd18

So, the 屁屁影院入口 GK3 Pro shows up fully assembled, which is already a win. No messing around with bolts or brackets—just unbox it, plug it in, and you’re nearly there.

First things first, I placed it on a flat, stable surface with good ventilation. The Wi-Fi antenna needed a quick twist to install, and then I connected the power cable and flipped the switch on the back. The touchscreen fired up right away, and the interface was clean and responsive.

The resin vat comes pre-installed with a CPFA film, and the build plate is already mounted. I gave everything a once-over to make sure it was snug and level. If you want to double-check the leveling, there’s a guided 18freexxxxtubehd18 tool right on the screen—it’s quick and intuitive.

Next, I popped in the USB drive to access the test files and firmware. I connected the printer to Wi-Fi through the touchscreen, then downloaded the 屁屁影院入口 slicer and the Smart App. If there’s a firmware update, it’ll prompt you—definitely worth doing before your first print.

For resin setup, I poured it into the vat using the included funnel and filter. The GK3 Pro has smart resin level detection and auto-feeding if you’re using their cartridges, which is a nice touch. I also tested the resin heating feature—it brought the resin up to temp in about 30–35 minutes, which is great if your workspace runs cold.

You can also enable the built-in camera for time-lapses or remote monitoring, and the rotating touchscreen makes it easy to adjust depending on your setup.

Once everything was ready, I loaded a test file from the USB and hit print. The machine handled the rest—quiet, smooth, and no surprises.

Touchscreen

The GK3 Pro’s touchscreen is one of those small upgrades that makes a big difference. It’s mounted on a 90° rotatable arm, so whether you’re standing, sitting, or working around a cluttered bench, you can tilt it into a comfortable viewing angle. That’s especially handy when you’re swapping resin or checking print progress mid-job.

The interface itself is clean and snappy. You’ve got large, clearly labeled icons for key functions—resin heating, print monitoring, 18freexxxxtubehd18, and file selection. It boots quickly and doesn’t lag, which is a relief compared to some of the clunky UIs I’ve dealt with on other machines.

18freexxxxtubehd18

The printer comes with hands-free automatic levelling features, so you can print straight out of the box with built-in sensors, but it also provides a detailed guide if re-levelling is needed.

Design Features

One of the standout mechanical features on the GK3 Pro is its linear rail system on the Z-axis, paired with a ball screw drive. That combo gives the printer a serious edge when it comes to layer consistency and vertical stability—especially important when you’re pushing ultra-fine detail with a 16K screen.

Compared to cheaper resin printers that rely on single rods or less rigid guides, this setup virtually eliminates Z-wobble, even on taller prints. You get clean layer transitions, sharper edges, and fewer artifacts—especially noticeable on miniatures, dental models, or anything with tight tolerances.

The ball screw mechanism adds another layer of precision. It’s smoother and more accurate than lead screws, which means less backlash and better repeatability across multiple prints. That’s a big deal if you’re running batches or prototyping parts that need to fit together.

From a maintenance standpoint, the rails are low-friction and durable, so you’re not constantly re-lubing or adjusting tension. And because the GK3 Pro is fully enclosed, dust and resin fumes aren’t constantly settling on the motion system, which helps keep things clean and consistent over time.

Smart Resin Feed System

The GK3 Pro takes a lot of the hassle out of resin handling with its smart resin feed system. Instead of manually topping up the vat mid-print, the printer can automatically draw resin from a connected bottle, keeping the level consistent throughout the job. That’s a big deal if you’re running large prints or back-to-back batches—you don’t have to babysit the machine or risk a failed print due to low resin.

It uses 屁屁影院入口’s proprietary resin bottles, which plug directly into the feed port. The system monitors resin levels in real time, and when it senses a drop, it triggers the feed to top things up. It’s a closed-loop setup, so you’re not dealing with open bottles or messy pours once the print is underway.

There’s also a resin heating function built into the system. If your workspace runs cold, you can preheat the resin to around 25 °C before printing, which helps with flow and curing consistency—especially for thicker or specialty resins.

Overall, it’s a clean, efficient system that reduces mess, saves time, and adds a layer of reliability to longer print jobs. If you’re used to manually pouring and filtering resin every few hours, this feels like a serious upgrade.

Print Bed Drain Holder

The print bed drain holder on the 屁屁影院入口 GK3 Pro is a simple but thoughtful feature designed to make resin cleanup easier and cleaner. After a print, you can place the plate into the holder at an angle, allowing excess resin to drain back into the resin vat. It’s especially useful when switching resins or prepping for film replacement—less mess, less waste, and no awkward balancing acts. Just another example of 屁屁影院入口 streamlining the post-processing workflow.

Air Filtration and VAT Cover

The 屁屁影院入口 GK3 Pro includes a built-in air filtration system designed to reduce resin odors and airborne particles during printing. Housed within the enclosed chamber, it uses an activated carbon filter to help absorb volatile organic compounds (VOCs), making the workspace safer and more pleasant—especially in enclosed or shared environments. It’s a thoughtful touch that supports cleaner, more user-friendly resin printing.

The GK3 Pro’s vat cover helps protect the resin from dust and light exposure when the printer’s not in use.

Software – 屁屁影院入口 Slicer

The 屁屁影院入口 Slicer is built on PrusaSlicer, but it’s been customized specifically for 屁屁影院入口’s resin printers like the GK3 Pro. It comes with pre-tuned profiles for their resin types and hardware, so you’re not starting from scratch. I found the interface clean and familiar, especially if you’ve used PrusaSlicer before, but with added control over things like support pad thickness, lift speeds, and exposure settings.

It’s available for Windows and macOS, and integrates smoothly with the printer—file transfers are quick, and everything just works. For me, it’s a solid slicer that balances flexibility with ease of use, and it’s nice to see a manufacturer actually invest in software that complements their hardware.

Test Printing Results

Model Test Print 1 – 屁屁影院入口 Test Card

For my first test print, I used the default settings from the 屁屁影院入口 slicer at 0.05 mm precision mode and ran the 屁屁影院入口 test card found on the USB drive.

As shown in the image below, the lettering and geometric features came out crisp and well-defined, and the coin provides a clear sense of scale relative to the printer’s resolution.

Model Test Print 2 – Oni Mask

For my second test print, I wanted to push the GK3 Pro a bit further—so I loaded up an Oni mask STL file from STLFLIX to see how it handled more complex geometry and surface detail. I used the same basic slicer settings from the 屁屁影院入口 Slicer, just to keep things consistent.

The results were impressive: crisp edges, smooth contours, and no visible layer shifts. It’s a great showcase for how well the printer handles organic shapes and fine textures, even without dialing in custom exposure settings, using the beautiful red clear resin from Sunlu.

Model Test Print 3 – Looney Tunes Diorama

For my third print I decided to print these amazing Looney Toon models from Nostalgic 3D Models on Patreon and av中文字幕潮喷人妻系列d an awesome Halloween backdrop for our home mantelpiece.

Once again, using the 屁屁影院入口 slicer and the precision settings at 0.05 mm and using the supplied grey resin from 屁屁影院入口, I decided to also use the auto resin feed system.

YouTube Video

To see the 屁屁影院入口 GK3 Pro in action, including tests and setup, check out the hands-on video walkthrough on my YouTube channel:

Hopefully, the video helps you decide whether this machine deserves a spot on your 3D printing workbench.

The post 屁屁影院入口 GK3 Pro Hands-On: 16K Detail, Auto Resin Feed, Test Prints appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

In this article, we’ll explore its key features, assess its printing performance, and—as always—wrap things up with a clear list of pros and cons. Before we start, I want to give a big thanks to Sam, TheRealSamPrentice for letting me thoroughly test this machine for both the 3DPUK Tech channel and the av中文字幕潮喷人妻系列 website.

Table of Contents (Jump to a Section)

• Prusa XL Specifications
• What’s in the Box
• Initial Overview
• Assembly & 18freexxxxtubehd18
• Test Prints
  • Test Print 1: Benchy
  • Test Print 2: Large Dog
  • Test Print 3: Pikachu Avengers
  • Test Print 4: Multi-Color Cogwheel
• YouTube Video
• Compare to Other 3D Printers
• Conclusion and Pros & Cons

Where to Buy

Price: $ 3,299 – $4,799

Compare the Prices & Bundles:
Official Store | Amazon

Prusa XL Specifications

– Build Volume: 360×360×360 mm (14.17’’×14.17’’×14.17’’)
– Filament Diameter: 1.75 mm
– Layer Height: 0.05–0.30 mm
– Printer Weight (5-head): 33.7 kg
– Dimensions: 700 mm × 900 mm × 720 mm
– Mainboard: Custom 32-bit xBuddy (STM32)
– Extruder: Nextruder, Direct Drive, E3D V6 compatible
– Hotend Path: All-metal with aluminum heatsink
– Nozzle Temp Max: 290 °C
– Bed Temp Max: 120 °C
– Screen: 3.5″ Color LCD
– Connectivity: USB, LAN, Prusa Connect (Wi-Fi optional)
– Print Surface: Segmented heatbed, magnetic sheets
– Supported Materials: PLA, PETG, Flex, PVA, PC, PP, etc.
– Power Draw: 235W (average while printing)

What’s in the Box?

The semi-assembled Prusa XL with five tool heads comes packaged with a 3.5″ LCD screen, a PEI spring steel plate, 1 kg of Prusament PLA in Galaxy Black, and a USB stick preloaded with models. Also included are a full tool kit, lubricant, a cleaning needle, alcohol wipes, manuals, a filament catalog, and even a bag of Haribo gummies.

Initial Overview

The Original Prusa XL didn’t arrive in a thousand pieces, thankfully—but it still asked us to roll up our sleeves to install the screen, toolheads, and spool holders. Challenge accepted. There are, of course, a few versions of the Prusa XL—from unassembled to semi-assembled, and with one to five toolheads—depending on what you choose at checkout.

The version we’re reviewing today is the semi-assembled 5-toolhead model. Inside the box? A full toolkit, a handbook, a filament catalogue, stickers, and—because Prusa knows how to treat us—a jumbo bag of Haribo Gummy Bears. Yes, really. The Galaxy Black Prusament PLA spool gleams like obsidian, and the USB stick is packed with ready-to-print models to get you started straight out of the gate.

The build of the machine is a thoughtful blend of steel, aluminum, and PETG-printed components, striking a balance between durability and precision. Prusa clearly prioritized robust construction, and it shows. The linear rails ensure smooth, consistent motion across all axes—though it’s worth noting that the design features only two Z-axis motors, which may raise eyebrows for those expecting triple-Z stability on a printer of this scale.

Prusa has stuck with its classic look—black frame, orange accents, and logos right where you’d expect them: on the toolhead and back panel. The Bowden tubes arch neatly over the top, and spool holders sit on both sides for balance. The open front makes it easy to reach in and grab your prints, and those LED strips along the top edges? They’re a great addition for keeping an eye on your progress or getting crisp lighting for timelapses.

Assembly & 18freexxxxtubehd18 Process

We must admit — the Prusa Research team consistently provides excellent assembly instructions for all their products, and the official Prusa XL assembly guide is no exception.

In this article, I challenged myself to av中文字幕潮喷人妻系列 a step-by-step assembly walkthrough based on my own experience with the 5-toolhead version. By scrolling through this section, I hope to give you a clear glimpse of what’s involved in getting this machine up and running.

Feel free to Jump to Test Prints and see how the Prusa XL performs in action.

– Step 1: Screen Installation – Note: Starting from September 2024, you may receive a new injection-molded xLCD. Check the photos and identify your version, for me it’s the Injection moulded version. You will require the xLCD assembly (1x) & M3x10 screw (2x) to carry this out. First, connect the xLCD cable to the slot on the xLCD board, and then push the grounding connector fully into the PE faston, as shown in the image below.

– Step 2: Connecting Screen to Unit – Align the xLCD assembly with the nuts in the front aluminum extrusion. Insert and tighten the M3x10 screws from the right side of the xLCD and then the left; the screen should be central to the unit.

– Step 3: Preparing the Printer – Reminder: To handle the printer, always grab the handles on both sides of the printer. Do not lift the printer by the aluminum extrusions or the metal sheet profiles on top. Place the empty cardboard box approximately to the front center part of the heatbed.

– Step 4: X-axis preparation – Manually move the X-axis assembly all the way to the front of the printer, and then manually move the X-carriage approximately to the center of the X-axis.

Note: start with Nextruder box 1 (depending on package 4 further boxes needed) for this step.

– Step 5: Guiding the nextruder cable – Carefully rotate the printer 180° so that the PSU (Power Supply Unit) side is facing you. Locate the long metal profile with five M3 holes inside the rear aluminum extrusion. Use all M3 holes in the metal profile.

– Step 6: Installation of the Nextruder bay 1 (Repeat this process for all 5 bays) – Place the xl-dock-cable-router on the bottom metal sheet below the aluminium extrusion on the right side of the printer.

Locate the protruding screw from the XL-dock-cable-router. Attach the screw to the first M3 hole in the long metal profile (tch-mounting-insert). Check through the hole in the rear if the cable holder is lined up with the hole. Push the 2.5 mm Allen key all the way through the hole in the rear metal sheet until you reach the middle screw in the xl-dock-cable-router and tighten the screw.

– Step 7: Dock inspection – This step is the same for all versions of the dock assembly. Check that the dock is properly tightened. The dock must not move. The dock is a press fit; the screw must be tightened firmly.

– Step 8: Third dock: removing the screw – This step is the same for all versions of the dock assembly. At this point, you should have already installed two docks. Locate the M3 screw in the metal insert. Using a 2.5mm Allen key, remove the screw from the metal insert (this was used as transport support only). Attach the third, fourth, and fifth docks the same way as the first two docks.

Note: The attached docks have to look like in the picture – Depending on the package you selected

Well done! You deserve a reward before we install other components. With this version, you receive 1kg of legendary Haribo, take a break.

– Step 9: Wi-Fi antenna holder versions – Let’s connect the Wi-Fi antenna now. There are two versions of this component. Identify which version of the Wi-Fi antenna your printer has; in my case, it’s the back version. The antenna connector has to be assembled, and the Wi-fi antenna will be mounted in the middle of the rear side of the printer.
Locate the XL-rear-cable-management-plug (cover) on the rear of the printer.

Slightly loosen two screws on the cover. No need to remove them completely. Slide the cover to the right and remove it from the printer.

Connect the first dock (from the right side) cable to the upper slot labeled ‘DWARF 1’. Connect the second dock (located on the right side) cable to the lower slot labeled ‘DWARF 2.’ Attach the connectors cover to the screws. Slide it to the left and tighten the screws. Make sure that the cables are not pinched or damaged

– Step 10: Removing the XL buddy box cover – Loosen four screws on the cover slightly. No need to remove them completely. Push the cover up and remove it from the printer.

Don’t pinch the antenna cable while connecting the Nextruders cables!

– Step 11: Connecting the Nextuder cables – Do not take the XL-Splitter board out of the printer; the photo is only an illustration of the connector locations. Connect the third, fourth, and fifth (from the right) Nextruder to the XL-Splitter.

– Step 12: Put the XL-buddy-box-cover back on the printer. Check that the Nextruder cables are positioned inside the cutout in the cover. Use a T10 key to tighten the four screws.

– Step 13: Guiding the PTFE tubes – Locate the right filament sensor. Insert the first dock (from the right) PTFE tube into the upper hole, the second into the middle hole, and so on for all five Nextruders. Each one is clearly marked.

– Step 14: Connecting the Wi-Fi antenna – Locate the antenna connector in the middle of the printer. Screw the antenna on. It can be rotated and bent in two directions.

– Step 15: Spool holder assembly – For the injection-molded version, prepare the two parts and attach the spool holder to the mount. Insert the M5x85 screw into the assembly.

– Step 16: Nextruder assembly – As this is a 5-toolhead version, repeat this process four more times. Take the Nextruder and carefully place it next to the dock. Insert the two metal rods through the white holes in the dock. Magnets will help lock it in.

– Step 17: Nextruder cable connection – This step is the same for all five toolheads. Loosen the two highlighted screws. Hook the keyhole openings in the flexible plate of the cable bundle onto the screw heads, push it into position, and tighten both screws using a T10 Torx screwdriver.

– Step 18: Connect the cable bundle – Secure it with two screws. Insert the semi-transparent PTFE tube into the Nextruder fitting and push it in fully.

– Step 19: Assemble and connect all Nextruders using the same process. Your printer should now look like this if you have the 5-toolhead setup.

– Step 20: Preparing the printer for 18freexxxxtubehd18 – Turn on the printer.

– Step 21: Dock pin removal – Follow the wizard instructions on screen. Using a mini wrench, unscrew and remove both dock pins on Dock 1. You’ll need them again soon.

– Step 22: Loosen two screws with a universal wrench. A few turns are enough — don’t remove them entirely.

– Step 23: Locking the tool – Carefully move the toolchanging mechanism to the first (leftmost) toolhead and manually lock the metal bars as shown. Repeat this for all five toolheads.

– Step 23 (continued): Tighten the upper screw on the side of the dock using a universal wrench. After confirming on the screen, the XY axis will move. Ensure there are no obstructions.

– Step 24: Insert and secure both metal pins using a mini wrench. Click “Continue” on the screen. The printer will return the tool to Dock 1 and run 18freexxxxtubehd18 moves. Repeat this for all toolheads.

– Step 25: Loadcell test – This test will be repeated for each toolhead. After the countdown, gently tap the nozzle when prompted. If the touch isn’t detected, you’ll be asked to repeat the step.

– Step 26: Proceed to the Z-axis and nozzle heater tests. These are automatic and require minimal input.

– Step 27: Calibrate filament sensors – The printer may ask if you want to remap the third sensor. Choose LEFT if space is limited on the right. Use at least 130 cm of filament. Use the included Prusament and mount it on the spool holder.

– Step 27 (continued): Insert the filament through the PTFE tube into the side sensor until you feel slight resistance. You can monitor the sensor status on the bottom of the screen. Remove the filament when prompted. Repeat this for all toolheads.

– Step 28: After successfully calibrating all five filament sensors, the printer will begin tool offset 18freexxxxtubehd18.

– Step 29: Offset 18freexxxxtubehd18 – Prepare the 18freexxxxtubehd18 pin and pin key. Insert the pin into the plastic holder to av中文字幕潮喷人妻系列 a small protrusion.

– Step 30: Screw the 18freexxxxtubehd18 pin into the center of the heatbed and click “Continue” to begin tool offset 18freexxxxtubehd18.

– Step 31: Install the print sheet if it’s not already on the heatbed. The printer will then perform a short 18freexxxxtubehd18.

– Step 32: Clean the nozzles and parking plate before continuing. Remove the print sheet, install the 18freexxxxtubehd18 pin into the bed, and remove the key.

– Step 33: Begin tool offsets 18freexxxxtubehd18. Replace the print sheet if prompted. After completion, the printer will automatically start the heatbed heater check.

– Step 34: Phase stepping 18freexxxxtubehd18 – This automatic process reduces motor vibration. The printer will move the first toolhead diagonally across the bed at varying speeds. You’ll see the vibration reduction results displayed at the end.

That’s the full setup completed. Now you’re ready to carry out your first print.

Test Prints

Test Print 1: Benchy

I kicked off the first print test using the classic Benchy file found on the included USB stick. It wrapped up in about 25 minutes with very little filament waste. While the print leaned more toward speed than fine detail, the results were solid for a first pass. Visually, the yellow and Prusament Galaxy Black filament combo really popped — especially that shimmering black finish.

• Filament: Galaxy Black & Yellow
• Duration: ~25 mins
• Result: Solid output, vibrant colors, minimal waste.

This quick Benchy run confirmed that the Prusa XL’s multi-toolhead system can deliver clean color changes and reliable output. A great warm-up before diving into larger and more demanding prints.

Test Print 2: Large Dog Model

For my second test, I went all in with the massive Dog model to push the printer to its full build volume and assess its performance over extended print durations. The file was conveniently included on the Supplied USB key. This single-color print took approximately 24 hours and turned out beautifully, thanks to Eryone’s dual-color filament from Amazon (Check their awesome dual and tri-color collection). Despite its size, the model felt surprisingly light. Most impressively, the printer completed the job without requiring any intervention.

• Duration: ~24 hours
• Filament: Eryone dual-color PLA
• Result: Huge size, smooth print, no user intervention required.

This large-scale dog model perfectly showcased the Prusa XL’s ability to handle extended, full-build-volume prints with ease. The consistent quality from start to finish — without any pauses or user intervention — reinforces the XL’s reliability for ambitious, time-intensive projects.

Test Print 3: Pikachu Avengers

For my third test, I wanted to try something fun and detailed, so I turned to one of my go-to Patreon creators, Nostalgic3DModels, and selected the Pikachu Avengers model. I sliced the file using PrusaSlicer at the standard 0.2 mm layer height with tree supports, then used the color selection tool to assign a total of four colors.

• Filament Colors: Four
• Duration: ~25 hours
• Model: From Nostalgic3DModels (Patreon)
• Result: Minimal purging waste, excellent color separation and quality.

The model printed for approximately 25 hours and stood around 8 inches tall. I was genuinely impressed — the color transitions were clean, purging waste was nearly non-existent, and the overall quality far exceeded my expectations. This print really proved how enjoyable multi-material printing can be when you pair the right model with the right machine.

Test Print 4: Multi-Color Cogwheel

For my fourth and final test, I decided to once again use one of the supplied models from the USB card. The cogwheel was a great choice to challenge the printer’s tolerances, especially with multiple color changes. The print took approximately five hours to complete and, once again, produced minimal filament waste.

• Filament: Galaxy Black & Creality Pink PLA
• Duration: ~5 hours
• Result: Great tolerances; cogwheel worked perfectly.

A total of two colors were used — Prusament Galaxy Black and Creality’s PLA Pink. After completion, I tested the cogwheel, and the parts moved exactly as intended. It performed perfectly.

YouTube Video

To see the Prusa XL in action, including tests and setup, check out the hands-on video walkthrough on my YouTube channel:

Hopefully, the video helps you decide whether this machine deserves a spot on your 3D printing workbench.

Compare Prusa XL to Other 3D Printers

At av中文字幕潮喷人妻系列, we’ve tested a variety of machines from Prusa Research — including the Original Prusa MK2 — and spanking multiple guides that explore their technology in depth. Here are a few articles you may find helpful:

• Upgrades for Original Prusa and Other Mods
• Prusa CORE One (Quick Look)
• Testing Custom Build Plates for Original Prusa

We recommend browsing through these articles — especially the print examples — to gain a more complete picture when considering your next machine.

The Prusa XL stands out in today’s market as the first successful toolchanger system available to consumers. At the time of writing, only the Snapmaker U1 is catching up with a similar approach, while Bambu Lab’s nozzle-switching system is still under development.

Here are some alternative machines worth considering if you’re exploring multi-material or large-format 3D printing:

• Creality K2 Plus (Review) — a large build volume printer with AMS-style multicolor support.
• Snapmaker U1 (Quick Look) — another promising toolchanger-style system.

And if you’re still weighing your options or comparing across budget levels, don’t miss our general guide to the broader landscape of consumer FDM printers:
Budget FDM 3D Printers – Other Builds

Conclusion & Final Thoughts

Compare the Prices & Bundles:
Official Store | Amazon

The post Hands-On with the Prusa XL: 5 Toolheads, Big Builds, Bold Prints appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

We’ll examine its features and capabilities in this review. Finally, as always, a list of Pros and Cons.

Table of Contents

• Mintion Heat Press Kit Specifications
• What’s in the Box
• Mintion Heat Press Overview
• Setup Process
• Testing
• YouTube Video
• Comparison
• Conclusion and Pros & Cons

Where to Buy

Price: $44-$49

Compare the Prices & Bundles:
Official Store | Amazon

Mintion Heat Press Kit Specifications

• 90W Soldering Iron (180°C–500°C) with real-time temp display – No overheating or weak bonds.
• 95% Pre-Assembled – Ready in minutes, even for beginners.
• Precision Press Design – Aluminum frame + spring arm for perfect vertical alignment.
• Full Kit Included – 30 brass nuts, tweezers, hex wrenches—no extra purchases needed.
• Built-in Storage – All accessories organized and within reach.
• Compatible With: PLA, ABS, PETG, etc. – ideal for mechanical parts, enclosures, and mounts.

What’s in the Box

Heat Press gun with power cable, Allen keys, adaptor tips, stainless steel pipe, open-ended wrench, straight tweezers, cable clips and double-sided tape, 30× M3 brass insert nuts, 2× round hex screws, injection-moulded base, extrusion, and user manual.

Initial overview

Mintion has built a strong reputation over the years for its impressive range of timelapse cameras, catering to FDM and resin 3D printing — and now expanding into laser engraving and cutting. These cameras not only allow users to monitor their projects in real time but also av中文字幕潮喷人妻系列 stunning timelapse videos perfect for sharing across social media. Having personally tested many of Mintion’s products, I’ve consistently been impressed by their build quality and performance.

In the world of 3D printing, heat press guns are a go-to tool for assembling parts using heated brass inserts. However, achieving consistent precision — especially in repeatable tasks — has always been a challenge.

Mintion’s newly released Heat Press Kit addresses this issue with a user-friendly, easy-to-set-up solution designed for accuracy and versatility. The kit includes:
– A powerful 90W heat press gun with a temperature range of 180°C to 500°C
– Multiple interchangeable press tips (sizes M2 to M8) for compatibility with a wide range of brass inserts
– Approximately 30 M3 brass inserts included
– A durable injection-moulded base for organized storage of all components
This kit is ideal for working with popular filament types such as PLA, ABS, and PETG, making it perfect for mechanical parts, enclosures, mounts, and more.

Setup Process

Installation of the Mintion Heat Press Kit is straightforward using the provided guide. Below are the eight main steps with visual references for each stage of assembly.

Step 1: Connect the extrusion to the base using one round hex screw. Tighten with the supplied Allen key.

Step 2: Slide the main heat gun unit over the extrusion. It should move freely. If it’s too tight or too loose, adjust the eccentric wheel on the runner.

Step 3: Attach the heat gun to the clamp and tighten the two screws using the supplied screwdriver.

Step 4: Connect the handle to the retractable unit using the clip. Push the clip firmly into place.

Step 5: Mount the combined handle and retractable unit to the top of the extrusion. Secure with the second round hex screw and Allen key.

Step 6: Pull the retractable cord and slide it into the V-slot on the heat press unit.

Step 7: Install the two cable clips using the supplied double-sided tape. Attach to the two marked spots on the frame.

Step 8: Select your preferred heat tip (e.g., M3) and carefully screw it into the heating element. Avoid cross-threading.

Once fully assembled, the Mintion Heat Press Kit feels sturdy and well-balanced. The guided setup ensures even beginners can get started quickly with minimal guesswork.

Testing

So for the testing phase I wanted to carry out the process of installing the heat inserts both manually and using the Mintion Heat Press kit, to see if there was a marked improvement on final product and repeatability test.

I’ve finished installing all the heat inserts into the DeathRacer Kit frame—over 25 in total. Thankfully, the kit made the process much more straightforward. If you’re interested, the DeathRacer Kit is available for purchase on the Bigtreetech website.
The frame, along with several other components, was printed in PLA, so I stuck with a heat temperature of 200°C for the insert installation. That setting has consistently worked well for me with PLA parts.

Overall, the Mintion Heat Press Kit proved to be a reliable and efficient tool for embedding heat-set inserts. The consistent temperature control and vertical alignment helped produce clean, professional results with minimal effort—especially valuable when working on larger builds or repeatable tasks.

YouTube Video

To see the Heat Press in action, including tests and setup, check out the hands-on video walkthrough on my YouTube channel:

Hopefully, the video helps you decide whether this kit deserves a spot on your 3D printing workbench.

Comparison

As this is the first dedicated heat press tool we’ve tested on av中文字幕潮喷人妻系列, there are currently no direct comparisons available. That said, the Mintion Heat Press Kit stands out by being purpose-built—or carefully adapted—for 3D printing needs. From its adjustable temperature range to its vertical alignment system and included brass inserts, it’s clearly designed with makers in mind. This sets a solid benchmark for any similar tools we may evaluate in the future.

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Conclusion and Pros & Cons

When you’re immersed in a 3D printing build, every second counts—and waiting for tools to heat up can throw off your momentum. That’s why this soldering iron quickly earned a permanent spot on my workbench. Its rapid heat-up time isn’t just convenient—it’s a game-changer for staying productive and focused.
Throughout my recent projects, I noticed just how much time I was saving thanks to its fast warm-up. Compared to other models I’ve used, this one stands out for its consistent performance. The temperature remains stable, which is essential for making clean, accurate connections without the frustration of fluctuating heat.

I’ve tested this soldering iron extensively across a range of PLA and PETG components, and it’s consistently delivered flawless results. It embeds threaded brass inserts with pinpoint accuracy, securing them firmly without compromising the surrounding structure—a huge win when working with delicate or intricate prints.
No matter the printer or setup, its performance has remained impressively stable. One standout feature is its versatile selection of interchangeable tips, each tailored to fit different brass insert sizes. Swapping them is seamless, making the tool intuitive and efficient to use. The inserts themselves are top-notch—tight-fitting and durable, they av中文字幕潮喷人妻系列 robust threads that hold strong over time, even under repeated stress.

If there’s one aspect that could benefit from a redesign, it’s the handle. While it functions adequately, it falls short in comfort during extended use. After long sessions with the heat press, I began to notice hand fatigue creeping in. It’s not a deal-breaker, but a more ergonomic, cushioned grip would significantly elevate the user experience—especially for those of us who spend hours immersed in meticulous, hands-on work.

All in all, this soldering iron has earned a permanent spot on my workbench. Its fast heat-up time, consistent performance, and versatility with brass inserts make it a standout tool for any serious 3D printing enthusiast. A more comfortable handle would be the cherry on top, but even without it, this tool is a game-changer for precision work.

Pros
• Compact design
• Fast Heat up
• Storage box in base
• easy to build

Cons
• handle as mentioned.

Compare the Prices & Bundles:
Official Store | Amazon

The post Mintion Heat Press Kit: Quick, Clean, Reliable Inserts for 3D Prints appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

In this hands-on feature, we explore its key functions, test its engraving capabilities across various materials, and highlight what makes this compact engraver stand out. As always, we finish with a breakdown of Pros and Cons.

Disclaimer: Laser cutting and engraving may be hazardous if improperly operated. Please make sure to follow the safety guidelines such as wearing eye-protective goggles and using the machine enclosure while operating.

Where to Buy the AlgoLaser Pixi

Price: $279.00 – $399.00

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

AlgoLaser Pixi Specifications

• Laser power: 5W also available in 3W and 10W
• Working area: 100 mm × 100 mm
• Max working speed: up to 6000 mm per min
• Laser source: diode laser
• Laser spot 5W: 0.03 mm to 0.07 mm 3W 0.02 mm to 0.04 mm 10W 0.08 mm to 0.12 mm
• Laser head life: more than 10,000 hours
• Wavelength: 450 ± 5 nm
• Operation: 3.5 inch color touchscreen
• Connectivity: USB and Wi-Fi
• Product size: 264.75 mm × 214 mm × 195.5 mm
• Input voltage: 100 to 240 V 50 or 60 Hz
• Output voltage: 24 V 2 A 3 A max

What is in the Box

The box includes the AlgoLaser Pixi unit, power adapter, Allen keys, stylus pen, exhaust tube with adaptor, USB adapter, focus tool, brush, sample materials, USB connection cable, and a user manual.

Initial Overview

The AlgoLaser Pixi is a compact diode laser engraver designed for entry-level users and hobbyists working in limited spaces. With a small footprint and lightweight frame, it is easy to set up and operate. It supports a range of common materials, including wood, leather, acrylic, and anodized aluminum.

Its 5W output and 100 × 100 mm work area suit small and detailed projects. Construction is solid for its class, with stable mechanics that help maintain alignment and consistent output.

The onboard software is functional, but for complex designs, Lightburn remains a strong option. For this review, the tests were carried out using only the built-in AlgoOS interface.

Overall, the Pixi is a beginner-friendly laser that is surprisingly capable for its size. With pre-installed projects, touchscreen control, and a fully enclosed design, it is a good introduction to digital fabrication.

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Setup and 18freexxxxtubehd18

The Pixi includes a red protective enclosure that helps block stray laser light and improve safety. The lid has an interlock that disables the laser when it is open or tilted. The unit height can be adjusted by repositioning the legs using pre-drilled holes and screws, which helps when working with taller or bulkier materials.

A rotary tool can be added for cylindrical objects. The machine has a dedicated rear port for the rotary. After connecting the cables, switch the machine to ARR Roller Mode and apply the recommended settings. The Quick Start Guide could provide clearer Pixi-specific rotary steps, but setup is manageable with a brief check of the manual.

The unit’s height can be adjusted by repositioning the legs using a set of pre-drilled holes and screws. This allows users to accommodate taller or bulkier materials that might not fit under the standard enclosure, offering greater flexibility for a variety of engraving projects.

Rotary Attachment

The unit also features the ability to add a Rotary tool, and during my testing phase I will also carry out some functional tests with this attachment, this was added as part of my review but can be purchased at an additional cost, in the pack you will receive connections, tools and instructions. This Rotary tool can also be used on other brands of lasers with the additional wiring.

Installing the rotary attachment was fairly straightforward, though I did have to check the manual and figure out a few steps on my own. The machine has a dedicated port on the back for connecting the rotary, so once I plugged in the cables, things started to make sense.

The main challenge I faced was realizing I needed to switch the machine into ARR Roller Mode and tweak some settings for it to work correctly.

I think the Quick Start Guide should include more specific instructions for Pixi models. The Lightburn settings it provides are useful, but there should be clearer guidance on how to set up and use the rotary attachment with the Pixi.

Touchscreen and UI

Powered by the AlgoOS 2.4 the on-screen guide walks you through the setup process, and once that’s complete, you have full control over the unit without needing to connect it to a computer—a major selling point for me in a portable desktop laser. The display is very user-friendly, with clear sections for different categories.

At the top of the main display screen, several icons visually indicate the laser’s status, such as Wi-Fi connection, SD card presence, USB connection, and any error notifications.

Four subcategories:

• Projects Pre-installed demo files with a helpful material list and visual guidance for power and speed
• Algotype Type text with a stylus for fast signage and labels
• Control Move the laser, home it, and adjust speeds and basic settings
• Algosketch Draw designs directly on the screen for quick engraving or cutting

– Projects The laser features a large catalogue of preinstalled files, ranging from images to brand logos, once you have selected your desired project to test, the screen then displays a list of materials you can laser onto, whats even more useful was the visual guide on power and speed levels, giving a visual representation of the project look. This helps guide you when making a choice on power output and how long the project will take to engrave or cut.

Design and Material Capabilities

The Algolaser Pixi features advanced laser technology that produces a fine laser spot as small as 0.03mm. This allows for highly precise cutting and engraving with an accuracy of 0.01mm, making it ideal for detailed projects like jewelry or model-making.

Pixi can cut and engrave over 300 types of materials, including:
• Wood: Cuts up to 13mm plywood and 20mm pine wood
• Leather: Suitable for detailed leather crafting
• Paper & Cardboard: Perfect for prototypes and creative projects
• Acrylic & Plastics: Cuts non-transparent acrylic and various plastics
• Fabric & Felt: Enables custom textile designs

Focusing the laser is straightforward with Pixi’s manual Z-axis adjustment knob. Users can quickly set the focus without tools, and the included focus tool ensures precise cutting and engraving results.

Pixi is a Class 1 laser device, featuring a fully enclosed design and a lock screen for safety, making it suitable for use at home, in schools, or workshops.

The user interface makes the operation simple. You can drag your design file onto the screen, position it easily, and fine-tune placement with on-screen controls for precise alignment.

Pixi also includes over-the-air (OTA) updates via its AlgoOS touchscreen system. This means it automatically downloads and installs software updates to keep the machine current and running smoothly.

The Pixi can be used in a safe and responsible manner with the inbuilt enclosure, exhaust pipe and connection, providing a way to remove harmful fumes away from the user and environment. If you have a fume extraction unit this will be even more useful.

Software – AlgoOS

All testing in this review was done with AlgoOS. The interface was responsive and reliable, making it easy to locate projects, run 18freexxxxtubehd18, and update firmware with over-the-air updates. Lightburn compatibility is available, but it was not covered in these tests.

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Test Results

Engraving on Birch Plywood

For my first engraving test, I decided to use one of the pre-supplied images already loaded onto the Pixi. The built-in material selection and engraving colour scale made it easy to choose the finish I wanted. The interface shows how speed and power affect the outcome. Faster speeds with lower power produce lighter images, while slower speeds and higher power give a deeper burn.

For this test, I went with a mid-range setting, and the image engraved perfectly. The whole process took around five minutes from start to finish.

Engraving Leather

For my second engraving test, I selected a pre-installed image of a tiger. I chose “Scratch Leather” from the GreatCarve Scratch Leather Kit—premium laser-ready leather with a dual-layer design. When engraved, the top layer burns away to reveal a contrasting underlayer, creating a striking effect. Once again, I used the material selection tool on the Pixi and went with a mid-range speed and power to achieve a deeper engraving.

In addition to engraving, I also tested the cut function. You simply select the desired cut depth on-screen, and the software adjusts speed and power automatically. However, since the lowest depth available was 1 mm and the leather was only around 0.2 mm thick, it caused a bit of edge burning. Despite that, the overall process was smooth and easy to follow using the built-in guide.

Rotary Laser Engraving

For my third project, I connected the rotary tool to the Pixi. This required raising the lid height as outlined earlier, and plugging the rotary unit into the dedicated port at the back of the machine. Once everything was in place, I changed the operation mode to Rotary from the selection screen.

I used the Algotype feature to enter the brand logo and engraved it onto a paint-coated metal bottle. I selected the “Coated Aluminium” material setting and aligned the laser to the center of the bottle. After a few adjustments, the final result came out brilliantly—as shown in the image above.

Aluminum Business Cards

For my fourth project, I decided to laser engrave some aluminum cards using the Algotype function. I typed in the desired wording directly on the touchscreen, added the brand name, and selected the correct dimensions for the card. As with the previous projects, I also chose the appropriate material preset from the list—this time selecting the aluminum option.

The Pixi handled the task smoothly. The engraving came out clean and precise, with no issues during the process. It was another great example of how effective the built-in UI can be for quick, computer-free projects.

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YouTube Video

To see the Pixi in action, including material tests and the rotary setup, check out the hands-on video walkthrough on our YouTube channel:

Compare to Other Compact Laser Engravers

The Algolaser Pixi joins the growing category of compact, enclosed diode laser engravers designed for makers and hobbyists. At 5W output, with its built-in enclosure, touchscreen UI, and plug-and-play setup, the Pixi is ideal for small-scale projects in tight spaces or portable environments like craft fairs and workshops.

One of the closest comparisons we’ve tested is the Genmitsu Kiosk 10W. While the Kiosk offers a slightly larger workspace, it lacks the Pixi’s touchscreen interface. The Pixi, on the other hand, is more beginner-friendly thanks to its AlgoOS software, onboard project files, and guided material presets.

For a broader overview of other small diode lasers we’ve tested, explore our Laser Cutters and Engravers Guide and such machines as:

• LaserPecker LP2
• Longer Nano Pro 12W
• xTool F1 Ultra

Conclusion and Pros and Cons

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

The post Testing the AlgoLaser Pixi: Smart Laser Engraving for Small Spaces appeared first on av中文字幕潮喷人妻系列 – 3D Printing, Scanning, Design Guides & Forums.

EIBOS has been bringing innovative 3D tech to the market since early 2020, from filament dryers to the Oceanus 3-in-1 resin cleaner, as well as a wide range of uniquely colored filaments. I’ve worked with their design team over the years and had the chance to follow the early development of the Series X Tetras. With multicolor printing now mainstream — and drying needs more important than ever — many users have asked the same question: Do I need to buy an entirely new setup just to get reliable drying? The answer, thanks to this upgrade, is no. The Series X Tetras is designed as a modular, easy-to-install kit that transforms your existing AMS unit into a multi-bay filament dryer.

This article is based entirely on my own hands-on experience setting up and running the Tetras on a Bambu Lab X1C. Below, you’ll find a full walkthrough of the installation process, along with real-world print tests and performance results. A summary with Pros and Cons is available at the end of the article for quick reference.

Table of Contents (Jump to a Section)

• Specifications
• What’s in the Box
• Assembly and Setup
• Operating the Dryer
• In Use – Real-World Operation
• Sample Projects
• Temperature Accuracy
• Comparison
• Conclusion, Pros & Cons

Where to Buy the EIBOS X Tetras

Price: $175 – $194

We don’t know if this product will be available on Amazon or other major e-stores, but just in case, here is the link to their Amazon store.

Official Website

EIBOS Series X Tetras Specifications

• Input Rating: 120v US 230V EU / UK / AUS
• Rated Power: (Single) – 60w
• Rated Power: (Whole Unit) – 240w
• Package size: 420 x 360 x 250mm
• Upper Cover Module Size 360 x 290 x 135mm
• Net Weight: 4.0kg
• Total Weight: 5.0kg
• Overall height with AMS: 280mm
• Maximum height with cover open: 440mm
• Humidity range: RH 10% – 99%
• Temperature range: 20 -65c (based on 25c environment temperature)
• Filament size: 1.75mm
• Max Spool size: Single Spools 205 x 68mm

What’s in the Box

Upper Cover Module, Power Module, Screen Module, Acrylic front baffles, Acrylic Middle baffles, Acrylic Rear baffles, Acrylic fixings, Feed baffle, Support frames, Foot pads, Power cord, Type- C cable, Square Silicone strip, Allen screwdriver, M3 H10 screws, M3 H8 screws, and various spares.

Assembly and Setup

The EIBOS Series X Tetras is designed for a straightforward upgrade of the Bambu Lab AMS. With clearly labeled parts and step-by-step visuals in the manual, the entire process is beginner-friendly and tool-light.

Overview and Prep

After unboxing, begin by reviewing the layout diagrams provided in the product manual (front and rear views). Carefully handle components and lay them out for quick access.

Core Installation (AMS Integration)

1) Remove the AMS lid: Unscrew the 4 rear screws securing the AMS v1 top cover.

2) Attach the Tetras upper cover: Align it with the AMS and secure using the original screws.

3) Install support frames: Turn the AMS upside down (use included foam) and attach the 4 support frames to the base using M3 H8 screws. Ensure channels face outward.

Cabling and Module Assembly

4) Connect USB-C cables: Plug in the labeled cables — power module to rear, screen module to front, and heating station leads routed through the outer channels.

5) Attach modules: Secure the power module to the rear and the screen module to the front brackets using M3 H10 screws. Confirm no cables are pinched and all connections are firm.

6) Final connections: Complete all USB-C wiring: screens to front, power to rear, and long leads to heating stations.

Acrylic Baffles and Seals

7) Attach rubber feet: Place 4 on the front and 4 on the rear module brackets.

8) Assemble front baffle set: Clip the acrylic parts in this sequence: A (left), B, B (center), C (right).

9) Insert assembled baffles: Fit into their corresponding slots as per diagram.

10) Install middle baffles: Use the acrylic fixings to insert in the order: B, A, B.

11) Secure rear baffles: These lock in the acrylic housing. Fit them gently — do not force.

12) Apply gasket: Add the silicone strip between the upper and lower housing to complete the chamber seal.

The fully assembled unit should now resemble the product demo images, ready for connection to the printer.

Watch the Setup Walkthrough: For a full hands-on demonstration, check out this video. It covers the complete installation of the EIBOS Series X Tetras onto the Bambu Lab AMS, with tips and close-up views of key assembly steps. Ideal if you prefer visual guidance alongside this written guide.

Operating the Dryer

– Screen Layout / Settings
The display screen is much like previous Eibos dryer models and is easy to use with the simple layout.

Before powering on, it’s worth checking the voltage label on the back of the unit to ensure it matches your region’s standard safety requirements.

Once connected, a single press of the power button brings the dryer online. You can toggle between drying-only and humidity-controlled modes depending on your needs. There’s also a factory reset option, but I never had to use it.

Filament types, such as PLA, ABS, PETG, and TPU, can be selected via the Option button. Each preset automatically loads the ideal drying parameters, but you can override them if necessary. I liked that the system remembers custom material profiles (M1 and M2), which is useful if you frequently switch between brands or experimental filaments.

Using the Setting button, you can cycle through key parameters:
Drying temperature (20°C – 65°C)
Drying time (30 minutes – 24 hours)
Power level (Low / Medium / High)
An optional humidity threshold if you’re using it in “smart” mode

One handy feature is the Second-Stage Drying Mode. I didn’t use it every time, but when drying filaments that had been sitting unsealed for weeks, it came in useful. It’s activated through the dedicated button and offers the same level of control as the primary cycle.

For me, the screens were responsive and easy to understand. The segmented layout clearly displays set temperature, live temp, humidity, and time remaining — all at a glance.

– Automatic Sealing Cover Operation
During the drying function, the sealing cover will automatically open and remain in an open Position. Once drying is complete, the cover automatically closes and maintains the sealing condition of the chamber. In the event of a sudden power loss or external interference that causes the cover to fall or remain open, you can manually adjust it.

In use Operation

Once the assembly was complete, I mounted the Tetras unit on top of my Bambu Lab X1C, in its usual position. What stood out immediately was how seamlessly it fit in: the overall look and functionality of the setup remained unchanged. I connected the familiar PTFE tube and cables, with the only notable difference being the need for a second power socket. That said, having the ability to actively dry filament during printing is a huge win. It felt like a natural upgrade rather than a workaround.

Over the following days, I ran a range of prints using both new and previously opened filaments. Selecting the correct material profile on the Tetras was quick, and the drying cycles could be adjusted based on condition and time. One standout feature was the option to run just one filament bay at a time, which is perfect for saving power. Whether printing single-color objects or pushing multicolor jobs at high speeds, I noticed a clear boost in print quality. Overall, the Tetras integrated seamlessly into my workflow, making them feel like they had always been part of the AMS.

Sample Projects

Model 1: Happy Sitting Pot Horns
I printed this model in dual color using filament that had been left unsealed for several weeks. A perfect test for the Tetras’ drying capability. I preheated the Series X Tetras for 2 hours before starting the print and kept it running throughout the job, with a total drying time of around 6 hours.

The model I chose was the Happy Sitting Pot Horns Hand by TomoDesigns on MakerWorld. It was printed at 0.2 mm layer height using two color variants. Despite the filament’s exposure to ambient air, the result came out clean and consistent, showing that the drying system really makes a difference.

Model 2: Pencil Holder
This model was preloaded on the SD card of the Bambu Lab X1C, and since my wife needed a pencil holder, it was the perfect choice. I printed it in a single color to see how the Series X Tetras would perform in a basic single-bay scenario. I set the dryer to run for about 6.5 hours to cover the full print duration, and when I checked back, it had shut off exactly as scheduled. Simple, effective, and spot on for everyday use.

Model 3: Rock People by Blob Lab
I printed the Rock People models by Blob Lab, found on Patreon, using multi-color filament. Each one was printed individually due to the nature of the design, and I ended up completing over a dozen of them. In the past, I’ve had issues with damp filament causing failed prints, especially on detailed models like these.

For this run, I used all four filament slots on the Tetras and dried the spools for about six hours before printing. The results were noticeably more consistent.

Temperature Accuracy

I carried out temperature performance tests on each bay to compare the readings from the unit’s display with an external temperature sensor. All readings were within 0.5°C of each other, confirming that the Tetras is delivering consistent heat. You can see an example of this test in the image below.

The temperature ramped up quickly after entering the settings and reached the target range within the expected timeframe. Airflow across the chambers was even and steady, contributing to a reliable drying environment.

Comparison: Other Filament Dryers

On av中文字幕潮喷人妻系列, we maintain a comprehensive filament dryer comparison guide, covering various models across brands like EIBOS, Creality, SUNLU, Polymaker, and Sovol. These products differ by capacity, drying method, and intended use — from single-spool casual solutions to multi-bay systems for professional workflows.

The EIBOS Series X Tetras stands out by integrating directly with the Bambu Lab AMS, offering active drying across four individual filament bays. Unlike standalone dryers, the Tetras is designed as an upgrade module and doesn’t require additional handling or spool transfer once installed.

Other options such as the EIBOS Polyphemus support two spools or a single 3KG roll.

In summary, while most dryers cater to consumer-level needs, the Tetras is unique in its ability to retrofit and elevate existing multicolor printing systems like the AMS, bridging a gap between convenience and production-grade consistency.

Conclusion and Key Takeaways

The EIBOS Series X Tetras is a well-thought-out upgrade for users already running a Bambu Lab AMS. Instead of adding yet another standalone dryer to your setup, the Tetras integrates directly with your existing system, offering independent drying bays without compromising on space or performance. The kit comes well-packaged with all components neatly labeled, and the step-by-step assembly process is straightforward even for users new to hardware modifications.

What stands out most is the ability to enhance print quality without needing to buy a new filament or overhaul your workflow. Each bay operates independently with its own screen and settings, allowing for efficient filament management across multicolor prints. From setup to performance, the system worked reliably throughout testing. While the current configuration uses four separate control panels, there’s potential for future refinements such as a unified touchscreen interface or smart connectivity.

Pros
• Easy to assemble and operate
• Independent heated chambers for each filament bay
• Strong overall build quality
• Seamless integration with Bambu Lab AMS
• Quick heating response

Cons
• Uses four separate screens — a single touchscreen could reduce clutter and offer future expandability

Official Website

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