Tag Archives: 3d printer

LightMake Just Solved the Hidden Costs of Multi-Color 3D Printing

Posted on by

Multi-color FDM printing has always had a hidden cost that most users simply accept. Every time a single-nozzle machine switches filaments, it has to push the previous color out of the hotend before laying down the next one. That costs time, and the wasted material accumulates into a tower on the build plate that nobody actually wanted there. The LightMake L4 was designed to make that trade-off unnecessary.

LightMake is a company with roots in precision engineering and high-speed motion control. Its L4 desktop 3D printer is built around four independent, always-preheated print heads, each dedicated to its own color or material. Think of it less as a printer wearing multiple hats and more as a small, dedicated team, each member already at their station when the job starts.

Designer: LightMake

Click Here to Buy Now: $1,299 $2,399 (46% off). Hurry, only 145/550 left! Raised over $2.07 million.

That dedicated-head setup kills the purge problem at its source. Because each nozzle handles only one filament, the L4 replaces massive purge towers with a minimal nozzle prime at the start of a job, with no purge waste during subsequent color changes. LightMake’s own testing puts material loss at under one gram, compared to the more than 237 grams for conventional multi-color setups. For anyone producing prints for clients, that recovered filament adds up quickly.

Speed is the other half of the multi-color problem, and the L4’s approach is just as direct. Because all four heads are always preheated and ready, the machine’s real-time coordination cuts toolhead switching to one second. LightMake says that can boost multi-color print speed by up to 79%, though that’s based on internal testing and will vary with job complexity and color count.

Beyond switching speeds, the L4 doesn’t shortchange on space. In single-color mode, the build volume stretches to 354 × 370 × 386 mm, large enough to produce full-size objects in a single continuous run, no splitting or post-assembly required. Multi-color jobs work within a slightly reduced 354 × 350 × 386 mm footprint, still generous enough that most projects won’t need to be scaled down or broken into parts.

Multiply that advantage by four, and you get the L4’s batch production mode. In that configuration, the workspace splits into four zones of 177mm x 195mm x 386mm each, allowing four complete identical or mirrored models to print simultaneously. For a maker selling finished pieces or a studio on a deadline, that’s the kind of output math that changes what you think a single desktop machine can do.

All of that output only matters if the machine stays accurate over time, and that’s where the L4 makes a longer-term argument. It uses 8 sets of industrial-grade direct-drive linear motors on the XY axes, replacing rubber belts and pulleys with non-contact magnetic propulsion. There’s no belt to stretch and no tension to adjust. LightMake rates the architecture at more than 50,000 hours, though the rails do need periodic lubrication.

Beyond longevity, the system enables what LightMake calls closed-loop control, where the motor actively monitors and corrects its position in real time. That continuous correction also keeps layer shifts from creeping in mid-print, which is good news for anyone who’s ever come back to a long job only to find it ruined somewhere around hour three. The ±1 µm figure the company quotes refers strictly to motion precision, not final print accuracy, which matters. Optical sensors achieve 30 µm absolute alignment between heads, so material transitions land exactly where intended, and parts meant to fit together actually do.

Running four moving heads at speed creates its own structural challenges, which the L4 addresses with a monolithic die-cast frame paired with vibration compensation algorithms. Together, they absorb the kinetic energy of rapid toolhead transitions and keep surface quality consistent from the first layer to the last. When a head parks between turns, it retracts automatically by 5mm, so idle nozzles never drag across already-printed surfaces.

On the software side, the L4 works with LightMake’s own slicing tool, which handles automatic model arrangement for multi-head jobs and includes a farm management dashboard that connects multiple printers in one place. It’s free and open-source, unlike most paid alternatives. The machine also comes with a 6.5-inch full-color touchscreen, dual HD cameras with AI-powered failure detection, and RFID material recognition that adjusts print parameters automatically.

The L4’s reach can grow beyond its four built-in toolheads, too. LightMake’s optional Auto Filament Expansion and Dry System, or FEDS, pairs each head with additional filament inputs, pushing the total color count from four up to 16. For makers working on more ambitious multi-color designs, that’s a considerable expansion of creative range without requiring an entirely different machine to get there.

The L4 is positioned as a machine for makers who want to turn their output into something that actually generates income, whether that means selling finished pieces, producing prototypes, or running a compact print operation. What it ultimately argues is that the familiar trade-offs of multi-color desktop printing, such as speed against quality and ambition against material waste, were always choices rather than fixed limits, and the LightMake L4 helps your designs break free of those constraints.

Click Here to Buy Now: $1,299 $2,399 (46% off). Hurry, only 145/550 left! Raised over $2.07 million.

The post LightMake Just Solved the Hidden Costs of Multi-Color 3D Printing first appeared on Yanko Design.

Full-Color 3D Printing Once Cost $50,000+, HeyGears Brings It to 10% of the Cost

Posted on by

True full-color 3D printing has always lived in industrial settings, with price tags starting at $50,000 and machinery too large for any studio shelf. Most desktop alternatives can’t close that gap on their own. The HeyGears G1 Series changes that, combining full-color 3D printing, 3D texture printing, 2D UV printing, and True DTF (Direct-to-Film) & DTG (Direct-to-Garment) fabric printing into one compact desktop machine anyone can actually set up at home or in a studio.

Beyond bringing full-color 3D printing to the desktop, the HeyGears G1X also delivers outstanding UV printing performance, offering up to 12× faster printing speeds with the Epson I3200-U1HD printhead, a 10× wider color gamut, more accurate color reproduction backed by G7 Colorspace’s highest-level color certification, and lower ink costs. What’s genuinely useful here is how fluidly the G1 Series moves between modes. A small gift shop, for instance, can run custom UV prints on mugs in the morning, emboss a leather journal cover in 3D texture mode in the afternoon, and print a full-color figurine in the evening, all from the same machine.

Designer: HeyGears

Click Here to Buy Now: HeyGears is currently offering G1X backers $500+ in additional promotional savings. Hurry, only a few left! Raised over $14.4 million.

The standout of the three is the full-color 3D printing. Using Precision Piezo Inkjet technology with instant UV curing, the G1X builds vibrant, paint-free models layer by layer at just 10 to 20 μm thick, roughly half the diameter of a human hair. Transparent and colored sections print in one continuous build, and there’s no post-print assembly to deal with since water-soluble supports simply dissolve in water.

A lot of that output quality comes down to the printhead. The G1X runs on an Epson i3200-U1HD, an industrial-grade unit with 3,200 high-density nozzles across eight ink channels, a maximum resolution of 1,440 x 2,400 DPI in UV printing, and over 10 million colors in its palette. The extra channels include light cyan and light magenta, which keep gradients and skin tones from going muddy.

The G1X also offers three UV printing modes to match different production priorities, whether you want maximum printing speed or a wider color gamut. Ultra-High-Speed Mode uses 4 white-ink channels to achieve up to 12× faster printing, while High-Speed Mode uses 2 white-ink + 2 varnish channels, reaching at least 6× faster printing. Finally, Wide-Gamut Mode utilizes Wide-Gamut inks, including Light Cyan (Lc) and Light Magenta (Lm) inks, for enhanced color reproduction, with printing speeds of at least 3× faster. Whether you prioritize speed or color performance, the G1X lets you choose the configuration that best fits your workflow.

For UV work, the machine isn’t limited to any single surface type. It works on wood, leather, glass, metal, acrylic, and ceramic, among over 400 compatible substrates in total. A rotary module handles cylindrical objects up to 245 mm tall, covering everything from mugs to tumblers, and an integrated line-scan camera auto-calibrates placement so curved surfaces print accurately without manual setup.

The 3D texture mode goes a step beyond standard UV printing, producing raised embossed effects, oil-painting-style relief, and wood-carved surfaces with a recommended height of 5mm (up to 150 mm). For apparel, the G1 Series supports True DTF and DTG printing with a water-based ink set built for wash durability, and that’s what makes it one of the few desktop platforms covering both hard-surface and fabric printing in a single unit.

HeyGears paired the hardware with a full software ecosystem that goes well beyond basic print management. Blueprint Studio handles everything from model preparation to batch layout, while HeyVerse adds AI tools for text-to-3D and image-to-3D generation. There’s also a LiDAR sensor in the print carriage that monitors layer thickness to within ±0.01mm in real time, helping maintain consistent output across longer production runs.

Printhead maintenance is often where UV systems let their owners down, and HeyGears hasn’t ignored that. A quad-layer anti-clogging system combines printhead heating, white-ink agitation, standby cleaning cycles, and a sealed moisturizing state during extended downtime. Three cleaning modes handle everything from a quick nozzle check to a thorough channel flush, and built-in air filtration captures ink mist and VOCs for cleaner indoor operation.

For someone running a small studio or a product-based creative business, the appeal goes beyond having one versatile machine. It means skipping three separate consumable budgets, three learning curves, and three maintenance routines. The i3200-equipped models carry a rated printhead lifespan of 12 to 24 months, while the open ink system offers material flexibility, and HeyGears’ lower-priced inks help keep material costs well below those of comparable industrial platforms. Turns out industrial-grade color doesn’t need an industrial-sized space after all. And with a limited-time $500+ cashback offer now available to G1X backers, you wouldn’t want to miss out on this opportunity to bring your designs to life, and in full color to boot!

Click Here to Buy Now: HeyGears is currently offering G1X backers $500+ in additional promotional savings. Hurry, only a few left! Raised over $14.4 million.

The post Full-Color 3D Printing Once Cost $50,000+, HeyGears Brings It to 10% of the Cost first appeared on Yanko Design.

Four Print Heads, One Machine, No Belts. The LightMake L4 is your Desktop 3D Printer on Steroids

Posted on by

For years, one of the biggest tradeoffs in desktop 3D printing has been clear. You could chase larger builds, faster motion, or multi-color capability, but combining all three in a way that also supports smoother workflow has remained a tougher challenge. As more creators use 3D printers for batch production, prototyping, and short-run manufacturing, the machines drawing attention are the ones rethinking the print head itself.

LightMake is preparing to enter that conversation with the LightMake L4. Set for a Kickstarter debut, the machine centers on an independent 4-head architecture designed to deliver 4X productivity by printing four identical models simultaneously, while enabling seamless multi-color/material printing on a single object. All while its beltless linear motor system targets ±1μm closed-loop motion precision and 50,000-plus hours of stable operation (for the linear motors). Taken together, those details position the L4 as a highly ambitious new entry in the premium desktop 3D printing space.

Designer: LightMake

Click Here to Sign Up for Early Access

The L4’s most defining characteristic is its independent 4-head system, which allows four separate print heads to operate simultaneously within a single build volume. The four heads can print identical or mirrored models simultaneously, or all four can contribute materials or colors to a single complex print without the purge waste typical of single-nozzle multi-material systems. LightMake claims this architecture delivers a 4x efficiency increase when printing four identical single-color models at once, turning one machine into the functional equivalent of four printing machines. The system also supports mixing up to four materials in a single print, enabling multi-material assemblies that would otherwise require post-print bonding or fastening. For studios running repeat batches or prototyping multiple variants at once, that kind of parallel throughput changes the math around machine utilization and turnaround time.

The machine’s motion system abandons belts entirely in favor of linear motors, a shift that brings both precision and longevity benefits. Linear motors use electromagnetic force to drive motion directly, eliminating the wear, stretch, and maintenance associated with tensioned belts. LightMake reports that the L4 achieves ±1μm closed-loop precision, a figure that places it well into the territory of machines designed for repeatable, high-tolerance work. The contactless driving mechanism also contributes to the company’s claim of 50,000-plus hours of stable printing, a lifespan target that suggests the L4 is being designed with print farm durability in mind. Travel speed is rated at up to 1,000 mm per second, and the system’s rigidity comes from a one-piece die-cast metal frame paired with a vibration cancellation algorithm that mirrors toolhead movement to reduce print artifacts during high-speed operation.

Toolhead changing happens in one second, a spec that directly addresses one of the most time-consuming aspects of multi-material or multi-color printing. Conventional systems that feed multiple filaments through a single nozzle spend significant time purging old material, which slows down the job and generates waste. By swapping between independent heads almost instantly, the L4 cuts that delay to nearly nothing. LightMake is designed to significantly reduce operational costs and maximize efficiency for professional studios, achieved through its independent 4-head system and minimized material waste. The four toolheads are also described as independently liftable, with 5mm of height adjustment to improve first-layer adhesion success rates and reduce early-stage print failures.

The L4’s build volume measures 354 x 370 x 386mm for single-color prints and 354 x 350 x 386mm for multi-color work, placing it in the large-format desktop category. The machine includes dual HD cameras, a 6.5-inch touchscreen, and RFID material recognition. It supports PLA, ABS, PETG, TPU, ASA, PVA, PET, and carbon-fiber composites, with a maximum nozzle temperature of 320°C. Software features include fleet management tools that LightMake says can dispatch tasks to over 1,000 machines simultaneously, as well as an AutoQueue system that analyzes real-time printer status to allocate the right number of machines for each order deadline.

LightMake will debut the L4 on Kickstarter. With its combination of independent multi-head architecture, linear motor precision, and print farm automation features, the L4 represents a clear bet that the next wave of desktop 3D printing will be defined by batch manufacturing efficiency as much as by speed or build size alone.

Click Here to Sign Up for Early Access

The post Four Print Heads, One Machine, No Belts. The LightMake L4 is your Desktop 3D Printer on Steroids first appeared on Yanko Design.

This Resin 3D Printer Packs 14K Resolution and Auto-Tool Release, Giving You Sharper Prints Without The Mess

Posted on by

Anyone who has spent three hours printing a delicate miniature only to snap off an arm while scraping it from the build plate knows the frustration intimately. Resin 3D printing has always delivered stunning detail at the cost of a genuinely messy, nerve-wracking post-processing workflow. Metal spatulas, damaged models, scratched build plates, and the occasional profanity have been the price of admission. YIDIMU, a manufacturer with years of experience building professional-grade printers for dental labs and jewelry studios, watched creators tolerate this workflow and decided the entire premise was broken. The company’s solution is the MagPro, a 14K resin printer built around a one-click auto-release mechanism that eliminates scrapers entirely.

This printer is built around a philosophy of overkill, starting with a jaw-dropping 14K resolution screen that renders details with microscopic precision. But pixels are only part of the story. YIDIMU paired that screen with a custom optical engine that guarantees over 90% light uniformity, solving the problem of uneven curing that often leads to warped prints and failed jobs. The entire system is anchored by an industrial-grade ball screw Z-axis and a full aluminum chassis, providing the stability needed to ensure that every one of the screen’s 68 million pixels translates into a perfectly formed voxel of cured resin. The result is a printer that feels less like a consumer gadget and more like a dependable piece of professional manufacturing equipment.

Designer: YIDIMU

Click Here to Buy Now: $3499 $7299 ($3800 off). Hurry, only a few left!

Traditional resin printers require a messy, often destructive, surgical procedure with a metal scraper to remove finished prints. YIDIMU’s auto-release mechanism, however, works with a simple click that loosens the build platform, allowing finished models to pop off cleanly without any tools. This completely eliminates the risk of scratching the build plate or breaking delicate parts, turning what used to be a moment of anxiety into a satisfying part of the process. For anyone running iterative prototypes or small-batch production, this convenience shaves valuable minutes off each print cycle. The system delivers a simple, elegant operation that makes the entire workflow smoother and safer than ever before.

Most desktop printers struggle with uneven light distribution, which leads to inconsistent curing, warped models, and lost details. YIDIMU’s custom optical system delivers over 90% light uniformity, ensuring that every pixel of the massive 14K screen cures the resin with perfect consistency. That 13320 x 5120 resolution is so sharp it can reproduce details smaller than a human hair, meaning your miniatures will have crisp textures and your prototypes will have surgically precise edges. The company also includes a grayscale mask calibration tool, allowing users to fine-tune the light distribution for their specific needs. This perfectly even light brings digital blueprints to life flawlessly, delivering a perfect print on the very first try, no matter how complex the design.

YIDIMU has also introduced its Photocatalytic Growth Technology, a proprietary process where advanced light and chemistry create objects with zero layer stacking. Instead of building models slice by slice, which creates visible lines and weak points, this approach allows complex designs to materialize from the liquid as a single, continuous structure. This eliminates the stress points and optical variations typical of layered prints, resulting in unparalleled isotropic strength and a finish so smooth it looks like it was grown organically. For intricate geometries, fine textures, and industrial prototypes that need to be strong in all directions, this represents a fundamental shift in how resin printing produces finished parts.

A solid, all-aluminum chassis with a professional-grade ball screw Z-axis mechanism separates the MagPro from the flimsy plastic construction of most desktop printers. Ball screws provide incredibly tight tolerances and consistent layer accuracy, which is crucial when running massive, multi-day prints. The rock-solid internal structure also eliminates any Z-axis wobble, a common failure point that ruins tall prints on lesser machines. The printer weighs a substantial 29 kg, signaling the kind of robust engineering you would find in high-end industrial equipment. Its large 223 x 126 x 290 mm build volume and fast 6 cm/h print speed mean you can tackle ambitious projects with confidence.

Resin viscosity changes with temperature, often causing failed prints in cold climates, and YIDIMU’s dynamic heating system solves this by keeping the resin in its sweet spot regardless of the weather outside. The oversized 2kg+ resin vat allows for huge, uninterrupted prints without pausing to refill, while the active air purification system silently filters fumes, making your workspace healthier and more comfortable. A large 5-inch touchscreen running CHITUBOX software, along with USB and 6GB of internal storage, makes file management a breeze. The machine supports standard 405nm UV resin, accepts common STL and OBJ files, and includes auto-leveling for a hassle-free setup. The quick-release build platform can be removed with a single knob, further streamlining the post-processing workflow.

YIDIMU’s background in professional 3D printing for digital dentistry, jewelry design, and industrial prototyping informs the entire design philosophy, bringing industrial-grade engineering to a desktop form factor. The company has spent years building machines that run reliably 24/7 in demanding production environments where accuracy, surface quality, and repeatability directly impact client deliveries. That experience translates to a machine designed to reduce cognitive load and increase creative output, feeling less like an experimental device and more like a dependable production tool. The MagPro bridges the gap between hobby-grade machines and industrial systems, delivering measurable productivity gains for jewelry designers, product designers, R&D teams, and advanced makers who need professional-grade performance without the learning curve or price tag of five-figure industrial hardware.

The MagPro is available for $3,499 as a limited early bird tier (52% off the $7,299 MSRP), for the first 100 backers. Estimated delivery is July 2026. The printer ships anywhere in the world, and the package includes the YIDIMU 14K Resin 3D Printer as a single unit. YIDIMU is positioning this squarely in the gap between hobby-grade desktop machines and industrial systems, targeting semi-professional users who need reliable repeatability, minimal calibration, and professional surface finish.

Click Here to Buy Now: $3499 $7299 ($3800 off). Hurry, only a few left! Raised over $xyx.

The post This Resin 3D Printer Packs 14K Resolution and Auto-Tool Release, Giving You Sharper Prints Without The Mess first appeared on Yanko Design.

This Resin 3D Printer Packs 14K Resolution and Auto-Tool Release, Giving You Sharper Prints Without The Mess

Posted on by

Anyone who has spent three hours printing a delicate miniature only to snap off an arm while scraping it from the build plate knows the frustration intimately. Resin 3D printing has always delivered stunning detail at the cost of a genuinely messy, nerve-wracking post-processing workflow. Metal spatulas, damaged models, scratched build plates, and the occasional profanity have been the price of admission. YIDIMU, a manufacturer with years of experience building professional-grade printers for dental labs and jewelry studios, watched creators tolerate this workflow and decided the entire premise was broken. The company’s solution is the MagPro, a 14K resin printer built around a one-click auto-release mechanism that eliminates scrapers entirely.

This printer is built around a philosophy of overkill, starting with a jaw-dropping 14K resolution screen that renders details with microscopic precision. But pixels are only part of the story. YIDIMU paired that screen with a custom optical engine that guarantees over 90% light uniformity, solving the problem of uneven curing that often leads to warped prints and failed jobs. The entire system is anchored by an industrial-grade ball screw Z-axis and a full aluminum chassis, providing the stability needed to ensure that every one of the screen’s 68 million pixels translates into a perfectly formed voxel of cured resin. The result is a printer that feels less like a consumer gadget and more like a dependable piece of professional manufacturing equipment.

Designer: YIDIMU

Click Here to Buy Now: $3499 $7299 ($3800 off). Hurry, only a few left!

Traditional resin printers require a messy, often destructive, surgical procedure with a metal scraper to remove finished prints. YIDIMU’s auto-release mechanism, however, works with a simple click that loosens the build platform, allowing finished models to pop off cleanly without any tools. This completely eliminates the risk of scratching the build plate or breaking delicate parts, turning what used to be a moment of anxiety into a satisfying part of the process. For anyone running iterative prototypes or small-batch production, this convenience shaves valuable minutes off each print cycle. The system delivers a simple, elegant operation that makes the entire workflow smoother and safer than ever before.

Most desktop printers struggle with uneven light distribution, which leads to inconsistent curing, warped models, and lost details. YIDIMU’s custom optical system delivers over 90% light uniformity, ensuring that every pixel of the massive 14K screen cures the resin with perfect consistency. That 13320 x 5120 resolution is so sharp it can reproduce details smaller than a human hair, meaning your miniatures will have crisp textures and your prototypes will have surgically precise edges. The company also includes a grayscale mask calibration tool, allowing users to fine-tune the light distribution for their specific needs. This perfectly even light brings digital blueprints to life flawlessly, delivering a perfect print on the very first try, no matter how complex the design.

YIDIMU has also introduced its Photocatalytic Growth Technology, a proprietary process where advanced light and chemistry create objects with zero layer stacking. Instead of building models slice by slice, which creates visible lines and weak points, this approach allows complex designs to materialize from the liquid as a single, continuous structure. This eliminates the stress points and optical variations typical of layered prints, resulting in unparalleled isotropic strength and a finish so smooth it looks like it was grown organically. For intricate geometries, fine textures, and industrial prototypes that need to be strong in all directions, this represents a fundamental shift in how resin printing produces finished parts.

A solid, all-aluminum chassis with a professional-grade ball screw Z-axis mechanism separates the MagPro from the flimsy plastic construction of most desktop printers. Ball screws provide incredibly tight tolerances and consistent layer accuracy, which is crucial when running massive, multi-day prints. The rock-solid internal structure also eliminates any Z-axis wobble, a common failure point that ruins tall prints on lesser machines. The printer weighs a substantial 29 kg, signaling the kind of robust engineering you would find in high-end industrial equipment. Its large 223 x 126 x 290 mm build volume and fast 6 cm/h print speed mean you can tackle ambitious projects with confidence.

Resin viscosity changes with temperature, often causing failed prints in cold climates, and YIDIMU’s dynamic heating system solves this by keeping the resin in its sweet spot regardless of the weather outside. The oversized 2kg+ resin vat allows for huge, uninterrupted prints without pausing to refill, while the active air purification system silently filters fumes, making your workspace healthier and more comfortable. A large 5-inch touchscreen running CHITUBOX software, along with USB and 6GB of internal storage, makes file management a breeze. The machine supports standard 405nm UV resin, accepts common STL and OBJ files, and includes auto-leveling for a hassle-free setup. The quick-release build platform can be removed with a single knob, further streamlining the post-processing workflow.

YIDIMU’s background in professional 3D printing for digital dentistry, jewelry design, and industrial prototyping informs the entire design philosophy, bringing industrial-grade engineering to a desktop form factor. The company has spent years building machines that run reliably 24/7 in demanding production environments where accuracy, surface quality, and repeatability directly impact client deliveries. That experience translates to a machine designed to reduce cognitive load and increase creative output, feeling less like an experimental device and more like a dependable production tool. The MagPro bridges the gap between hobby-grade machines and industrial systems, delivering measurable productivity gains for jewelry designers, product designers, R&D teams, and advanced makers who need professional-grade performance without the learning curve or price tag of five-figure industrial hardware.

The MagPro is available for $3,499 as a limited early bird tier (52% off the $7,299 MSRP), for the first 100 backers. Estimated delivery is July 2026. The printer ships anywhere in the world, and the package includes the YIDIMU 14K Resin 3D Printer as a single unit. YIDIMU is positioning this squarely in the gap between hobby-grade desktop machines and industrial systems, targeting semi-professional users who need reliable repeatability, minimal calibration, and professional surface finish.

Click Here to Buy Now: $3499 $7299 ($3800 off). Hurry, only a few left! Raised over $xyx.

The post This Resin 3D Printer Packs 14K Resolution and Auto-Tool Release, Giving You Sharper Prints Without The Mess first appeared on Yanko Design.

We Saw the AtomForm Palette 300 at CES, Now It Looks Even More Interesting

Posted on by

We first saw the Mova AtomForm Palette 300 at CES earlier this year, where its unusual approach to multicolor 3D printing immediately stood out. Seeing it again at AtomForm’s San Jose demo event left an even stronger impression, especially in a category where most launches tend to focus on speed, build volume, or software polish rather than rethinking the workflow itself.

That is what makes the Palette 300 so interesting. Instead of treating multicolor printing as a feature layered onto a conventional FDM machine, Mova seems to have built this printer around one of the biggest frustrations in the category. For anyone who has spent time with multicolor 3D printers, that pain point will feel very familiar.

Designer: MOVA

Switching between colors or materials usually means purging filament over and over again before printing can continue. It is messy, wasteful, and often slow, with purge towers piling up next to the final print. The end result can still look impressive, but the process behind it rarely feels elegant.

The Palette 300 is designed to tackle that problem in a more inventive way. Its headline feature is what Mova describes as the world’s first automatic 12-nozzle swapping system. Rather than constantly purging filament every time a color or material change is needed, the printer swaps to another nozzle that is already loaded. In theory, that means cleaner transitions, less wasted material, and a much smoother path to complex multicolor prints.

At the San Jose demo, that concept felt like the real story behind the machine. Plenty of 3D printers promise better quality or faster output, but the Palette 300 seems more focused on improving the actual experience of multicolor printing. That gives it a different kind of appeal. It is not just trying to be faster or bigger. It is trying to make a frustrating process feel smarter.

The rest of the hardware helps support that pitch. AtomForm says the system can support up to 12 materials and up to 36 colors in one print setup, which is far beyond what most consumer-level multicolor machines currently offer. The company also says nozzle swaps can be up to 50 percent faster and filament waste can be reduced by up to 90 percent compared with traditional purge-based systems. If those claims hold up in broader real-world use, the Palette 300 could become a very compelling option for makers, designers, and small creative studios that want more ambitious color work without the usual trade-offs.

There is also a serious performance story here. The Palette 300 is equipped with FOC step-servo motors and is rated for speeds up to 800 mm/s, with acceleration up to 25,000 mm/s². That puts it firmly in the high-speed conversation, but the machine is not just about raw pace. AtomForm is also emphasizing precision, thanks to a smart positioning system that identifies nozzle attributes and compensates for microscopic alignment variations in milliseconds. On paper, that should help maintain consistency even in more demanding prints.

Another detail that stands out is the RFD-6 filament management system, which combines drying, storage, and feeding in one setup. Its dual-zone design allows one section to dry filament while another feeds material into the printer. That may sound like a smaller feature compared with the nozzle-swapping system, but it speaks to the broader thinking behind the machine. The goal seems to be reducing friction across the entire printing workflow, not just solving one isolated issue.

So, is this the best multicolor 3D printer? Right now, it is probably more accurate to say it is one of the most intriguing. The Palette 300 brings a genuinely fresh idea to a space that can often feel iterative, and that alone makes it worth paying attention to. Its approach to nozzle swapping could prove to be a meaningful step forward for multicolor FDM printing, especially if it delivers on waste reduction and speed in everyday use.

After seeing it first at CES and then again in San Jose, my takeaway is that the MOVA AtomForm Palette 300 has the potential to be a standout machine for anyone who cares about multicolor printing. It is ambitious, technically interesting, and clearly designed around a real user pain point. Whether it becomes the best multicolor 3D printer will depend on long-term testing, software reliability, and how well the full system performs outside the demo environment. Even so, it already feels like one of the most promising new entries in the category.

The post We Saw the AtomForm Palette 300 at CES, Now It Looks Even More Interesting first appeared on Yanko Design.

AtomForm Palette 300 3D Prints in 36 Colors With 12 Dedicated Nozzles

Posted on by

Desktop 3D printing has always promised “anything you can imagine,” but in practice, that usually means single-color PLA, lots of tinkering, and a trash bin full of purge towers. The gap between colorful renders and what actually comes out of most desktop printers has been wide enough to make many designers quietly give up on FFF for anything beyond simple prototypes. AtomForm’s Palette 300 shows up at CES 2026, trying to close that gap.

AtomForm Palette 300 is a 12-nozzle, enclosed 3D printer built to combine up to 36 colors and 12 materials in a single print. It uses a rotating OmniElement automatic nozzle-swapping system, where each nozzle stays dedicated to one filament. AtomForm claims that the approach cuts filament waste by up to 90% by avoiding constant purging, while still hitting 800 mm/s print speeds and 25,000 mm/s² acceleration in a 300 × 300 × 300 mm enclosed cube.

Designer: AtomForm

Most multi-material printers either swap entire toolheads or force a single nozzle to purge every time you change color, which costs time and plastic. The Palette 300’s turret of 12 filament-dedicated nozzles can jump from one to another without constant reloading, so complex color and material changes do not feel like a penalty. That means a product prototype can have brand-accurate colors and soft-touch grips in one pass.

The 350°C hotend and 300mm cube volume give headroom for engineering filaments and larger pieces, not just small decorative figures. A prototype sneaker with flexible soles and rigid eyelets, or an architectural mock-up that mixes translucent windows with textured facades, can happen in one job instead of several glued-together prints. That kind of integration changes how much iteration fits into a day and how confident you can be that parts will actually fit together.

Reliability is where the AI and sensing layer come in. The Palette 300 uses more than 50 sensors and four AI-powered cameras to watch the print in real time. Those systems automatically calibrate nozzle alignment across all 12 extruders and look for defects before a long job is ruined. For complex, multi-hour prints, that is the difference between trusting the machine to finish and spending the afternoon hovering nearby.

The studio-friendly details matter just as much. The fully enclosed design, ≤48 dB noise rating, and built-in air filtration make it plausible to run the Palette 300 in a shared office or classroom instead of a back room. It can connect to up to six RFD-6 filament boxes that keep 36 spools dry and ready, so a full color and material library can stay loaded instead of living in cardboard boxes.

AtomForm Palette 300 is an attempt to move multi-color FFF from novelty into something designers can rely on. It is a first-generation machine from a new brand, so long-term reliability and software polish still have to be proven. But the combination of 12-nozzle hardware, AI-assisted oversight, and a thought-through filament ecosystem makes it one of the more interesting 3D printers to come out of CES 2026, especially for people tired of choosing between detail, color, material diversity, or speed.

The post AtomForm Palette 300 3D Prints in 36 Colors With 12 Dedicated Nozzles first appeared on Yanko Design.

LEGO And Creality Come Together in This Incredibly Detailed Ender-Inspired 3D Printer Model

Posted on by

LEGO and 3D printing occupy similar creative territory, both letting you turn ideas into physical objects through systematic processes. Yet despite this natural kinship, there’s never been an official LEGO model of the specific machine that’s currently democratizing small-scale manufacturing. This fan submission fixes that gap with a recognizably Ender-inspired design that captures both the utilitarian aesthetic and basic kinematic structure of Creality’s popular printer lineup.

The build doesn’t actually function like some ambitious LEGO projects (there’s a working LEGO Turing machine out there made from 2,900 bricks), but that’s not really the point. Someone unfamiliar with 3D printing could assemble this and understand how Cartesian motion systems work, how the hotend assembly relates to the build plate, and why those vertical lead screws matter for Z-axis stability. For people who already own an Ender or similar machine, it’s more about the novelty and nostalgia of seeing familiar hardware translated into a tabletop collectible to admire and cherish.

Designer: Guris14

Paying homage to the Ender 3 is fitting, since it was literally the first 3D printer for so many people, quite like an entire generation having a Nokia first phone. Creality sold hundreds of thousands of these things, maybe millions at this point, and the design became the default mental image of what a 3D printer looks like for an entire generation of makers. That boxy aluminum frame, the single Z-axis lead screw on earlier models (this LEGO version appears to reference the dual-screw V2), the bowden extruder setup with that blue PTFE tube snaking from the frame-mounted motor to the hotend. That characteristic black and silver color scheme with blue accent components has become as visually shorthand for “budget 3D printer” as the beige tower was for 90s PCs. Designer Guris14 scaled the model down from the Ender 3 V2’s actual 220x220x250mm build volume to something desk-friendly, but kept the proportions honest enough that you immediately recognize what you’re looking at.

What’s impressive is how the mechanical systems translate into LEGO’s vocabulary without completely abandoning accuracy. The Z-axis uses what appears to be LEGO’s ribbed hose pieces to represent lead screws, with the gantry able to move up and down the vertical supports. The X-axis gantry rides on a black beam that mimics the 2040 aluminum extrusion found on real Enders, while the hotend assembly hangs from a carriage with that signature blue bowden tube curling back toward the extruder. The build plate sits on a Y-axis assembly with its own lead screw mechanism, and there’s even a LEGO logo on the build-plate, like perfectly placed branding!

Flip the model and you’ll find representations of the motherboard and power supply tucked beneath the build plate, exactly where Creality positions them on the actual hardware. There’s that angled LCD screen mount on the front right corner, positioned just like the stock Ender setup. Even the spool holder perched on the top frame gets included, which is the kind of completeness that separates a thoughtful recreation from a surface-level approximation. You could hand this to someone who’s never seen a 3D printer and they’d walk away with a surprisingly accurate mental model of how these machines are structured.

The project currently sits on the LEGO Ideas website, where fans share their own creations and vote for their favorites. Lucky builds that hit the 10,000 vote mark move to the review stage where LEGO actually considers it for production. That’s always been the tricky part with Ideas submissions. You need a concept that’s simultaneously niche enough to excite enthusiasts but broad enough that LEGO thinks they can sell tens of thousands of units through their retail channels. A 3D printer model lives in an interesting space there. The maker community overlap is real and passionate, but you’re also asking LEGO to produce a set celebrating a technology that competes with their own manufacturing process in certain contexts.

Still, LEGO has greenlit plenty of sets that celebrate tools and technology. The Typewriter, the Polaroid camera, the various Technic construction vehicles, all of these acknowledge that people enjoy building detailed models of machines they find interesting or useful. A 3D printer fits that pattern perfectly, especially as these devices become more common in homes and schools. The educational angle writes itself: here’s a hands-on way to understand additive manufacturing without dealing with bed leveling or filament moisture. Whether that’s enough to get LEGO’s product team on board is another question entirely, but stranger things have made it through the Ideas gauntlet. The NASA Apollo Saturn V started as a fan submission. So did the ship in a bottle.

The post LEGO And Creality Come Together in This Incredibly Detailed Ender-Inspired 3D Printer Model first appeared on Yanko Design.