Guides
You have just pulled a functional bracket off the print bed. It looks perfect, the dimensions are dialed in, and the material datasheet promises it can hold 50 kilograms. But when you bolt it to the wall, it snaps under a fraction of that weight. It can be incredibly frustrating
Guides
Shopping for a maker, tinkerer, or tech geek can feel like navigating an alien landscape. When hunting for gifts for tech enthusiasts who spend their weekends talking about "extrusion rates," "bed adhesion," and "layer lines," you already know the struggle. They seem to have
30 Print-Ready Models. Zero Setup. Just Print. With U1 now ONE WEEK AWAY from being in-stock globally, we are reminded of a moment every maker knows well — the excitement of a new machine, followed by a simple question: what should I make first? With Snapmaker U1, that moment just got
30 Print-Ready Models. Zero Setup. Just Print. With U1 now ONE WEEK AWAY from being in-stock globally, we are reminded of a moment every maker knows well — the excitement of a new machine, followed by a simple question: what should I make first? With Snapmaker U1, that moment just got
With the launch of Snapmaker U1, we are publishing the modifications we’ve made to three widely used open-source projects: Klipper, Moonraker, and Fluidd. These projects form the foundation of U1’s firmware system. Over the course of development, we have significantly extended and adapted them to support U1’s
Using the Snapmaker Rotary Module and Rest Machining with Fusion 360 By Dominik Bilitewski 1. Project presentation and motivation Although I have never played chess in my life, I have always been fascinated by the game itself, but above all by the aesthetics of the chess pieces. A high-quality chess
Hi Snapmaker Community, Over the past month, our U1 Test Pilot Program has been in full swing. We shipped 19 beta units to experienced community members and past Snapmaker video contest winners. They have provided detailed feedback that has been invaluable in refining the U1 before full-scale production. This blog
Tool changer 3D printers are redefining the possibilities of multi-material printing. Unlike traditional designs, these advanced machines feature a system that can automatically swap between different tool heads during a single print job. This core capability opens the door to creating complex parts with multiple materials and colors, without the
This week, we're unveiling the next era of Snapmaker: the U1, a high-speed, multicolor, multimaterial 3D printer, powered by an independent 4-head extruder swapping system: SnapSwap™.
Hearing your print nozzle scrape against the build plate is one of the worst sounds in 3D printing. Not only does a nozzle that is too close to the bed guarantee a failed first layer, but it can also permanently damage your PEI sheet or clog your hotend. If you
If you have a 3D printer sitting on your workbench right now, you already know it feels a bit like magic. Whether you are prototyping a complex mechanical part, crafting a stunning cosplay helmet, or just printing a functional headphone stand, additive manufacturing has completely changed the way we create.
It is a uniquely frustrating experience: you spend hours designing a multi-part assembly in CAD, wait 12 hours for the print to finish, and then discover the pieces don’t fit together. The peg is too thick for the hole, the hinge won't move, or the snap-fit joint
With the launch of Snapmaker U1, we are publishing the modifications we’ve made to three widely used open-source projects: Klipper, Moonraker, and Fluidd. These projects form the foundation of U1’s firmware system. Over the course of development, we have significantly extended and adapted them to support U1’s
Selling 3D prints legally requires checking CC licenses, avoiding copyrighted fan art, purchasing commercial designer rights, pricing with full cost calculations, and using efficient 3D printers to cut waste for steady profits.
Targeted 3D printer hardware & software upgrades—hardened steel nozzles, PEI plates, enclosures, filament dryers and optimized slicer settings—greatly boost print quality, reliability, material compatibility, while modular laser & CNC modules expand machine functionality without buying a new unit.
The first 3D printer was invented in 1984 by Chuck Hull. Discover the full history of additive manufacturing, from Dr. Kodama's early concepts and the 2009 patent expiration to the rise of modern high-speed, multi-functional desktop machines.
Master heat-resistant 3D printing by understanding Tg vs HDT. Learn why materials like ASA, PC, and Nylon require advanced hardware such as enclosures and hardened nozzles for success.
Snapmaker U1 is entering its next phase - not just as a product, but as an evolving platform. Over the past few months, we’ve seen incredible momentum from the community. Today, we’re excited to share a set of updates that, taken together, represent a major step forward for
It can be frustrating to spend time and money assembling an Easter basket, only to watch cheap plastic toys break by noon and the sugar crash hit by mid-afternoon. If you are exhausted by the consumerist overload that often accompanies holidays, you are not alone. More families are shifting away
If you’ve been 3D printing for a while, you remember the "old days." You’d buy a new roll of 3D printer filament, load it up, and then spend twenty minutes tweaking temperature settings, flow rates, and retraction distances just to get a decent first layer. But
In the early days of additive manufacturing, the question "what can you 3D print?" had a short, somewhat disappointing answer: brittle, monochromatic plastic. The industry was defined by the limitations of the machine—wobbly frames and inconsistent hotends that struggled to melt anything more robust than a simple
