Guides
Ever wondered if the filament sitting on your 3D printer shelf can power your 3D pen creations? You’re not alone. Many people ask this question when they start working with both tools. 3D pens and 3D printers are both fun and creative. They work by melting plastic filament and
Guides
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
Guides
Ever 3D printed something that looked perfect, only for it to snap with the slightest pressure? Or have you waited 18 hours for a simple model that didn't need to be solid rock? We've all been there. The secret to fixing these common problems lies in
News
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™.
Guides
The FDM (Fused Deposition Modeling) is mainly used for 3D printing techniques. The reason for that is its strength, flexibility, and the fact that it is very simple to use, people produce very good prints with it. But the catch? You have to select the correct filament, as it obviously
Guides
When we talk about "PLA 3D printing temperature," we're not just referring to one setting, but rather a delicate balance of several key temperatures: the extruder nozzle, the print bed, and even the surrounding ambient environment. Read on to find the right balance of these temperatures.
Choosing the right glue for your 3D prints can be the difference between a successful project and a brittle one. Gluing PLA parts, in particular, requires the right adhesive and technique to ensure a strong, permanent connection. This guide provides clear recommendations for the best glues for PLA and establishes
Guides
Did you know that some 3D-printed parts can be stronger than 6061 aluminum? The actual strength of 3D-printed parts depends on several factors that affect their performance in real-life applications. Many people think 3D-printed plastic isn't durable. Yet, materials like Polycarbonate pack an impressive tensile strength of about
Guides
If you're new to 3D printer technology, chances are you've heard of PVA filament. It's a popular material used for 3D printing due to its superb water solubility. It supports intricate 3D models during the process of printing with FDM dual extruder machines. Because
Acrylic: a versatile, vibrant material that sparks creativity. From sleek, personalized gifts and eye-catching signage to intricate enclosures and stunning artistic pieces, laser cut acrylic offers a world of possibilities for makers and innovators. Its durability and clean finish make it a favorite, and with the precision of laser technology,
Of all the skills a 3D printing enthusiast can learn, mastering bed leveling provides the most significant payoff. It’s the single most important process for achieving high-quality prints and the main solution for a whole host of common print failures. An unlevel bed is often the root cause of
Want to engrave a cool design on a curved object like a mug? It’s tough with regular tools. Flat surfaces work fine for 3D printers or CNC machines, but cylinders are tricky. A rotary module makes this easy, letting you craft on rounded shapes. So, what is a rotary
You've got your design ready, your printer dialed in, and you're staring at two spools of filament. One glossy, one matte. Both PLA. Which one do you grab? This isn't just about personal preference—it's about understanding what each material brings to
Personalized tumblers have surged in popularity, from simple monograms to intricate designs on premium brands like YETI. This comprehensive guide will walk you through the process of creating professionally laser-engraved tumblers at home or in your small business workshop. Table of Contents ▼ What Is a Tumbler? In modern terms, a
PETG is one of the most popular 3D printing filaments in the world, prized for its unique combination of strength, flexibility, and ease of use. But as with any process that involves heating materials, a crucial question arises for every user: is it actually safe to print with PETG indoors?
Are you tired of your 3D printer disrupting your peace with constant humming, grinding, and rattling sounds? You're not alone. Many 3D printing enthusiasts struggle with noisy printers that can be heard throughout their homes or workspaces. In this comprehensive guide, we'll explore everything you need
Have you ever seen a 3D printer make a toy, keychain, or cool shape? It all starts with a roll of plastic string. But how does that string become something solid? The answer is the extruder. The extruder is the critical component of all 3D printers. The consumable plastic filament
In November 2020, the algorithm got me. A Facebook ad came up in my feed for a sleek, cool-looking 3-in-1 machine called the Snapmaker 2.0 A350. I shared it on my timeline without much thought—just a "look at this!" moment. I was drawn to the CNC
I’ve been using Snapmaker machines since the Snapmaker Original was released. Back then, it was impressive to have one compact machine that could 3D print, CNC carve, and laser engrave — especially when space and budget were tight. Over the years, as the machines have improved, so has the way
When I first stumbled across the Snapmaker 2.0 on Facebook Marketplace, I didn’t know I was about to change the way I think about creating, repairing, and even running a business. I was just a guy who liked to tinker—but had no workshop, no formal experience, and
For over a year, I wandered around the house looking for something that could justify buying a 3D printer. A broken part, a missing bracket, some half-finished project—surely, I could find a reason. But nothing ever seemed quite good enough. Still, about five years ago, I stumbled on Snapmaker
