Guides
3D Benchy is the most widely printed 3D object that is a hallmark for testing your 3D printer’s capabilities. It’s a powerful diagnostic tool, not just an ordinary 3D print. Do you struggle with imperfect 3D Benchy prints? Well, the outcome of your 3D Benchy helps you determine
Laser engraving and cutting technology enables creators to transform materials like wood, acrylic, and leather into intricate designs and functional parts. For hobbyists and small businesses using devices like the Snapmaker Artisan, managing fumes and particles is essential for safe operation. Many users ask: can a laser cutter be used
TPU (Thermoplastic Polyurethane) filament is prized for its flexibility, durability, and abrasion resistance — but it’s also highly sensitive to moisture. In this ultimate guide, we'll dive into the optimal drying temperatures for TPU. Table of Contents ▼ Key Points For optimal results, dry Snapmaker TPU filaments at 65-70°
Precision laser engraving and cutting is the most in-demand technique when it comes to customization or intricate craftsmanship. It has become indispensable across several industries–art, manufacturing, design, etc. Precision laser engraving etches fine details on various materials with accuracy and precision. But what's the difference between accuracy
The efficiency and performance of your diode laser engraver and cutter largely depends on how regularly maintained they are. A well-maintained laser engraver ensures high cutting accuracy (whether you are engraving wood, metal, or acrylic), safety, and longevity. If your laser engraver has started malfunctioning or is creating choppy prints,
Few things are as frustrating in 3D printing as watching your first layer fail. That crucial base layer sets the stage for your entire print, and if it's not right, the whole project can go south. While the symptoms might look different, many first layer problems share common
CNC machines are no longer just for industrial setups. In recent times, desktop CNC machines have been slightly gaining popularity, and therefore, it is easier, cheaper, and most accessible to manufacture from home. Nowadays, CNC machines enable die-hard DIYers, craftsmen, and small-scale business people to get their custom prints right
Failed prints, support structures, prototypes destined for the bin, the colorful "poop" purged during multi-color prints – if you're involved in 3D printing, you likely have a growing collection of filament waste. It's a common sight in workshops and labs. This often leads to the
FDM 3D printing is a quite common 3D printing technology that builds objects layer by layer by extruding melted material through a filament. Like any other printer, a 3D printer also experiences wear and tear and breakdown if it’s been in operation for ages. Ensuring its maintenance on time
Guides
Do your 3D prints often come out distorted or uneven than intended? You may be experiencing 3D print warping. Warping happens for several reasons and is often frustrating for many people. But why does it happen in the first place, and how to prevent warping 3d printing? This blog sets
Guides
In the evolving landscape of manufacturing, choosing the right process is paramount. While injection molding and 3D printing are often presented as competing methods, understanding their fundamental differences reveals that they serve distinct purposes and cater to different scales of creation. This blog post aims to move beyond a simple
Guides
Removing supports is a key step in post-processing 3D prints. Supports help with overhangs and complex designs, but they must be carefully removed to avoid damaging the final print. This guide covers the best methods of how to remove supports from 3D prints and tips for cleaner results. Table of