Moisture can wreak havoc on3D printing filaments, leading to poor prints, stringing, and brittle material. Whether you're working withPLA, ABS, PETG, or other materials, understanding how to dry filament is a critical skill for any 3D printing enthusiast. In this guide, we'll explore the im...
The physical properties of the filament change as it becomes wet. For example, the filament will swell in diameter, not easy to notice with your naked eyes though. At the same time, it will also turn harder and more brittle, which makes them easier to break, thereby increasing the dif...
PETG plastic needs to be stored in an air-tight container, such as a vacuum-sealed bag, with a couple of dessicant packs. Printing with wet PETG filament will lead to a product that is significantly weaker than expected. What are the limitations of PETG? The drawbacks in using PETG mostly...
Relative humidity inside the PrintDry filament dryer can go as low as 10% after 2-hour drying. Recommended Drying Time No.MaterialsDryer TempDrying Time 1PLA55°C (131°F)> 3h 2ABS65°C (149°F)> 3h 3PETG/CPE65°C (149°F)> 3h ...
Whether it's PP, PPFG, or OBC filament, LayerLock Build Surface for Polypropylene will provide the bed adhesion necessary to prevent warping. Achieving a strong bond between the first layer of your print and the heated bed's build surface is crucial for successfully avoiding warping. Like othe...
leads to brittleness, stringing and failed prints. However, some types of filament are less susceptible to water damage than others. PLA is fairly resistant to moisture and may print perfectly fine after years in the open air, provided that it’s being stored in a room with fairly dry ...
It grips PETG and PLA filament well without adhesive, and cleaning is easy too. Resin 3D Prints Not Sticking to the Bed You could also have adhesion issues even when using one of the best resin 3D printers around. To avoid this problem, you should start by ensuring that the build plate ...
Some of the most popular options include ABS (great for its strength and outdoor use), HIPS (affordable and easy to form), PETG (clear and food-safe), and Kydex (super durable for items like holsters). It’s important to look into the specific properties of each plastic to find the ...
What is carbon fiber 3D printing? Why do you need a large carbon fiber 3D printer? Learn how you can print strong, stiff parts with a fine surface finish and a high heat deflection with a CF filament.
PETG is a halfway house, closer to the strength of ABS, easy to shape, and relatively easy to recycle. You don't necessarily need to print in 3D with plastic: in theory, you can print objects using any molten material that hardens and sets reasonably quickly. In July 2011, researchers ...