Moisture can wreak havoc on 3D printing filaments, leading to poor prints, stringing, and brittle material. Whether you're working with PLA, 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...
Apply silicon sealant or caulk along the edges of the wood pieces to glue them together. The sealant aids in creating an airtight frame, essential for effective vacuum forming. Use clamps to hold the pieces together as they dry. 4. Preparing the Plastic Holder Create a frame slightly larger ...
Nylon, TPU and even PETG are an entirely different matter. When some of these filaments are left unwrapped for even 24 hours, they can pick up enough moisture to cause a failure. Below, we’ll show you several ways to keep your filament safe and organized. We also have instructions on ...
PETG is another common and affordable FFF material. PETG is particularly hygroscopic meaning it’s prone to swelling. On the flipside, PETG has a high heat resistance so printed parts can be kept outside in direct sunlight without issue, and they can stand up to hot (although not boiling) ...
PETG: 60 °C–70 °C (140 ℉–158 ℉) PC: 120 °C–130 °C (248 ℉–266 ℉) Generally speaking, it is necessary to dry the filament as soon as you find it wetted. The longer it is being wet, the more difficult for you to dry it. ...