From the Workshop

We compare the differences between TPC and Nylon (PA) on a part-by-part basis in terms of flexibility, wear, load-bearing, heat, outdoor use, and printing difficulty.

We compare the differences between TPU and Nylon (PA) in terms of flexibility, wear, heat, printability, and functional part selection.

We compared glass fiber reinforced and polycarbonate filaments in terms of rigidity, heat, impact resistance, printability, and part type.

When choosing between PLA and polycarbonate (PC), printability, heat resistance, impact strength, and cost logic are the key factors; we compared which one makes more sense for which part in [...]

When choosing between carbon fiber reinforced filament and polycarbonate, stiffness, heat resistance, impact performance, and print difficulty can vary significantly, and this guide clarifies [...]

When choosing between PETG and ABS+, printability, heat resistance, impact behavior, and which material makes sense for which part all depend on the use scenario.

When choosing between PLA+ and ASA, outdoor use, heat, impact resistance, ease of printing, and cost logic are the key deciding factors.

We compared glass fiber reinforced and nylon (PA) filaments in terms of stiffness, wear, impact, heat, and print difficulty to see which makes more sense for which part.

PLA or Nylon? We compare two popular FDM materials in terms of prototyping, heat, impact, wear, printability, and cost logic.

When choosing between ABS+ and ASA, the real difference comes down to outdoor durability, UV resistance, printability, and everyday functional use cases.