From the Workshop

In this TPC vs HIPS comparison, we evaluated flexibility, prototyping, outdoor use, impact resistance, and printability differences on a part-by-part basis.

We compare the differences between Copper PLA and HIPS in terms of decorative appearance, lightweight prototyping, heat, impact, printability, and cost logic.

We compared the differences between ABS+ and Nylon (PA) in terms of impact, wear, flexibility, ease of printing, and suitability for different part types.

When choosing between ASA and HIPS, outdoor durability, printability, heat resistance, and part type are the factors that make the real difference.

We compare the differences between PLA and ABS+ in terms of printability, heat resistance, impact resistance, and which material makes more sense for which type of part.

Glass fiber reinforced filament and ASA are not the same thing; we compare in practical terms which is better suited for which part in terms of rigidity, outdoor durability, heat, impact, and [...]

We compare the differences between PLA+ and HIPS in terms of printability, impact behavior, heat, cost logic, and which one makes more sense for which type of part.

When choosing between carbon fiber reinforced filament and ASA, outdoor durability, rigidity, impact behavior, and printing difficulty should all be considered together.

We compare carbon fiber reinforced filament and PETG in terms of rigidity, impact behavior, printability, cost logic, and part type.

We compared the differences between glass fiber reinforced filament and ABS+ in terms of rigidity, heat, impact, printability, and usage scenarios.