Flashforge 3D Printers & Filament Reviews & Tips

Explore how PLA temperature affects extrusion, layer adhesion, surface details, and print strength. Learn how to adjust settings based on filament type, speed, nozzle size, and common printin...

This article explains the best PLA bed temperature for stable 3D printing. It recommends starting at 50°C to 60°C, then adjusting in 5°C steps based on adhesion, warping, or elephant foot....

ABS filament is a strong, heat-resistant 3D printing material for functional parts, prototypes, housings, brackets, and tools. This article explains its key properties, common uses, print settings,...

ASA is widely used for outdoor and functional 3D printing because it offers strong UV resistance, weather durability, and better heat performance than many beginner filaments. It is a good ...

TPU is one of the most useful flexible 3D printing materials. It can bend, stretch, absorb impact, and return to shape, which makes it suitable for protective covers, grips, seals, gaskets, we...

PLA plastic is one of the easiest materials to start with in FDM 3D printing. It prints at relatively low temperatures, shows clean surface detail, and usually needs less setup work than materials ...

TPU 3D printing is used for flexible, durable parts but needs careful setup. This guide covers TPU hardness, key print settings, drying, and common issues like stringing or clogging. It also explai...

TPU filament is widely used for parts that need flexibility, impact resistance, or repeated movement. It works well for gaskets, protective pads, phone cases, cable organizers, wearable parts, and ...

Stuck on the PLA vs ABS filament debate? Compare strength, heat resistance, and printability. Discover when to choose Flashforge HS-PLA for detail or ABS for durability.