3D Printing Guides

Which filament to use for parts that live outside: Eolas Prints ASA, PETG UV Resistant and TPU Flex D60 UV Resistant compared on UV, heat, weather and printability, with design tips for outdoor parts.

How Eolas Prints TPU Flex 93A, D53 and D60 UV Resistant compare – Shore hardness explained, print settings, extruder requirements and which grade to choose for each kind of part.

A practical drying and storage guide for every Eolas Prints material: drying temperatures and times, how to spot wet filament, which dryer to use and how to keep spools dry.

Print UV-resistant PETG: settings, bed adhesion, drying, outdoor applications and how it compares to ASA and standard PETG. Made in Spain.

A complete side-by-side comparison of PETG and PLA filaments — tensile strength, impact resistance, heat deflection temperature, print speed, moisture sensitivity, cost, and when to use each. Includes a full printing parameters comparison table.

ASA (Acrylonitrile Styrene Acrylate) is the go-to filament for outdoor and high-temperature 3D printing. This complete guide covers ASA properties, optimal print settings, bed adhesion, post-processing, and how it compares to ABS and PETG.

A complete guide to printing with ABS filament — print settings, why an enclosure is essential, acetone vapour smoothing, bed adhesion methods, post-processing, and Eolas Prints ABS filament and pellets. Includes Bambu Lab-specific guidance.

Learn how to anneal PLA to achieve 85°C+ heat deflection temperature using Eolas Prints PLA Ingeo 850 and Ingeo 870. Includes step-by-step annealing process, design considerations for shrinkage, and before/after performance comparison.

A complete guide to printing with PETG filament — print settings, why PETG bonds to PEI without a release agent, drying guidance, transparent PETG tips, post-processing, and all Eolas Prints PETG variants including UV Resistant and Transition.