MSLA support removal test: before and after support removal

2026 June 6
3D printing materials, Real 3D printing insights

MSLA support removal test: before and after support removal MSLA resin post-processing example using EM-S-AC10 engineering resin This MSLA support removal example demonstrates the final stage of the resin 3D printing process – support removal. The part was printed using EM-S-AC10 rigid engineering resin and shows how temporary support structures…

Custom ABS-FR0 flame-retardant electrical enclosure manufactured using FDM 3D printing

ABS-FR0 electrical enclosure for DIN rail components

2026 May 26
3D printing materials, Real 3D printing insights

ABS-FR0 custom electrical enclosure Compact flame-retardant electrical enclosure manufactured using engineering-grade FDM 3D printing. This small real-world project demonstrates how engineering-grade flame-retardant materials can be used for compact electrical enclosures manufactured with FDM 3D printing. Unlike standard hobby-grade materials, ABS-FR0 is designed for technical applications where higher temperature resistance, improved…

PA6-CF15 drying test: wet vs dry filament comparison

2026 May 2
3D printing materials, Real 3D printing insights

PA6-CF15 drying test Same material. Same settings. Completely different result — caused only by moisture. This PA6-CF15 drying test demonstrates how moisture directly affects 3D print quality in carbon fiber reinforced nylon. PA6-CF15 is a nylon-based carbon fiber reinforced material, and moisture has a direct impact on print quality. Even…

ABS vs. ABS-FR vs. ABS-CF: key differences and when to choose

2026 April 26
3D printing materials, 3D printing process

ABS vs ABS-FR vs ABS-CF: key differences and when to choose Comparison of standard ABS, flame-retardant ABS (UL94 V-0), and carbon fiber reinforced ABS for engineering and functional 3D printing applications. ABS vs ABS-FR vs ABS-CF are three commonly used engineering materials in 3D printing, each designed for different performance…

pps-tf 3d printing surface quality detail

PPS vs PPS-CF: differences and when to choose

2026 April 2
3D printing materials, 3D printing process

PPS vs PPS-CF: differences and when to choose High-performance engineering filaments comparison: PPS vs PPS-CF for demanding industrial applications. PPS vs PPS-CF is one of the less common but highly relevant comparisons in high-performance 3D printing materials. While materials like PLA or PETG dominate entry-level printing, polyphenylene sulfide (PPS) belongs…

Drying 3D printing filament

2026 March 30
3D printing materials, 3D printing process

Drying 3D printing filament: why it is essential for quality results Drying 3D printing filament is one of the most important steps when aiming for a stable process, a clean surface finish, and predictable mechanical properties. Even well-tuned print parameters cannot always compensate for the effects of moisture, which is…

PA6-CF vs PA6-GF: key differences

2026 February 2
3D printing materials, 3D printing process

PA6-CF vs PA6-GF: main differences PA6-CF vs PA6-GF is one of the most common comparisons when choosing a stiffer PA6-based 3D printing engineering material intended for functional parts. PA6-based composite 3D printing materials are increasingly used not only for prototyping, but also for real functional parts that must maintain shape,…