News

This blog post explores effective strategies for combatting heat creep during the hot Aussie summer, a common challenge for 3D printing enthusiasts. It delves into the definition of heat creep, how to identify its symptoms, and practical solutions such as improving airflow, adjusting temperature settings, and selecting heat-resistant materials. By implementing these strategies, you can maintain the performance and reliability of your 3D printer and continue producing high-quality prints despite rising temperatures. 

FEP, nFEP, or ACF? It’s not just about price, it’s about installation time, print settings, and longevity. We compare all three based on real customer support experience, and explain why ACF is now the economical choice for most resin printers.

Conquering Heat Creep: A 3D Printer's Nemesis" delves into the challenges posed by heat creep in 3D printing. This article explores the causes and symptoms of heat creep, which can lead to filament jams and poor print quality. It offers practical solutions and expert advice to help 3D printing enthusiasts and professionals effectively manage and prevent this issue, ensuring smoother and more reliable printing experiences

GT1.5 vs GT2 timing belts for 3D printing: which is better for DIY builds? Learn the key differences and why GT2 remains the most reliable and precise option.

Discover the standout features of DREMC’s black PEI flex plates, designed to enhance durability, adhesion, and print removal. We compare three unique variants to help you find the best match for your 3D printing setup.

We run and repairs a bunch printer and we’ve tried all the options. Here’s when a single nozzle wins, why dual-toolheads rule for support material, how EMU stacks up against off-the-shelf filament switchers, and the dream setup that isn’t quite here yet.

0.4mm became the default because of a drill bit E3D had on hand, not because it’s optimal. We’ve been printing everything such as Voron parts, custom jigs, filled materials, customer jobs, at 0.5mm for years. Here’s why nobody’s complained, why clogged nozzles disappeared, and the one question you should ask before buying your next nozzle.

A nozzle upgrade can silently destroy your print quality if you don't account for thermal conductivity. We break down the real failure modes of brass, hardened steel, plated copper, tungsten, SiC, and diamond nozzles, and reveal the 0.5mm sweet spot most people overlook.

PLA filament turning brittle is a common frustration for 3D printing enthusiasts, often caused by moisture, UV exposure, or temperature changes. Learn why your filament weakens over time and discover simple storage, handling, and drying tips to keep your spools in top condition for smoother, more reliable prints.