Blog

Your first 3D printer isn’t just a machine—it’s a workflow. This guide explains why wet filament causes most beginner failures and how simple habits like drying and storage can dramatically improve print success in makerspaces.

From first print to full projects, 3D printing success depends on repeatable workflows—not luck. This guide outlines a practical 4-stage learning path for makerspaces, helping beginners move from basic prints to reliable functional parts and complete builds.

3D printing speed isn’t just about mm/s — it’s about reliable throughput. This guide explains how print speed, acceleration, and flow rate impact real-world performance, and shows how makerspaces can increase output without increasing failure rates.

Personal manufacturing in makerspaces is not just about owning machines — it’s about building a repeatable system of printers, materials, workflows, and training. This guide explores how to improve uptime, standardise processes, and evaluate 3D printers based on real-world performance, not just specifications.

In community environments like makerspaces and workshops, 3D printing is far more than a hobby — it’s a practical tool that enables education, rapid prototyping, and repair. This article explores how treating 3D printing as a structured service, rather than a novelty, can unlock real value, improve workflow efficiency, and build long-term capability within your community.

Demystify the full FDM 3D printing workflow—from design and slicing to printing and finishing. Learn how to quickly diagnose common failures and improve reliability in makerspaces by understanding the relationship between file, slicer, and machine.

Understand how PLA filament really works—from CAD file to toolpath to hotend—and why common 3D printing failures happen. This practical guide breaks down temperature behavior, slicing decisions, and real-world troubleshooting to help makerspaces achieve more reliable, consistent PLA prints.

A practical guide to choosing the right 3D printing filament—compare PLA, PETG, ABS, ASA, TPU, nylon, and PC based on heat, strength, environment, and printer setup, with tips to reduce failures and improve print success.