Resources
3D printing insights & engineering guides
Practical articles on designing, printing and developing mechanical parts — written from real projects in our workshop.
Blog
Reverse Engineering 101: Physical Part → Editable CAD
What reverse engineering really involves — measurement, design intent, parametric reconstruction and validation — and how to get an editable CAD model, not a scan.
Design for 3D Printing: 10 Rules to Avoid Failed Prints
Ten design rules we apply to every file before printing: wall thickness, overhangs, bridging, fillets, inserts, orientation, clearances, warping, detail and lightweighting.
3D Printing Warping: Why Your Enclosure Warps and How to Prevent It
Why 3D printed enclosures warp, explained with real thermal shrinkage math (ΔL = α × L × ΔT), differential shrinkage and Tg — and the practical fixes that work.
How to Design Snap-Fit Joints for 3D Printing
Snap-fit design for FDM parts: cantilever, torsional and annular joints, material choice, layer orientation, fillets, deflection limits, lead-in chamfers and failure modes.
PLA vs PETG: Which 3D Printing Material Should You Choose?
PLA vs PETG compared: tensile strength, impact and heat resistance, chemical resistance, print settings, surface finish, accuracy and the applications each suits best.
Material comparisons
Ready to start your project?
Tell us what you need — we'll handle everything from design to delivery.
Get a Quote