Knowledge Base
12 August 2026 • 7 min • →
Tool Changer, IDEX, or AMS? Which 3D Printing Technology Is Best for Industrial Use?
IDEX, AMS, or Tool Changer — which is best for industrial 3D printing? It's not multi-color printing that matters, but support materials, automatic filament switching, and production reliability.
FDM Technology Multi-material
Reverse Engineering
9 August 2026 • 5 min • →
Remanufacturing a Restaurant Pager's Rubber Frame with TPU 3D Printing
A restaurant's order-ready pagers had aged, split rubber frames, but the manufacturer only offered a full unit replacement. Precision remeasuring and FDM TPU 3D printing delivered an economical, durable replacement part — chosen over MSLA elastic resin for long-term flexibility.
TPU FDM Reverse Eng.
Reverse Engineering
7 August 2026 • 3 min • →
Remanufacturing a Motorcycle Fog Light Bracket with 3D Scanning and PA12-CF15 Printing
Replacing a missing motorcycle part with a digital manufacturing process: 3D scanning, mirrored reverse-modeling, and carbon-fiber-reinforced PA12-CF15 FDM printing — a precisely fitting, durable replacement part with no factory source.
Reverse Eng. 3D Scanning PA12-CF15
Knowledge Base
4 August 2026 • 6 min • →
3D Printing Speed in Practice — What Does 600 mm/s Actually Mean?
600 mm/s looks impressive on a spec sheet — but real-world industrial FDM printing speed is set by acceleration, material flow, and cooling, not the headline number.
FDM Speed Technology
Case Study
1 August 2026 • 6 min • →
Manufacturing a Solar Park Model with FDM 3D Printing
Manufacturing a custom, scale-accurate solar park display model with FDM 3D printing for a recurring industrial partner: a 50–60 part, true-to-character model from CAD design through final assembly.
FDM PETG Industrial Model