Shining 3D Metrology

A collection page of 3D Printer Superstore

category
Products
11
Active ads
0
Depth
Published
2026/02/19

About

Shining 3D Metrology Series | Quality Control & Inspection The Shining 3D Metrology series is an elite tier of industrial 3D measurement systems specifically engineered for high-precision quality control, dimensional inspection, and automated manufacturing. This range represents the pinnacle of Shining 3D's technical capability, featuring the OptimScan Q series for ultra-fine detail capture with accuracy up to 0.005mm, and the FreeScan Trak series for markerless dynamic tracking on large-scale industrial components. These systems are certified to international VDI/VDE 2634 and ISO 10360 standards, providing traceable data for mission-critical sectors such as aerospace, medical device manufacturing, and automotive QA. By integrating with SHINING3D Inspect software, these tools enable Australian manufacturers to perform comprehensive GD&T analysis, deviation mapping, and automated batch reporting directly on the shop floor. Industrial Inspection Workflows: Precision & Consistency The Metrology series moves beyond general design and enters the realm of certified verification. Our laboratory insights highlight four primary applications for these high-end systems: Automated Quality Control: Deploy the RobotScan series for inline or near-line inspection. These systems use pre-validated scan paths and robotic integration to eliminate operator error, ensuring every part in a production run meets its specified tolerances. Precision Small-Part Inspection: The OptimScan Q series utilises high-resolution 12.3MP cameras and blue LED fringe technology to inspect tiny mechanical components, electronics, and precision moulds. It captures minute surface deviations that handheld scanners might overlook. Large-Scale Markerless Tracking: The FreeScan Trak and FreeScan Omni systems use optical dynamic tracking to digitise oversized parts—like aircraft wings or turbine blades—without sticking reference markers on the object. This is essential for protecting delicate finishes