Scanning and Reverse Engineering
3D scanning and data reconstruction to validate, improve or reproduce critical parts. Digitize your components and print them directly via our subsidiary, Binder3D.
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Zero-Noise Metrology.
The empirical precision of an optical 3D scan is entirely reliant on the physical stability of the object being scanned. In flexible, organically shaped, or awkwardly weighted parts, even microscopic movements or environmental vibrations during the scanning process result in misaligned data points. This creates “noise” in the point cloud, rendering the resulting digital mesh useless for high-tolerance mechanical engineering. Overcoming this requires highly rigid, custom-built holding mechanisms.
Scan. Model. Replicate.
Highly accurate reverse engineering begins with absolute physical stability. We engineer and manufacture highly specialized scan molds designed specifically to hold your unique component perfectly in place during the scanning process. By rigidly securing the part, you achieve a significantly higher degree of metrological accuracy, ensuring that your scans are flawless and entirely repeatable across multiple parts. Furthermore, we offer a complete, closed-loop digitization service. Through our specialized subsidiary company, Binder3D, you can have your complex parts professionally scanned, reverse-engineered into digital models, and immediately have them utilize their advanced industrial 3D printing technology to physically print the scanned part, providing a seamless transition from physical to digital and back again.
Let’s talk about your manufacturing challenge
Whether it’s tooling, inspection or automation: we help manufacturers improve quality, efficiency and control. Tell us about your application — our technical experts will respond quickly.
GeTech B.V.
De Noesten 62,
9431 TG Westerbork
The Netherlands
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