The ZEISS ScanBox for eMotors is engineered to accurately digitize electric motor hairpins and stators for fast and reliable inspection. This automated 3D scanning solution allows complete stators, including the hairpins and individual or multiple hairpins, to be digitized and inspected precisely. Visualizing the captured 3D measurement data within the ZEISS Quality Suite allows you to perform more comprehensive analysis with powerful 3D inspection software.
The CAPTURE 3D Innovation Conference & Expo is returning for the first time since 2018, bringing together the manufacturing and engineering community to learn how advanced 3D metrology technologies enable digitalization to support a sustainable future for manufacturing.
3D scanners are non-contact coordinate measuring machines (CMMs) that capture the geometry and appearance of real-world objects and create digital 3D models known as digital twins. Various techniques are used to achieve this, but the most common method employed by modern 3D scanners is structured light 3D scanning.
3D scanners are metrology devices that capture XYZ coordinates from an object's surface, generating a 3D model or digital twin representing the part's geometry. There are various types of 3D scanners, but the most common 3D scanners work using laser-based scanning, structured light 3D scanning, or photogrammetry.
8 AM ET, October 3rd, 2023
ZEISS Car Body Tech Day
Increasing Quality Efficiency Together
CAPTURE 3D makes the fast digitalization of very large parts possible with the ZEISS ATOS LRX accurate 3D scanner.
ZEISS ScanBox for eMotors is an automated 3D scanning and inspection solution for the fast and accurate digitalization of electric motor hairpin-stator assemblies and components to support efficient quality assurance.
