Automakers have difficulty in inspection of large automotive molds. How does 3D scanning help automakers stand out in the highly competitive automotive manufacturing market?
Ensuring top-notch battery systems is vital for electric vehicle manufacturers and suppliers. Thoroughly examining critical structural components such as the battery frame, upper cover, and tray is essential for achieving optimal performance and safety on
The article helps you to gain a basic understanding of automotive stamping part inspection and how CMM, inspection gauge, and 3D scanner performs in inspection.
This blog will show you how Scantech’s tracking 3D scanner, TrackScan-Sharp, can help measure the stator frame precisely and efficiently and determine the machining allowances, which significantly enhances the quality and efficiency of subsequent processi
By capturing the full and accurate geometric data of parts, 3D scanning can contribute to the mold construction, blank inspection, and postprocessing, greatly enhancing efficiency.
This blog will show you how Scantech’s 3D laser scanner AXE can help you inspect sheet metal stamping parts quickly, precisely, and easily. It can scan the whole shape of stamping parts in just a few minutes, and check it against the CAD model to find out
Handheld 3D laser scanner with global photogrammetry system can quickly detect precise 3D data of trucks, and asc data files applied to truck modification.
The remarkable capabilities of the TrackScan-Sharp, with its expansive measurement volume and advanced optical tracking, streamline the scanning process, enabling comprehensive surface scans without the need for frequent repositioning. This efficiency min
Scantech’s 3D scanning technology provides a practical solution for accurately measuring and analyzing automotive molds, which can enhance the precision and quality of mold production, leading to better-fitting parts and more reliable vehicles.
ScanTech handheld 3D laser scanner can easily break the limit of traditional method in footprint data collection, and extremely obtain 3D data of objects
