Scantech 3D Model in Automotive Industry

Creating a 3D model of a race car seat could improve seat design for driver comfort and safety, virtual testing and cost reduction, customization for individual drivers.

Scantech 3D scanner can create accurate 3D models of Corolla seats, improving ergonomics, reducing development costs, creating digital documentation, and speeding up time-to-market.

Scantech SIMSCAN portable 3D scanner's ability to quickly capture and analyze three-dimensional data contributes to efficient decision-making and improved production processes.

With Scantech SIMSCAN handheld 3D scanner, the manufacturer can accurately assess deformation deviations in the product and make necessary adjustments based on measured values.

Hairpins in motors generally refer to the wire loops used in the stator winding, but here is a 3D model of the newest generation hairpin, bent with solid copper.

A flywheel can be modeled, balanced, analyzed and inspected by Scantech SIMSCAN handheld 3D scanner with high precision and speed.

By using Scantech TrackScan-P Optical 3D Measurement System, it's easier to conduct fast and precise inspections of stamping parts.

Large object 3D scanning, yacht is hard to scan because of its size. In the project, we use Scantech KSCAN-Magic, built-in photogrammetry function can sovle the problem.

The 3D model of wheel hub can be used to inspect the quality of the wheel by comparing it against the original CAD file. The shape and geometries are accurately obtained.

Scantech 3D scanner enhances car hood design, providing benefits in fit, customization, material optimization, safety features, and overall integration within the vehicle.

Scantech 3D scanner helps enhance car door design, providing benefits in fit, customization, material optimization, safety features, and overall integration within the vehicle.

Scantech 3D scanner improves clay car modeling with benefits in precision, iteration, collaboration, and prototyping.