ZeroTouch logo
US Flag
Search
ZeroTouch logo
Industries banner

Automotive

High volume in-line and offline inspection on the manufacturing shop floor. Precision inspection of complex parts, and assemblies.

Precision at Speed: Transforming Automotive Manufacturing with ZeroTouch Metrology
In the high-paced world of automotive manufacturing, accuracy and efficiency are paramount. ZeroTouch Metrology brings cutting-edge, non-contact measurement technology to the automotive industry, enabling manufacturers to inspect critical components with unparalleled precision—without slowing down production. From engine parts to EV rotor stacks, our solutions ensure quality control at every stage of the process, enhancing performance, reducing waste, and accelerating production timelines.

Key Benefits:

  • Enhanced Efficiency: Speed up measurement cycles without compromising accuracy.
  • Zero Contamination Risk: Non-contact inspection avoids part contamination and wear.
  • Improved Quality: Achieve flawless part geometry and reduce scrap rates.
  • Scalable Solutions: Seamlessly integrate into high-volume production lines.

Key Applications

  • Contact us to discuss your needs
Electric-motor
Stator Inspection
Color Map
Point Cloud Detail
Feature Extraction

Advanced Solutions for Automotive Manufacturing

Advanced Solutions for automotive e mobility

Small Footprint, big performance

Replace the need for multiple, slow coordinate measurement machines with inline inspection with the ability to automate loading and completely couple to the manufacturing process.

Non-contact inspection at the speed of light

Non-contact inspection at the speed of light

The ZeroTouch® family of non-contact, high-speed metrology and inspection platforms is designed to simultaneously capture and measure multiple part features for rotors, stators, brake disks, and other parts that fit within the measurement envelope. An innovative, production-ready system, ZeroTouch captures and analyzes millions of data points faster than conventional metrology systems by combining multiple non-contact sensors to generate a high-density, micron-level digital twin of the component.

Brake in line non contact inspection

Comprehensive part analysis and process monitoring

Inspect and analyze part workpieces for in-station for all key process characteristics. Utilize the digital twin point cloud captured to perform what-if analysis of features not previously analyzed to support engineering investigations and quality improvement projects.

Contact Us









Terms and Conditions | Privacy Policy