Gauging & Thickness Measurement Systems

Salem NDT specializes in building dimensional gauging systems and thickness measurement gauges to inspect parts for accurate and reliable results.

Gauging Systems For Dimensional Measurements

Automatic measuring machines and manual gauge stations for accurate part inspection.

Salem NDT offers an innovative measurement and thickness inspection system for the automotive parts industry. Latest technologies are used for product thickness measurement while profiles are created using dimensional gauging measurements and software. Flexibility and quality, as well as reliability can be designed into a custom machine for your specific application. This has made Salem Design & Manufacturing one of the leading suppliers of thickness and measurement systems using gauges in the automotive industry.

As your solutions partner of thickness and width measurement systems based on eddy current and distance sensors, Salem NDT offers a comprehensive product range of machines that can be integrated into your manufacturing process. Check out the types of gauging machines and systems below that we can build and integrate into your material processing needs.

Common Types of Components Gauging Machines Perform Thickness Measurement Inspections For:

Eddy Current Testing Machine

  • Axles
  • Shafts
  • Brake Shoes
  • Rings
  • Automotive Spindles
  • and more

When you choose Salem Design & Manufacturing, we guarantee that our experience and knowledge in application analysis and testing will deliver a complete inspection solution that provides you with a competitive advantage of having a zero defect part inspection capability.

 

Need ACustom System?

Salem Design & Manufacturing is the leader in custom configuration of Dimensional Gauging Systems and can deliver a fully turnkey solution that meets your needs. If you need something beyond the standard Dimensional Gauging Systems products above, contact us to discuss your project requirements and we’ll work with you to develop the perfect system.