Test & Inspection

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Hardness testing, which began in the 1700s with Mohs' scratch test for minerals, evolved significantly by the early 1900s to focus on measuring the penetration of indenters under force. This shift led to the widespread adoption of three key methods—Brinell, Rockwell, and Vickers—standardized by ASTM International between 1924 and 1952.

Hardness testing is essential in material sciences, particularly through hardness mapping, which generates detailed heat maps from thousands of indentations. Enhanced by AI-based evaluation, this method improves accuracy and is widely used in industries like automotive and aerospace. The article discusses the methods and future of AI-driven hardness testing.

Leak testing applications are evolving rapidly as manufacturers adapt to challenges in electric vehicle production, sustainability, and automation.

Universal testing machines (UTMs) play a vital role in various industries, applying tensile and compression forces to evaluate materials. UTMs ensure quality standards are met, showcasing their versatility in maintaining product integrity across diverse sectors.

The shift to electrification in the automotive industry demands tighter manufacturing tolerances and increased NVH testing for electric drive gears. This proactive approach helps identify potential noise issues early, enhancing quality and efficiency while reducing costs.

Additive manufacturing (AM) is revolutionizing industries by enabling the production of complex metallic components, but it also presents unique challenges in quality assurance. This article examines the vital role of nondestructive testing (NDT) in ensuring the integrity and reliability of AM products.

Discover how advancements in AI and automation are transforming universal testing machines, offering enhanced accuracy and safety while posing new challenges in workforce training and user experience.

As electric vehicles become more popular on land, sea and air, high-voltage testing, analysis and validation is more important than ever.

Automotive manufacturers are using the technology to inspect battery compartments and other safety-critical assemblies.

To increase efficiency and improve safety, OnRobot employs its own automation products on its assembly lines.