Calibration lab quotes are often based on ideal conditions, but the true costs of calibration testing can remain hidden from metrics. When these costs appear, managers may blame the lab. By using risk control tools and investing in quality equipment, labs can reduce these hidden expenses.
How do sounds like birds chirping or your favorite song make you feel? They represent analog information. Analog design captures this data through electronic circuits, linking the analog world to digital technology. This article explores the analog circuit design cycle, opportunities, and the future of circuit design.
AHP Hydraulics, a Belgian solutions integrator known for delivering "smart solutions in hydraulics," faced a significant challenge from client SIDEM NV, which needed a more precise ball joint tester for its automotive suspension and steering units.
Hikrobot smart cameras from Absolute Gauge Technologies are compact, all-in-one machine vision systems for image acquisition, processing, storage and communication.
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.
An exciting addition to hardness testing is the integration of AI-based indentation evaluation, which enhances the precision and efficiency of hardness mapping.
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.
All the robots in the world won’t help your assembly process if your parts are not in the right place or the right orientation for pick up. Vision systems can help. Here’s a look at four of the latest technologies.
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.
To meet the new torque and rpm requirements, the gears for electric drives must be designed with tighter manufacturing tolerances, especially in terms of lead and profile characteristics.
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.