Featured Stories

RSS

In the manufacturing world there are many different types of data collection. Some types involve production counts or machine up time, but this discussion is centered on data collection for establishing and monitoring product quality. 

Regardless of your industry, manufacturers face similar challenges—increasing costs of raw materials, labor and talent shortages, global competition, and other factors limiting profitability. More than ever, manufacturers must create products more quickly and efficiently while maintaining the highest quality standards.

Surface finish affects how a part will fit, reflect light, transmit heat, wear, distribute lubrication, accept coatings and more. The right finish should ultimately be determined by the part’s function and the engineering requirements of the application.

Compression is the application of pushing or crushing forces acting upon an object or a material that allows it to become squeezed or squashed. It is the opposite of tension, or the application of pulling forces that allow a material to stretch or elongate.

Computers and software play a major role in force measurement and quality control. Whether in the engineering lab, quality control inspection area, receiving inspection or on the production floor, the use of computers and measurement software are beneficial to product quality and production efficiency.

Additive manufacturing (AM) is everywhere and anywhere nowadays. Every day technical websites, and even most social media sites, are posting cool videos and new applications. 

Aero-engine discs are very critical parts since they are exposed to high stress and temperature during flights. Engine disc components such as bearing rings, fan and compressor discs are subjected to extensive inspections during the different manufacturing stages, including dimensional controls up to the detection of the tiniest surface flaws on rolling surfaces (bearing raceways).

Nondestructive Testing (NDT) is the name given to the processes designed to verify the integrity of a structure in such a way that the performance of that component is not impaired by the test.

Historically, in-process gaging has not been widely used in the machine tool industry, but today that’s changing. Gaging companies have been evolving their products and making them easier to use, while enabling users to do more with gaging routines.

For as long as there’ve been in-process gaging systems, they’ve used hydraulic or pneumatic actuators to drive them.