Items Tagged with 'handheld gages'

To simplify the interface, touchscreen monitors were integrated with metrology software. This eliminated dedicated controllers and made the system much easier to use, leading to the revolution of touch metrology. Today, touch technology and controllers are widespread on the manufacturing floor.

For precise bore measurements, handheld gages are limited as human feel impacts the readings, especially when checking bores in-machine. A more accurate solution, such as the Indicating Plug Gage, eliminates operator influence, ensuring stable readings and efficient recording of taper, ovality, size, and other crucial parameters.

Experts advise that calibration schedules should be both flexible and systematic. Alongside calibration and inspection, simple practices such as regular cleaning and proper storage are crucial for maintaining the accuracy and longevity of measurement tools, ensuring consistently high standards of precision and quality in manufacturing processes.

Handheld X-Ray Fluorescence (HHXRF) analyzers verify materials quickly, reliably and cost-efficiently. They can identify a material’s elemental makeup within seconds, making it easier for manufacturers to select the right metal grades and tolerances for their needs. 

Machined parts commonly have sharp edges and corners that are “broken” for a variety of reasons in a process called edge break.

Bridging the gap is a popular idiom derived from Old English. In its earliest use—and not surprisingly—bridge meant “to make a causeway” and gap meant “an opening in a wall.” So, to the drywallers, civil engineers, and road construction crews of the early 14th century (Ha!), bridging a gap was quite literal.

Quality control measurement continues to evolve, especially as coordinate measuring machines (CMMs), 3-D measurement tools and other inspection innovations gain popularity.