
Used to measure the roundness deviation of steel balls, detecting the degree to which their surfaces deviate from an ideal sphere. This is a key piece of equipment for assessing the geometric precision of steel balls.
These instruments utilise optical and electronic (photoelectric) principles to perform high-speed automatic detection and sorting of surface defects on steel balls, such as cracks, pits, scratches, and rust marks, enabling rapid non-contact inspection.
Used to measure the hardness of steel ball materials (e.g., Rockwell Hardness HRC). Hardness is a vital indicator of a steel ball's load-bearing capacity and wear resistance.
Employed for precise measurement of steel ball diameter, contour shape, or conducting visual surface inspections.
Used to detect vibration levels generated during the rotational movement of steel balls, evaluating their dynamic balance performance and operational stability.
Specifically designed to measure the smoothness of steel ball surfaces, assessing surface finish and machining quality, which directly impacts friction performance and service life.
