Optical Measuring Equipment

For over many years,we optical measuring equipment company has manufactured the world's finest quality optical measuring equipment tools and precision optical measuring equipment.

More recently, we optical measuring equipment company have earned a reputation as the premier manufacturer of optical measuring equipment and related products.

Optical measuring equipment is a non-contact technique that graphically displays and measures parts with dimensions and shapes that would be hard to measure with regular optical measuring equipment tools. The heart of these optical measuring equipment systems are precision optics, superb lighting and a highly accurate work stage. The optical measuring equipment combine to ensure bright, sharp images and exceptional accuracy. Generally, horizontal optical measuring equipment models work well with parts that need to be fixtured, held in a vise, or on centers. Vertical optical measuring equipment models provide comparable accuracy and optical measuring equipment are ideal for parts that are placed on the glass insert of the work stage. Vertical optical measuring equipment systems work well when the optical measuring equipment parts to be measured are flexible or soft (i.e., plastic, thin optical measuring equipment stampings or electrical optical measuring equipment components).

A method to measure flank optical measuring equipment wears of peripheral cutting edges in end mills is proposed and a optical measuring equipment used in this method is developed. In order to measure the flank wear of spiral milling optical measuring equipment edges, a optical measuring equipment system consisting of a rotatory and a translatory axes is developed. An end optical measuring equipment mill is loaded on a collet chuck fixed to the rotatory axis and a CCD camera is set on the translatory optical measuring equipment axis. A monitoring optical measuring equipment of a minute part of optical measuring equipment tool edge geometries is carried out repeatedly after positioning the tool rotatory and translatory axes. Arranging the optical measuring equipment data obtained in such a way along optical measuring equipment tool edges, shapes of flank wears of whole cutting edges can be displayed in 2-dimensional diagram.

As the results of optical measuring equipment measurements in the present method, flank wear geometrical optical measuring equipment shapes of peripheral cutting edges in end mills can be monitored, and it is confirmed that the variation of optical measuring equipment flank wear shapes in cutting process can be evaluated optical measuring equipment quantitatively.