Cylindrical coordinate measuring machines, or CCMMs, are specialized variations of standard coordinate measuring machines (CMMs) that incorporate a moving stage to rotate the part relative to the probe. The probe moves perpendicular to the part axis and collects radial data at regular angular interv

Universal Testing Machine (UTM for short), also known as universal testing machine, material testing machine or material testing rack, is used to test the tensile strength and compressive strength of materials. The early name of the tensile testing machine was the tensiometer. The "general purpose"

Research shows that the development of modern 3-axis machines began in the early 1960s and is a direct descendant of the modern 2-axis metrology machines invented in the 50s in various military defense industries.The first 2-axis universal measuring machine is believed to have been developed by the

ATE can be used to package components (typically IC "chips") or directly to silicon wafers. Packaged parts use processors to place devices on custom interface boards, while silicon wafers are tested directly using high-precision probes. The ATE system interfaces with a processor or probe to test the

CMM has now become an indispensable testing equipment in aviation, aerospace, machinery, automobile manufacturing and other fields, and is an important unit of design, manufacturing and testing integration.

Vibration is one of the main factors influencing the measuring machine precision and stability, to make CMM to ensure the enough accuracy, you need to create a suitable environment for measuring machine. If CMM installation where are greatly influenced by the vibration, we tend to adopt the way of foundation treatment (chamfer, isolation trench)