Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
82mmResolution
0.1um
Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
82mmResolution
0.1um
Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
82mmResolution
0.1um
Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
82mmResolution
0.1um
Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.5um
Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.5um
Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.5um
Accuracy
3+L/200Repeatability
3umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.5um
Accuracy
2.5+L/100Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.5um
Accuracy
2.5+L/100Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.5um
Accuracy
2.5+L/100Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.5um
Accuracy
2.5+L/100Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.5um
Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
18~195XField of View
8.1~1.3mmWorking Distance
82mmResolution
0.1um
Accuracy
2.5+L/200Repeatability
2.5umVideo Magnification
25.2~158.4XField of View
8.1~1.3mmWorking Distance
90mmResolution
0.1um
Accuracy
Repeatability
Video Magnification
Field of View
Working Distance
Resolution
Accuracy
Repeatability
Video Magnification
Field of View
Working Distance
Resolution
Accuracy
Repeatability
Video Magnification
Field of View
Working Distance
Resolution
Accuracy
Repeatability
Video Magnification
Field of View
Working Distance
Resolution
LATEST NEWS
TIME：02-08 2023
The development of 3D Coordinate Measuring Machine (CMM) started in the mid-20th century with the introduction of manual CMMs.
These manual machines used probes to measure physical objects and manually record the coordinates of points. With the advancement of computer technology, CMMs evolved into computer-aided devices that automate the measurement process, improving accuracy and efficiency.
Today, modern 3D CMMs are equipped with advanced software and hardware features such as touch-probe systems, laser scanners, and software for data analysis, modeling, and reverse engineering. 3D CMMs are widely used in various industries such as aerospace, automotive, and manufacturing for quality control, inspection, and production processes.
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