Micro Vu Vision Measurement & Optical CMM Solutions
At CMM Lab, we specialize in Micro Vu systems, advanced vision measurement and optical CMM solutions built for accuracy and efficiency. From the Vertex and Excel series to the SOL, HF5, VF7, and accessories like the Touch Probe, Surface Scanning Sensor, and Rotary, Micro Vu technology delivers reliable results for 3D scanning, automated optical inspection, and dimensional analysis. Trusted across aerospace, medical devices, and electronics, Micro Vu helps manufacturers achieve superior quality control.
Micro Vu Excel Vision Measurement System
Micro Vu Vertex Vision Measurement Machine
SOL
HF5
VF7
Touch Probe
Surface Scanning Sensor
Rotary
Micro Vu Vision Measurement Systems for Precision Inspection
Micro-Vu systems are advanced vision measurement machines designed for accurate, repeatable dimensional inspection. These systems function as an optical CMM, capturing precise measurement data using high-resolution cameras and specialized optics rather than traditional contact probes.
This non-contact measurement approach allows manufacturers to inspect delicate features, small components, and complex geometries while maintaining high measurement accuracy and repeatability.
Optical Measurement Systems for Manufacturing Quality Control
Modern manufacturing requires precise inspection tools capable of verifying tight tolerances and complex part geometries. Optical measurement systems and video measurement machines provide fast, automated inspection capabilities that help manufacturers improve quality assurance and reduce inspection bottlenecks.
- Industries that commonly use vision metrology systems include:
- Aerospace manufacturing
- Medical device production
- Electronics and semiconductor manufacturing
- Automotive component production
- Precision machining
Need precision dimensional inspection support using Micro Vu vision measurement systems?
CMM Lab provides advanced optical inspection and vision metrology solutions to help manufacturers verify part accuracy, maintain tight tolerances, and improve quality control processes.