Optical measurement systems can help manufacturers to improve repeatability while reducing measurement time — the systems can take thousands of points in seconds. Optical systems can also deliver precise measurements without coming into contact with the product, which is particularly useful when measuring the surface material of a part that a probe could easily damage.
Tactile probing can be used to inspect any hard-to-reach spaces such as bores, tubes and edge breaks.
Laser attachments allow fast point data collection provides points clouds when they are required.
After scanning, the Micro-Vu Inspec measurement software will combine results from all of the systems sensors.
Rotary options allow the part to be held and rotated to access other areas of the part optically.
New models now have OCR, barcode and pattern recognition for a library of your parts, an even faster zoom, as well as an external makeover.
We offer full design and manufacture of metrology fixtures for our Micro-Vu range, both static and rotational for repeatable, reproducible, large batch sizes and 360 degree measurement.
These coordinate measuring systems are used to measure a wide variety of materials parts and assemblies. Manufacturers can use these systems to measure medium and large parts, but the system will accept most part sizes.
The Micro-vu range is best used to inspect parts such as:
The Micro-vu systems are best suited for high-precision industries such as:
All systems include our InSpec Metrology Software. Providing point-and-click simplicity, proprietary edge detection, advanced lighting control and calibration, multi-sensor integration, automated calibrations, and a clear display of measurement data and tolerances. It makes measuring easy with three technologies: optical, probe and laser measurement.