Characteristics

- from 1 to 4 collinear laser planes
- discrepancy : from 300 to 1000 points
- acquisition frequency : from 50 to 200 scans/second
- configurable laser power

Applications

- extrusion profile gauging system
- accordance control of founding pieces using high frequency scanning

Individual dimensional inspection of mass produced parts by a variety of manufacturing techniques, including latheing, cutting, cold striking, punching, stamping, injection...

- high precision measurement
- rapid processing
- axis movement control
- lighting control
- laser plane Z-axis measurement

Macro measuring bed used for inspection of samples

- high precision measurement
- easy programming using Winmesu™ software
- automatic computerised episcopic and diascopic lighting
- telecentric optics

The position of cutting tools on high precision automatic lathes is measured using an automated Vision system with diascopic sharp-edged profile projection.

We are able to obtain an impressive 0,5 mm level of precision thanks to innovative MESU™ equipment and software; this technology is the result of extensive experience in metrology as applied to automated macroscopic measurements.

Tools with a radius less than or equal to 1 mm are measured in a field of 2 X 1.6 mm using a matrix camera with a resolution of nearly 800 X 500 pixels. We are able to obtain pixel resolutions of 2 mm/800, i.e. 2.5 mm. Consequently, the margin of error is equivalent to pixel/5.

Width
Episcopic optical head equipped with two on-board powerful LED projectors mounted on a motorised linear two-axis stage driven by a step motor.

Thickness
Planar laser triangulation sensors are used determine thickness differentials.

Transverse and longitudinal profiles
Real time measurement using two sensors on board a motorised linear transverse axis.

Length
Gauging system using synchronous cameras and strobe lighting