The MetX Multi Sensor Measurement System is a state-of-the-art measurement tool whose components are highly specialized and accurate. As a rule, the MetX multi-sensor measuring system consists of 4 main components:

1. 6.5X zoom lens

The zoom lens enables flexible adjustment of the focal length to achieve a clear image of the measurement object, providing the basis for subsequent precise measurements. For example, in the electronics industry, the 6.5X zoom lens captures the details of tiny electronic components.

2. Light sources in five rings and eight zones

The unique five-ring, eight-zone light source design provides uniform, stable and multi-angle illumination, effectively reducing shadows and reflective interference in measurements. For example, in the machining industry, facing complex parts surface, this light source can ensure that all parts can be fully illuminated.

3. High-definition industrial cameras

High Definition Industrial Cameras are the key to obtaining high quality images that capture subtle image variations and features. In the hardware industry, for example, for fine hardware products, HD industrial cameras are able to accurately render surface textures and imperfections.

4. Imaging systems

The imaging system is responsible for processing and analyzing the images acquired by the camera to extract useful measurement data. In the plastics processing industry, imaging systems are able to accurately measure the size and shape of plastic products.

However, the MetX multi-sensor measurement system does not stop there. It is also equipped with a point spectrometry sensor, which allows the system to inspect the 3D contours of the product, further expanding its range of applications.

It is due to these outstanding components and features that MetX Multi Sensor Measurement Systems play an important role in many industries such as electronics, machining, hardware, plastics processing, automotive and many others, providing strong support for quality control and product inspection in the manufacturing process.