Principle and usage rules of laser measuring instrument

The laser measuring instrument is designed according to the optical shielding measurement principle. It has strong adaptability, convenient installation and use, and high measurement accuracy. Combined with computer technology, it can achieve intelligent control of measurement data, so that many products can control the outer diameter dimension in production, which is an important guarantee for quality improvement.

There are many kinds of laser measuring instruments. I will not introduce them here. There are many applicable working conditions. From the cable and cable site with good environment to the steel rolling site with very bad environment, there are matching laser measuring instruments. The laser measuring instruments not only have high accuracy but also meet the non-contact measurement and monitoring of industrial production parts.

The development potential of laser measuring instrument is very huge and the applicable space is wide. At present, there are many types of diameter measuring instruments for various manufacturers, and we also customize products for them. We are committed to developing more functions and better quality to realize the online detection of outer diameter.

1. Measurement method

The product is efficient because it uses an automatic measurement program. The application of automatic measurement program can not only improve the accuracy of measurement, but also improve the speed of batch measurement.

2. Configuration of light sources

If the light source configuration cannot meet the requirements, the light source is not abundant, the imaging of some weak edge chamfers is not clear, and the image analysis and fuzzy control of the software are not excellent. If the wrong boundary is captured in the measurement process, the measurement personnel can see it in real time. If you stop and manually modify this step, it will not only waste a lot of time, but also seriously affect the measurement accuracy and greatly reduce the measurement efficiency.

3. Data processing mode

The data processing and analysis are performed directly in the background, and the measurement results are output synchronously. Therefore, the image analysis and computer processing also improve the measurement speed.