Produits
Systèmes de mesure du diamètre intérieur
- Plage de mesure de 15mm à 300mm
- Diamètre intérieur & mesure de profil
Systèmes de mesure du diamètre extérieur
- Plage de mesure jusqu'à 7 mm
- Mesure & surveillance de contours
Not exactly what you are looking for?
We offer standard force sensors but can also help you with a customized desin or a complete measurement solution
Properties & Advantages of Laser Measurement Systems
- Configurable to suit your specific requirements
- Versatile measurement of displacement, distance, or profiles on many different surfaces
- Precise and fast
- Effective and suitable for high sample rates
- Flexible and suitable for very small objects
- Compact thanks to small and rugged designs
Possible Applications for Laser Measurement Systems
- Automation
- Robotics
- Manufacturing monitoring
- Testing facilities
- Fill level measurement
- Quality assurance, for instance in pipe manufacturing
- Automotive and railway industry
Laser Measurement Technology for the Food Industry
This machine is designed for contactless measurement of geometrical parameters for small objects, such as sunflower seeds. The 3D laser scanner FDRF1010SS scans each individual object and identifies its geometry. As a result, you have the parameters of each individual sunflower seed, as well as the total amount.
Laser Measurement System for Creating 3D Computer Models
This 3D laser scanning kit can be mounted onto any type of CNC machine. It lets you scan products in order to create 3D computer-simulated models. In the scanning mode, the CNC system moves the sensor across the prototype line by line. This provides an XYZ coordinate array, which is used to create digital model of the prototype.
Laser Measurement System for Pipes
This optical measurement system is designed for contact-free measurement of geometrical parameters such as diameter, roundness, or curvature of large diameter pipes. Its technical characteristics can be adjusted for specific tasks. The system is based on the principle of 3D laser scanning of objects with subsequent generation of a 3D computer model and identification of the geometrical parameters.