The increased requirements for dimensional accuracy of manufactured parts and structural elements provide for the use of high-precision instruments by the manufacturer to perform measurements. Modern control and measuring equipment ensures not only accuracy, but also allows you to automate the control process by entrusting the procedure to unbiased electronics.
What applies to modern control methods
The use of innovative equipment and modern technologies makes it possible to measure the dimensions of parts, including those with complex geometries, without physical contact with the measuring device. For this purpose, the following are used:
- Laser trackers – A wireless probe emits a laser beam that hits the center of the corner reflector and returns to the tracker lens, where it is processed by the rangefinder sensor.
- Measuring arms are metrological measuring systems made in the form of manipulator cranes. It moves along a given complex trajectory for performing verification manipulations.
- Optical 3D scanners can be installed permanently for maintenance of the production line and, if deviations from the dimensions are detected, the conveyor is stopped or used manually by the controller.
The measuring equipment is connected to the central computer and outputs the parameters of the measurements performed with a record on the server. Special software has been developed and provided to the customer for this purpose.
Development of control and measuring systems
Automatic control and measuring equipment is used to complete systems for specific purposes and tasks of production processes. You can get more complete information and get acquainted with practical use cases using the MICRONICA website. The company's specialists carry out the development and implementation of technological solutions necessary for the creation of quality control systems for products.
Any questions that arise are consulted by a full-time specialist at the request of the client. The principle of partnership is applied, which includes not only the development of control systems, but also installation with further maintenance.
