The latest development in this area demonstrates process-reliable detection of defects in cross-drilled holes. Using the latest image processing technologies, our engineers have created a solution that raises the monitoring and control of cross bores in production processes to an unprecedented level.
The automatic cross-hole inspection not only promises increased efficiency and precision in inspection processes, but also a significant reduction in complaints.
The latest development in this area demonstrates process-reliable detection of defects in cross-drilled holes. Using the latest image processing technologies, our engineers have created a solution that raises the monitoring and control of cross bores in production processes to an unprecedented level.
How does this ground-breaking technology work?
The automatic cross-hole inspection is based on high-resolution cameras and specially developed algorithms. These cameras are able to recognise minute details in the drill holes and identify the finest deviations from the given specifications. The algorithms are programmed to process this information in real time and provide immediate feedback.
The cross-hole inspection is integrated as a module in visiTeach+.
What advantages does this technology offer?
- Greater precision: The automatic cross-hole inspection ensures unrivalled precision in quality assurance. Even the smallest deviations are recognised before they can lead to quality problems.
- Increased efficiency: As the technology reduces the need for manual monitoring and control, manufacturing processes can be accelerated and automated, leading to an increase in productivity.
- Cost reduction: By avoiding complaints and downstream quality problems, companies can achieve considerable savings.
- Higher product quality: End products will reliably meet quality standards, which increases customer satisfaction and strengthens the brand image.
Automatic cross-hole inspection is used in a wide range of industries, including the automotive, aerospace and medical technology sectors. Wherever precision and quality are of crucial importance, this process will offer enormous added value.
This technology will not only optimise existing processes, but also open the door to new testing options.
The future of the manufacturing industry looks promising as innovations like this help us to push the boundaries of what is possible.