Shape processing machine with high-precision counterboring function.

It is a high-precision counterbore function using a high-precision height detection sensor!

The high-precision height detection sensor "DSFi Sensor" developed by our company can be used for immediate drill break detection as well as for high-precision substrate height detection in precision counterboring processes. In traditional probe methods, height errors occur between the probe and the tool, making high-precision counterboring difficult. However, by using our height detection sensor, it is possible to detect when the tool contacts the work surface, thereby reducing height errors between the work surface and the measurement surface, as well as errors for each tool, allowing for high-precision machining.

basic information

The high-precision height detection sensor "DSFi Sensor" developed by our company can be used for immediate drill break detection as well as for high-precision substrate height detection in precision counterboring processes. In conventional probe methods, height discrepancies occur between the probe and the tool, making high-precision counterboring difficult. However, by using our height detection sensor, it is possible to detect when the tool contacts the work surface, thereby reducing height discrepancies between the work surface and the measurement surface, as well as discrepancies for each tool, enabling high-precision machining.

Price range

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Delivery Time

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Model number/Brand name

Vela

Applications/Examples of results

The high-precision height detection sensor "DSFi Sensor" developed by our company can be used for immediate drill break detection as well as for high-precision substrate height detection in precision counterboring. In conventional probe methods, height errors occur between the probe and the tool, making high-precision counterboring difficult. However, by using our height detection sensor, it is possible to detect when the tool contacts the machining surface, thereby reducing height errors between the machining surface and the measurement surface, as well as errors for each tool, allowing for high-precision machining.