Renishaw OMI-2 and OMP40-2 Measurement System with CAT40 Holder

The Renishaw measurement system, which includes the OMI-2 optical interface and the OMP40-2 optical probe, is designed for high-precision measurement and workpiece inspection in machining centers. When combined with a CAT40 tool holder, this system ensures reliable data transmission and accurate determination of part parameters during machining.

OMP40-2 Optical Probe

The OMP40-2 is an ultra-compact optical probe with a diameter of 40 mm and a length of 50 mm, designed for use in all machining and turning centers. It provides high measurement accuracy and resistance to light interference when working with the OMI-2 interface.

OMI-2 Optical Interface

The OMI-2 is an optical receiver installed inside the machine's working area, ensuring wireless data transmission between the OMP40-2 and the CNC system. It supports modular optical transmission, providing a reliable connection while minimizing the effects of external light sources.

CAT40 Tool Holder

To mount the OMP40-2 probe onto the machine spindle, a CAT40 standard tool holder is used. This holder provides secure attachment of the probe and precise positioning, which is crucial for obtaining accurate measurement results.

System Advantages

• High measurement accuracy due to the compact and sensitive OMP40-2 probe.
• Reliable wireless data transmission through the OMI-2 optical interface.
• Compatibility with various machining center models thanks to the CAT40 standard.
• Resistance to external light interference, ensuring stable system operation.

Applications

This system is ideal for use in machining centers that require high-precision measurements and workpiece parameter control during manufacturing. It is widely used in the aerospace, automotive, medical, and other industries where quality and accuracy are of primary importance.

The Renishaw OMI-2 and OMP40-2 measurement system, combined with the CAT40 tool holder, is an effective solution for high-precision control and measurement in modern machining centers. Its use helps improve product quality, reduce setup time, and increase overall manufacturing efficiency.