The Renishaw RMP60 is a high-performance ultra-low-noise touch probe designed for precision measurement on CNC machine tools and coordinate measuring machines (CMMs). It is part of Renishaw's LP2 range of probes, known for their reliability and accuracy in demanding industrial environments.
Key Features of the RMP60 Probe
Ultra-Low Noise (0.25 µm typical) – Ensures high repeatability and accuracy
High Repeatability (0.25 µm at 10 m/min) – Reliable measurements even at higher machine speeds
Compact Design – Fits easily into tight machining spaces
Omni-directional Operation – Works in any direction for flexible measurement
Sealed Construction (IPX8-rated) – Resists coolant and contaminants
Compatible with Renishaw's OMI & OMP Receivers – Works with optical transmission systems
Stylus Options – Supports various stylus configurations
Typical Applications
In-process inspection on CNC machining centers
Automated part setup & alignment
Post-process quality control
High-precision measurement in aerospace, medical, and automotive industries
Compatible Systems
Works with Renishaw OMI (Optical Machine Interface) and OMP (Optical Machine Probe) receivers
Can be integrated into Renishaw's Productivity+™ suite for advanced measurement automation
Comparison with Other Renishaw Probes
Feature
RMP60
RMP40
OMP60
Noise Level
0.25 µm
0.5 µm
0.5 µm
Repeatability
0.25 µm
0.5 µm
0.5 µm
Max. Speed
10 m/min
4 m/min
4 m/min
Sealing
IPX8
IPX8
IPX8
Compatibility
OMI/OMP
OMI/OMP
OMI/OMP
Conclusion
The RMP60 is ideal for high-speed, high-precision machining applications where ultra-low noise and high repeatability are critical. It outperforms the RMP40 and OMP60 in terms of noise and speed, making it suitable for the most demanding metrology tasks.
2 Get in touch
RMP60 is typically purchased as an optional feature when acquiring machine tools. Most brands and models also allow retrofitting RMP60 to existing machines in operation. We provide direct installation services in China and South Korea. For other countries, prior consultation is required.