Restock Alert Renishaw - Rmp60 Kit (radio) - Rmp60-ns-kit Fast Dispatch [bVhi2rA9]

Renishaw RMP60 Kit (Radio)

Introducing the Renishaw RMP60 Kit (Radio) - RMP60-NS-KIT, a cutting-edge solution for your machining center's needs. This compact spindle probe with radio signal transmission is designed to streamline your part set-up and in-cycle gauging processes, making it an essential tool for both 3-axis and 5-axis machines. The RMP60 is perfect for modern machine shops where line-of-sight communication between the probe and interface isn't always feasible, thanks to its secure and unique frequency hopping transmission protocol.

Key Features and Specifications

The RMP60 combines Renishaw's renowned kinematic resistive probe mechanism with state-of-the-art technology. Its radio transmission offers reliable and accurate data transfer, even in challenging environments. This kit includes a variety of essential components to ensure a seamless integration into your machine shop:

RMP60 QE probe with radio/radio capability for optimal performance.

RMI-Q radio machine interface for efficient communication and control.

Receiver mounting bracket for secure installation.

50 mm and 100 mm ceramic styli with a 6 mm ruby ball for precise measurements.

Sealtite kit for additional accessories and support.

The kit's comprehensive design ensures that you have everything you need to start using the RMP60 right away, without any additional purchases.

Practical Applications and Benefits

The Renishaw RMP60 Kit (Radio) is not just a tool; it's a solution that brings numerous benefits to your machining operations. Its automated part set-up and in-cycle gauging capabilities can significantly improve productivity and reduce downtime. With its compact design and robust performance, the RMP60 is ideal for a wide range of applications, including:

Machine centers

5-axis machines

Automated part gauging and setup

Invest in the Renishaw RMP60 Kit (Radio) and experience the difference in precision and efficiency it brings to your machining processes.