Renishaw to exhibit smallest wireless machine tool probe at EMO Hannover 2023

"We're very pleased that manufacturers of small high-precision components, such as watch movements and orthopaedics, can now benefit from our process control solutions."

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Renishaw has launched the RMP24-micro, which is the smallest wireless machine tool probe that is available on the market. The global engineering technology company’s latest launch works to eliminate scrap, therefore reducing wasted energy, materials, and time.

Key information:

Renishaw will be showcasing its latest product at EMO Hannover 2023. The wireless machine tool probe measures only 24mm in diameter and 31.4mm in length, with measurement repeatability of 0.35-micron 2σ and low trigger forces. Due to its size, the RMP24-micro will be ideal for manufacturers in the medical, micro-mechanics, and watchmaking industries.

The precision measurement and process control technology enables productive and sustainable manufacturing as the RMP24-micro works to predict, identify, and correct process errors before they occur. Like its other probing solutions, Renishaw’s latest product allows manufacturers to increase machine utilisation and operate 24/7. Further reducing waste and energy consumption.

“At EMO Milano 2021, we introduced the RMI-QE interface and QE series probes. Back then we spoke about how this new interface and communications protocol was laying the foundations for the next generation of Renishaw sensors. The RMP24-micro is the first of these, with more exciting smart factory devices on the horizon,” said Steve Petersen, Marketing Manager for Renishaw’s Machine Tool Products Division. “The RMP24-micro provides fast, accurate and reliable part set-up and verification in a package that fits in the palm of your hand. We’re very pleased that manufacturers of small high-precision components, such as watch movements and orthopaedics, can now benefit from our process control solutions.”

Using the RMI-QE radio interface, the RMP24-micro uses Renishaw’s radio transmission protocol to communicate with the machine tool controller. The radio transmission probing system features an operating range of up to 5 metres and employs a 2.4 GHz frequency (FHSS) protocol, which is compliant with radio regulations worldwide. 

Using the FHSS technology, the probe and interface can jump from channel to channel while maintaining communication. This allows the product to operate alongside other radio sources including Wi-Fi, Bluetooth, and microwaves.

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