{{product.productLabel}} {{product.model}}
{{#if product.featureValues}}{{product.productPrice.formattedPrice}} {{#if product.productPrice.priceType === "PRICE_RANGE" }} - {{product.productPrice.formattedPriceMax}} {{/if}}
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
{{product.productLabel}} {{product.model}}
{{#if product.featureValues}}{{product.productPrice.formattedPrice}} {{#if product.productPrice.priceType === "PRICE_RANGE" }} - {{product.productPrice.formattedPriceMax}} {{/if}}
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
... RMP40 is the smallest frequency hopping radio spindle probe in the world. Operating within the globally recognised 2.4 GHz ISM band, the RMP40 is suited for operation on machines of all sizes. The ...
RENISHAW
... RMP60 is a compact spindle probe with radio signal transmission which offers automated part set-up and in-cycle gauging on machining centres, including 5-axis machines. The traditional ...
RENISHAW
The small-bodied RLP40 is a radio frequency probe designed to be turret mounted for part setting and inspection on turning centres. The robust, ultra-compact design, and secure frequency hopping spread ...
RENISHAW
... of both probes are available with double diaphragm sealing for use in harsh environments with particle-laden coolant. All variants are suitable for use with the modular OMP40M and OMP60M optical transmission ...
RENISHAW
... Renishaw radio probes use radio transmission with frequency hopping spread spectrum technology (FHSS). FHSS technology enables devices to avoid interference and transmission ...
RENISHAW
... ease. Extremely reliable radio transmission Renishaw radio probes use radio transmission with frequency hopping spread spectrum ...
RENISHAW
A radio transmission tool setter, the RTS is suitable for use on machining centres of all sizes and in applications where line-of-sight between the tool setter and receiver is difficult to achieve. It ...
RENISHAW
Please specify:
Help us improve:
remaining