RMP600 is a radio transmission probe using strain gage technology. Measuring only 63 mm in diameter and 76 mm in length, with an omni-directional transmission distance of 15 m, it is ideal for use on all machine tools.
The RTS is a radio transmission tool setter for vertical and horizontal machining centers. Modeled after the OTS, RTS can set tool length and diameter of rotating tools ans perform broken tool detection.
TRS2 is a cost-effective laser-based solution for high-speed broken tool detection. Working with the reflective properties of a rotating tool, TRS2 can detect broken tools at a distance of between 300 mm and 2 m.
Радиопередающий датчик Renishaw RMP60 — компактная система измерения деталей для обрабатывающих центров, включая 5-осевые станки, с автоматическим измерением в цикле обработки.
TRS2 is a cost-effective laser-based solution for high-speed broken tool detection. Working with the reflective properties of a rotating tool, TRS2 can detect broken tools at a distance of between 300 mm and 2 m.
The RTS is a radio transmission tool setter for vertical and horizontal machining centers. Modeled after the OTS, RTS can set tool length and diameter of rotating tools ans perform broken tool detection.
Универсальный крепежный кронштейн, который можно использовать со всеми приемниками системы датчиков для станков Renishaw. Поставляется с крепежными винтами, шайбами и
The OMM-2 receiver is required for use with Renishaw optical probes using modulated transmission. The OMM-2 works exclusively with the OSI. OMM-2 is capable of communicating with multiple optical probes.
The HPMA is an "automatic" servo driven system designed to permanently reside in the machine envelope. It requires the use of CNC M modes to drive the arm to its active and stowed positions.
The HPMA is an "automatic" servo driven system designed to permanently reside in the machine envelope. It requires the use of CNC M modes to drive the arm to its active and stowed positions.
The HPMA is an "automatic" servo driven system designed to permanently reside in the machine envelope. It requires the use of CNC M modes to drive the arm to its active and stowed positions.
The HPMA is an "automatic" servo driven system designed to permanently reside in the machine envelope. It requires the use of CNC M modes to drive the arm to its active and stowed positions.
The HPMA is an "automatic" servo driven system designed to permanently reside in the machine envelope. It requires the use of CNC M modes to drive the arm to its active and stowed positions.