 | REVO® five-axis measurement systemREVO is the first in a range of revolutionary products to offer 5-axis measurement capability and is designed to maximise CMM throughput whilst maintaining high system accuracy. Multi-award winning multi-sensor system
In recognition to the revolutionary 5-axis measuring technology that has brought dramatic benefits to part inspection on CMMs, REVO has received three international technology awards:
This is achieved by letting the REVO head do the fast demanding motion while the CMM moves in a linear slow fashion. The use of a flexible tip sensing probe system further adds to the system's accuracy and flexibility. The removable probe system, used in conjunction with a low cost changer, provides added system flexibility. Controller system
In order to achieve the high scanning speeds it is essential the 5-axis measurement system has a fully integrated control loop. This is achieved using Renishaw's UCC2 and SPA2-2 system. REVO system probe options
RSP2 scanning probe
More information about the RSP2 scanning probe.
RSP3 scanning probes
More information about the RSP3-# scanning probes. SFP1 Surface finish probe
SFP1 is a dedicated lightweight tip-sensing probe for use on REVO systems, capable of surface finish measurement and has a universal body to which different surface finish styli can be fitted. More information about the SFP1 surface finish probe. REVO changer system
For optimum metrology, REVO probes and stylus holders should be changed automatically using REVO change ports (RCPTC and RCP) and a flexible change rack (FCR25). These ports are mounted on the modular rack system (MRS). More information about RCPTC and RCP Faster calibration
More information about the faster calibration with REVO. REVO valve seat and guide measurement
REVO and Renishaw's Renscan5™ technology change this situation dramatically. It is now possible to collect very quickly large amounts of data, from which the analysis parameters for both the valve seat and the valve guide features can be calculated. The method performs exceptionally well in repeatability and reproducibility tests. More information about the REVO valve seat and guide measurement and analysis. Extended warrantyA 3-year warranty is available for your new CMM products during the first 3 months from purchase. Contact your vendor. Case studies
Downloads
Request a CD5-axis measuring technology in action. Request a Renscan5 CD. Next stepsContact us online if you require more information or you have a pricing query, or alternatively you may like to speak directly to your local Renishaw office. |
REVO uses synchronised motion and Renscan5™ measurement technology to minimise the dynamic effects of CMM motion at ultra high measurement speeds.
The Renscan5 technology is embedded in Renishaw's UCC2 CMM controller which forms the basis of the 5-axis measurement system — 2 of these axes are rotary and at the CMM quill. Patented software capability within the UCC provides unique motion commands, synchronisation and 5-axis metrology capability.
RSP2 is a dedicated lightweight tip-sensing probe for use on REVO systems, capable of 2D-scanning (x, y) and 3D-touch trigger measurement. The RSP2 has a universal body to which a number of different length stylus holders, with a maximum reach of 500mm, can be fitted.
RSP3-# range of probes complement the RSP2 probe, providing the REVO system with 3D-scanning (x,y,z) and crank stylus capabilities. It is used for 3-axis scanning, such as with a fixed REVO head angle during measurement. The range of probes allow different lengths of stylus to be used whilst maintaining optimum metrology performance
Surface finish measurement has traditionally required the use of the hand-held sensors or the part to be moved onto a dedicated measuring machine. The REVO SFP1 probe changes all this, making surface finish inspection an integral part of your CMM measurement procedure and the surface finish analysis part of a single measurement report.
The REVO probe change system is designed to allow automatic REVO probe and stylus holder changing on a CMM. The primary purpose of the system is to improve flexibility with the ability to use and store longer styli and large star stylus configurations.
Calibration on traditional CMM systems consumes a considerable amount of time that could otherwise be used for part measurement. The unique calibration technique developed for REVO determines the actual head and probe geometry, allowing measurement in any position from a single operation, thus dramatically reducing calibration time.
The measurement of valve seat and guides has traditionally been very challenging, involving time-consuming methods that often do not provide a sufficiently capable measurement.
