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Surface finish measurement has traditionally involved the use of hand‑held sensors or has required for the part to be moved onto a dedicated measuring machine. The Renishaw REVO multisensor system changes this by making surface finish inspection an integral part of the CMM measurement and enabling users to switch between scanning and surface finish measurement. This unique capability also allows the surface finish analysis to be fully integrated into a single measurement report.
Powered by Renishaw 5-axis measurement technology, the SFP2 sensor allows automated CMM surface finish inspection offering significant time savings, reduced part handling and greater return on CMM investment.
The SFP2 System – Features and Benefits
Probe Characteristics
– SFP2 is a skidded probe with a 2 μm radius diamond stylus tip. The skid is held against the surface with a controlled force of approximately 0.2 N whilst the stylus tip force is 0.005 N.
– SFP2 can be used in bores as small as 5 mm (0.2 in) diameter.
– Surface measurement capability: 6.3 μm to 0.05 μm (250 μin to 2 μin) Ra.
– Output: Ra, RMS and raw data are returned from UCCserver to the metrology application client software using the I++ DME protocol. The raw data can subsequently be presented to specialist surface analysis software packages for further detailed reporting.
– Sensor calibration involves measuring the surface finish of the surface finish calibration artefact (SFA) that is mounted on the MRS-2 rack. The calibration software automatically adjusts the probe output in accordance with the calibrate value of the artefact.
– The SFP2 includes an integral motorised C-axis that enables surface finish measurements to be made at all required orientations around a part.
SFM Probe Modules
The SFM surface finish modules for the SFP2 system combine the 5-axis measurement and infinite positioning of the REVO-2 head with the SFP2 probe’s integral C-axis and take measuring capability to previously inaccessible surface measurement locations.
Five specialised SFM module series have been designed to deliver unique access capabilities for the most demanding industrial metrology applications.
Each series of modules, from A to E, has unique design features and optimal use: from the general-purpose A-series designed to deliver high performance in engine block gasket face measurement and lateral scanning of crankshaft bearing journals, to the specialised E-series featuring a two-part skid with a central stylus, ideal for short scans on small bores deep within the workpiece, as in the case of automatic transmission valve bodies.
Each module has a unique geometry as well as a knuckle joint that allows the angle between the SFH surface finish holder and the SFM surface finish module to be chosen within a range of 180°, using the MST module setting tool.
For more information: www.renishaw.com
The SFM surface finish modules for the SFP2 system combine the 5-axis measurement and infinite positioning of the REVO-2 head with the SFP2 probe’s integral C-axis and take measuring capability to previously inaccessible surface measurement locations.
Five specialised SFM module series have been designed to deliver unique access capabilities for the most demanding industrial metrology applications.
Each series of modules, from A to E, has unique design features and optimal use: from the general-purpose A-series designed to deliver high performance in engine block gasket face measurement and lateral scanning of crankshaft bearing journals, to the specialised E-series featuring a two-part skid with a central stylus, ideal for short scans on small bores deep within the workpiece, as in the case of automatic transmission valve bodies.
Each module has a unique geometry as well as a knuckle joint that allows the angle between the SFH surface finish holder and the SFM surface finish module to be chosen within a range of 180°, using the MST module setting tool.
For more information: www.renishaw.com
