| The Renishaw twin probe system allows a spindle probe and a tool setting probe to be installed on a machine with a single optical interface.
http://www.renishaw.com/twin_probe_system | |
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| X-Y system configuration
Part numbers of common X-Y Renishaw RLU / RLD system configurations [18 kB] | |
| Linear system configuration
Part numbers of common linear Renishaw RLU / RLD system configurations [17 kB] | |
| FAQs
FAQs - product support questions associated with Renishaw's RLE laser interferometer-based position feedback system [18 kB] | |
| SiGNUM™ software
Multilingual SiGNUM™ software is PC based and provides comprehensive calibration, set-up optimisation and real-time diagnostics to simplify installation and system maintenance. The Si interface is connected to the PC via a mini USB connector. [18 kB] | |
| Linear (retroreflector) system
Renishaw's RLE laser interferometer-based linear encoder system [18 kB] | |
| RLE20 interferometer enhances performance of Vistec Lithography’s latest e-beam tool
Vistec Lithography’s (previously Leica Microsystems) VB300 e-beam lithography tool is a development of the highly successful VB6 series introduced in 1993. In designing the new tool, Vistec identified that a reduction of noise-induced positional errors would significantly improve tool performance. Through a combination of improved mechanical rigidity and integration of the Renishaw RLE20 differential interferometer based encoder system, these errors are now expected to be 3 nm. [38 kB] | |
| Custom Raman solutions
Renishaw custom Raman solutions: components and Raman systems that completely match your spectroscopy needs. [19 kB] | |
| Changer racks
A selection of versatile, protective changer racks and manual storage systems for your CMM, enabling rapid sensor and / or stylus changing. [29 kB] | |
| IMM / IMP inductive transmission modules
IMM and IMP inductive transmission modules for inspection probe systems. [32 kB] | |
| Plane mirrors and mirror mounts
Upon request Renishaw can supply plane mirror target optics with a cross section of 25 mm x 25 mm with optical apertures of up to 300 mm. Mirror mounts are available for mirrors with cross section of 25 mm x 25 mm and overall lengths of 350 mm. [19 kB] | |
| RLE system overview
Introduction and overview of Renishaw's RLE laser interferometer-based position feedback system, and the HS10 long-range laser scale. [19 kB] | |
| SPA2
You are here: Home » CMM probes, software and retrofits » Controllers » SPA2 SPA2 The SPA 2 is a 4-channel digital servo power amplifier with an integral power supply. About SPA2-2 SPA2-2 has been optimised to work with the UCC2 CMM controller and MCU1 joystick, together forming an ideal retrofit package. Key... [22 kB] | |
| SiGNUM™ RELM high accuracy linear encoder system
The RELM high accuracy scale offers high speed, non-contact performance, combined with advanced features including dynamic signal processing and the IN-TRAC™ auto-phase optical reference mark. RELM is extremely robust yet offers a level of performance previously available only from more delicate fine pitch encoder systems. With ±1 µm accuracy, low coefficient of thermal expansion and resolution to 5 nm, RELM satisfies the most demanding precision motion requirements. [25 kB] | |
| SiGNUM™ RSLM linear encoder system
The new RSLM stainless steel spar scale offers performance to rival fine pitch glass scales yet is available in lengths up to 5 m. The RSLM linear encoder offers a total accuracy (including slope and linearity) better than ±4 μm over 5 m – an industry first! With ±30 nm cyclic error, patented filtering optics, resolution to 5 nm and simple installation, the SiGNUM™ RSLM linear encoder retains all of the benefits of a 20 μm encoder yet provides the performance of a fine pitch system. [24 kB] | |
| Differential interferometer
Renishaw's RLD10 differential interferometer detector head measures stage versus column or workpiece versus tool for a true differential measurement. [17 kB] | |
| OMI-2H
Combined optical transceiver/interface, which conveys and processes signals for two different probes sequentially. [18 kB] | |