At a glance
| Booth | R8112 |
| Country | TW |
| Website | www.renishaw.com/en/renishaw-launches-next-generation-rle-interferometric-laser-encoders-for-advanced-motion-control-in-semiconductor-manufacturing--50149 |
Company profile
雷尼紹股份有限公司 is the Taiwan entity of Renishaw, a global engineering and metrology company whose stated core skills span measurement, motion control, healthcare, spectroscopy and manufacturing. Its precision-measurement and process-control portfolio is intended to improve manufacturing precision, efficiency and quality, while its metrology products reduce component production and inspection time and help keep machines operating reliably. For industrial automation and motion systems, the company provides position-measurement and calibration technologies that support highly accurate and reliable machine and motion-system performance.
Exhibits
The RLE interferometric laser encoder family includes the RLE100, RLE200 and RLE300 systems. Renishaw provides interferometry-based laser encoder solutions for OEM machine builders, and its semiconductor precision-metrology offering also includes multi-degree-of-freedom encoders and laser calibration for semiconductor applications. Its position and motion-control range includes high-speed absolute and incremental linear and rotary encoders for industrial automation. Optical encoders provide absolute and incremental linear and rotary measurement, enclosed optical encoders are designed for harsh industrial environments such as machine tools, and magnetic encoders provide incremental or absolute position measurement in demanding environments. The metrology range includes sensors, software and control systems for coordinate measuring machines, supporting highly accurate component measurement. Equator gauging technology is provided as a flexible gauging approach intended to increase throughput and reduce scrap rates. Modular and custom fixtures hold parts securely for dimensional inspection, while calibration and testing products determine the positioning accuracy of a wide range of machines. Precision styli attach to probe sensors so measurement data is acquired at the point of contact, and the wider range also includes probing systems for CNC machine tools. A smart-manufacturing data platform supplies real-time shop-floor process and metrology data for manufacturing operations. Renishaw also supplies calibration and optimisation tools that determine machine positioning accuracy and support builders of accurate industrial automation and motion systems. For scientific and materials analysis, the inVia Raman microscope provides research-grade, non-destructive chemical analysis and imaging of materials. Raman spectroscopy is also identified for semiconductor-material analysis in Renishaw's semiconductor precision-metrology offering. The healthcare portfolio includes neurological products aimed at accurate delivery of implantable devices, alongside precision-engineering technologies applied to healthcare applications. Additive-manufacturing systems support the manufacture of components for development and production using metal 3D-printing processes that build or solidify thin material layers from a digital file. Across the measurement portfolio, the combination of CMM systems, gauging, fixtures, calibration, probing, styli, encoders and real-time manufacturing data supports dimensional inspection, machine positioning and precision position feedback. These position-measurement, encoder and calibration capabilities address equipment and manufacturing environments that require high-accuracy position measurement and motion-control metrology.
Capabilities and products
- interferometric laser encoders
- high-speed absolute/incremental linear and rotary encoders
- CMM sensors, software, and control systems
- comparative gauging systems
- modular and custom fixtures for dimensional inspection
- machine positioning-accuracy calibration and testing
- probing systems for CNC machine tools
- precision metrology styli
- smart-manufacturing real-time metrology data platform
- Raman non-destructive material chemical analysis and imaging
- metal additive-manufacturing systems