ATOM™ encoders allow rapid, high-accuracy FPD inspection and repair

TPC Motion (TPC), a well-known Korean manufacturer of motion-control components, has developed a laser aperture stop (optical slit) assembly that employs Renishaw’s miniature ATOM™ linear encoder system on multiple X and Y axes. The ATOM series offers a compact and precise aperture-control solution for the laser repair of FPD assemblies and metal photomasks.

projít na článek

High accuracy magnetic ring encoders are a perfect fit for Martech’s subsea application

High accuracy magnetic ring encoders made by RLS, a Renishaw associate company, are used by Martech of Dorset in its Pan and Tilt units for positioning subsea sonar-imaging devices. The company chose the AksIM™ encoders because they offered non-contact re

projít na článek

Virtual Reality – The beauty of vision technology with the accuracy and repeatability of Renishaw encoders.

Power Plus offers high precision camera positioning for virtual reality technology in the broadcasting industry, with the help of Renishaw’s optical and magnetic encoders to support accuracy and repeatability.

projít na článek

REVO-2 and the ATOM™ encoder

REVO-2, an improved version of Renishaw's revolutionary multisensor 5-axis measuring head for use on CMMs, incorporates Renishaw’s latest ATOM™ incremental rotary encoder with RCDM rotary (angle) glass scales on both of its axes (yaw and pitch). The ATOM

projít na článek

RESOLUTE™ encoders make RF antenna positioning accuracy and resolution one hundred times better

Pacific Antenna Systems (PAS) designs, fabricates and manufactures state-of-the-art antenna systems that use radio frequencies (RF) ranging from 1–110 GHz. Applications include high-resolution radar, high-rate data communications for line-of-sight and sat

projít na článek

VAD Instrument chooses Renishaw’s UHV optical encoders for motion platforms

Vacuum technology is used in many high-precision manufacturing processes. Typical applications include semiconductor wafer inspection, wafer bonding, photolithography and thin film deposition.

projít na článek