Aerotech Ltd : Press Releases
The UK subsidiary of Aerotech Inc. – the leading designer and manufacturer the high performance motion control and high throughput positioning systems for customers in industry, government, science, and research - full details can be found on the UK website at www.aerotech.co.uk

New standalone multi-axis motion control system has flexibility (26-Jul-2011)
Flexible choice of hardware, software and interfacing options make new rack-mount multi-axis motion control and drive system adaptable to a very wide range of positioning applicationsRead Full Article

New long travel vertical translation stage has 450 kg load capability (07-Jul-2011)
Aerotech's new VTS300 vertical translation stages provide long travel precision positioning in a compact upright design for individual Z-axis payloads up to 450 kg, or may be arranged as multiple synchronised units that support heavy loads with kinematic 3-point mounting with the added potential for angled tip/tilt load manipulation.Read Full Article

New AXR Series Two-Axis Rotary Assembly (31-May-2011)
Aerotech's new AXR series 2-axis rotary micropositioning assemblies combine yaw and tilt axes that enable high speed and high throughput micromachining of complex 3D structures such as MEMS components.Read Full Article

New direct-drive ACT series linear actuators (15-Apr-2011)
Aerotech's new ACT series linear actuators are based on a cost-effective uncomplicated design featuring ultra smooth brushless linear servomotors, sub micron level encoder feedback and heavy duty linear guide bearings in demanding high throughput / high accuracy positioning applications for parts handling, assembly, dispensing, pick and place, non-contact inspection and scanning.Read Full Article

New nano Motion Technology Brochure (18-Mar-2011)
Aerotech's new nano Motion Technology resource guide provides design considerations and full specifications across its recently released range of ANT series linear and rotary nanopositioning stages, and the advanced motion controls that together provide high-throughput performance at fantastically precise 'one nanometre at a time' displacement intervals and exceptional levels of in-position stability.Read Full Article
