Heason Technology Ltd : Press Releases

Heason Technology is one of the leading independent suppliers of Precision Motion Control Equipment specialising in 'Motion System Integration' and is now a major player in many diverse markets including Aerospace & Defence, Printing, Semiconductor & Fibre-Optic Manufacturing Equipment, Simulation and Robotics - full details can be found on the UK website at http://www.heason.com

Miniature goniometer stage completes ceramic range

Miniature goniometer stage completes ceramic range (04-May-2012)

Complementing and completing Nanomotion's range of ceramic motor driven miniature positioning stages, the new FBG series goniometer is available in four stack sizes that combine to provide a common pivoting point for a two-axis tip/tilt angular motion set-up with a positioning resolution as low as 1 arc second.Read Full Article

Nanomotion's rotary motor features ceramic technology

Nanomotion's rotary motor features ceramic technology (20-Apr-2012)

Heason Technology has launched a new 15 mm diameter miniature precision rotary servo motor from Nanomotion .....Read Full Article

Dover Motion DDM series open frame X-Y table

Dover Motion DDM series open frame X-Y table (24-Jan-2012)

Dover Motion Inc. has released a open frame X-Y positioning stage with a dynamic performance and accuracy capability that will suit demanding high throughput automation applications for imaging and biotechnology.Read Full Article

New Thomson WhisperTrak™ linear actuators are available

New Thomson WhisperTrak™ linear actuators are available (12-Jan-2012)

Thomson's newly announced WhisperTrak™ linear actuator is available from UK authorised distributor Heason Technology.Read Full Article

New low cost linear actuator range is adaptable and flexible

New low cost linear actuator range is adaptable and flexible (16-Dec-2011)

Heason Technology's new H series linear actuators are aimed at OEM positioning applications in automated manufacturing and test equipment where competitive cost vs. performance and maximum flexibility is required.Read Full Article

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