Product category:
Electric Linear Actuators
News Release from: Lambda Photometrics | Subject: M-2x
Edited by the Engineeringtalk Editorial
Team on 27 April 2006
Actuators are self-contained packages
High precision, motorised linear actuators are for OEM and research use and offer a design resolution of 4nm at speeds up to 50mm/s and the ability to move loads up to 12kg.
Nanopositioning firm PI has introduced the M-2x series of high precision, motorised linear actuators for applications requiring high resolution, moving force and speed The units are for OEM and research use and offer a design resolution of 4nm at speeds up to 50mm/s and the ability to move loads up to 12kg
This article was originally published on Engineeringtalk on 25 Feb 2000 at 8.00am (UK)
Related stories
Infrared Imaging : The best gets better
Viewing infrared wavelengths between 0.4-1.5microns, the converted image produced by the new 7215 is now brighter and offers edge to edge sharpness.
An optional piezo tip offers 1nm resolution.
The actuators are self-contained packages using either a DC motor or stepper motor driving a ball screw or lead screw.
They have a non-rotating tip ensuring increased stability and motion linearity.
Integral non-contacting limit switches and homing sensors increase these actuators' versatility and help protect sensitive equipment where extended motion could cause damage.
The DC motor versions are equipped with closed-loop, high-resolution encoders.
For applications where space is short, a compact model is available with a parallel drive shaft-motor configuration.
Various low-cost stand-alone or PC card controllers and drivers are available to power the units.
Applications are in instrumentation using small machinery, micro-machining, semiconductor test equipment, biotechnology and high precision nanopositioning. Request a free brochure from Lambda Photometrics ...
• Lambda Photometrics: contact details and other news
• Email this article to a colleague
• Register for the free Engineeringtalk email newsletter
• Engineeringtalk Home Page


