- March 13, 2007
- Zaber Technologies
March 13, 2007 - T-LSR series of computer controlled motorized linear stages provide travel up to 300mm. Zaber’s fastest and strongest precision linear stages, the T-LSR series can handle loads up to 20kg at speeds up to 20mm/s while maintaining 0.25 um resolution. Multiple T-LSR stages may be mounted in x-y or x-y-z configurations without any additional hardware. They are also compatible with our T-LS series of precision motorized ball bearing stages which offer higher resolution over shorter travel. Integrated motors and controllers allow T-LSR and T-LS stages to be daisy chained and controlled from a single USB or RS232 serial port. Demo software for a variety of programming environments is available for free download from Zaber's website. A knob at the end of each T-LSR units permits smooth manual control. For manual operation, the stage need not be connected to a computer. However, if connected to a computer, stage position can be tracked and displayed during a manual move. Devices may also be controlled using our T-JOY series of motion control joysticks which offer convenient manual control of x-y or x-y-z setups. For more information on the T-LSR and compatible products please visit the links below: T-LSR Motorized Linear Stages: www.zaber.com/products/product_group.php?group=T-LSR T-LS Motorized Linear Stages: www.zaber.com/products/product_group.php?group=T-LS About Zaber: Zaber Technologies Inc. was founded in 1997 when precision motion control was typically accomplished with DC motors and encoders, requiring complicated, cumbersome and expensive controllers, amplifiers and power supplies. In 2000 Zaber introduced the first daisy-chainable miniature linear actuator based on stepper motor technology with integrated RS232 communications and control electronics in one small package. Since then Zaber has added over 120 products to its family of precision motion control and laboratory automation devices including linear actuators, linear slides, motorized x-y-z stages, rotation stages, motorized mirror mounts, and micro-stepping motor controllers.
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