Zaber Technologies, Inc. Motorized, lead-screw driven, covered linear stage, 100 mm travel, integrated motor encoder and controller, coarse resolution, high speed X-LRT0100DL-BE08C

Zaber's X-LRT-EC Series devices are computer-controlled, motorized linear stages with high torsional stiffness, load capacity, and long lifetime. They have low pitch, roll, yaw, and runout. A flexible stainless steel dust cover prevents the ingress of small objects. They are stand-alone units requiring only a standard 24 V or 48 V power supply. The built-in motor encoder allows closed-loop operation and slip/stall recovery features. An indexed knob provides convenient manual control for versatile operation even without a computer. An optional power-off brake is available to enable vertical applications with backdrivable screws. These stages connect to the RS-232 port or USB port of any computer, and they can be daisy-chained with any other Zaber products. The daisy-chain also shares power, making it possible for multiple X-Series products to share a single power supply. Convenient locking, 4-pin, M8 connectors on the unit allow for secure connection between units. Like all of Zaber's products, the X-LRT-EC Series is designed to be 'plug and play' and very easy to set up and operate. These stages can easily be mounted in XY or XYZ configurations with an angle bracket. 100, 250, 500, 750, 1000, 1500 mm travel Up to 700 mm/s speed and up to 1200 N thrust 300 kg load capacity High moment stiffness Ball screw and lead screw configurations Includes stainless steel dust covers Optional integrated power-off brake for vertical applications Built-in, 400 CPR, motor encoder provides slip/stall detection and recovery Built-in controller; daisy-chains with other Zaber products Lead Times: Min: 1-5 Days Max: 1-5 Days Zaber engineers are here to help and will respond in 1 business day of your inquiry. Get started in minutes with the Zaber Launcher application. Powerful, easy to use, open-source API supporting multiple languages with clear documentation and sample code.