X-LSM025B-SV2 Vacuum-Compatible Motorized Linear Stage with Built-in Controller

Specifications

Number Of Axes: One
Vacuum Grade: 1.3332E-5 mbar
Maximum Travel Length: 25.4 mm
Load Capacity: 10 kg
Maximum Speed: 100 mm/s
Maximum Thrust: 25 N
Built-in Controller: Yes
Maximum Load: 100 N
Maximum Accuracy: 8 µm
Peak Thrust: 15 N
Microstep Size (default Resolution): 0.1905 um
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Features


  • Vacuum Compatibility: Designed to operate in environments with vacuum levels up to 10-6 Torr.

  • Travel Options: Available in multiple travel ranges including 25, 50, 100, 150, and 200 mm.

  • Load Capacity: Capable of supporting loads up to 10 kg.

  • Speed and Thrust: Achieves speeds up to 100 mm/s and thrust up to 35 N.

  • Built-in Controller: Includes an integrated controller for ease of use and compatibility with Zaber's daisy-chain system.

  • Minimal Wiring: Requires only 4 feedthrough wires to control all units in a daisy-chain via serial port (with an X-PIB adaptor).

  • Compact Design: With a height of only 21 mm, these stages are ideal for applications with space constraints.

  • Easy Integration: Connects to RS-232 or USB ports and can share power with other X-Series products.

  • Precision and Accuracy: Offers a microstep size of 0.1905 µm, unidirectional accuracy of 8 µm, and repeatability of less than 4 µm.

  • Durable Construction: Made with vacuum compatible materials to reduce outgassing and speed up pump down times.

  • Communication Interface: Supports RS-232 communication with Zaber ASCII and Zaber Binary protocols.

  • Power Requirements: Operates on a standard 24 V or 48 V power supply.

  • Stepper Motor: Utilizes a 2-phase stepper motor with 200 steps per revolution.

  • Mechanical Drive System: Features a precision lead screw drive system for reliable motion control.

Applications


  • Vacuum Chamber Automation: Provides reliable linear motion for sample positioning and inspection.

  • Optical Alignment Systems: Ensures precise adjustments in high vacuum optical setups.

  • Semiconductor Processing: Facilitates accurate wafer and component positioning in vacuum environments.

  • Scientific Research: Ideal for laboratory experiments requiring precision motion in vacuum conditions.

  • Industrial Assembly Systems: Supports automated positioning tasks under vacuum for manufacturing applications.