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MXY Magnetically Coupled Linear Guide Cylinder MXY Magnetically Coupled Linear Guide Cylinder MXY Magnetically Coupled Linear Guide Cylinder

MXY Magnetically Coupled Linear Guide Cylinder

  • MXY slide table
  • MXY long stroke pneumatic cylinder
  • magnetically coupled rodless slide
  • SMC linear guide slide table
  • high rigidity long stroke cylinder
  • MXY precision air slide
  • rodless pneumatic slide table
  • SMC MXY pneumatic actuator
  • long stroke positioning cylinder
  • compact long slide cylinder

The SMC TYPE MXY Series is a long-stroke, high-precision pneumatic slide table engineered as the extended-stroke variant of the MXP series. It integrates a magnetically coupled rodless cylinder with a high-rigidity linear guide, delivering exceptional stability, constant rigidity, and smooth linear motion across the full stroke length.

Long Stroke Capability: Max stroke up to 400mm, ideal for extended travel applications.

  • Bore Sizes: 6, 8, 12 mm.

  • Magnetically Coupled Rodless Design: Compact, lightweight profile with no protruding piston rod.

  • High-Rigidity Linear Guide: Hardened stainless-steel rails ensure consistent load rigidity and zero deflection throughout the entire stroke.

  • Double Acting: Standard double-acting operation for precise control.

  • Operating Pressure: 0.2~0.55 MPa.

  • Piston Speed: 50~400 mm/s.

  • Cushion Options: Rubber bumpers (standard); shock absorbers (optional, for MXY8/12).

  • Auto-Switch Compatible: Supports SMC D-M9 series auto-switches for precise position sensing.

  • Flexible Mounting & Piping: Centralized piping ports, versatile mounting from multiple faces.

  • Non-lubrication: Maintenance-free operation (no lubrication required).

  • RoHS Compliant: Meets global environmental standards.


Applications:
Perfect for precision transfer, long-stroke positioning, lifting, pushing, and sorting in electronics assembly, semiconductor manufacturing, packaging machinery, and automation lines where long travel, high rigidity, and smooth, accurate linear movement are essential.


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