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DFM Festo Type Compact Tri-Axis Guide Actuator DFM Festo Type Compact Tri-Axis Guide Actuator DFM Festo Type Compact Tri-Axis Guide Actuator

DFM Festo Type Compact Tri-Axis Guide Actuator

  • DFM three-rod cylinder
  • DFM tri-axis guided cylinder
  • Festo DFM interchangeable
  • three-rod pneumatic cylinder
  • DFM guided actuator
  • high rigidity tri-rod cylinder
  • anti-rotation three-rod cylinder
  • Festo type DFM cylinder
  • compact tri-axis guide cylinder
  • precision clamping cylinder

The Festo DFM series is a premium three-rod (tri-axis) guided pneumatic cylinder that integrates the drive cylinder and precision guide rods into one compact, rigid housing. Designed for exceptional resistance to lateral forces and high torques, it delivers unmatched stability, precision, and durability for demanding industrial automation tasks
Key Features (Festo Official Specs):
  • Integrated Tri-Axis Guide: Three robust guide rods with four bearings (per rod) for maximum rigidity and anti-twist protection

  • Two Guide Options:

    • Plain Slide Bearing (GF): Ultra-high rigidity for heavy clamping & stopping

    • Recirculating Ball Bearing (G): Low-friction, smooth motion for precision handling & lifting

  • Bore Sizes: 12, 16, 20, 25, 32, 40, 50, 63 mm

  • Stroke: Up to 200 mm (DFM) / 400 mm (DFM-B, extended stroke)

  • Double Acting: Standard pneumatic operation

  • Cushioning: Elastic bumpers, adjustable pneumatic (PPV), or hydraulic shock absorbers

  • Compact & Space-Saving: All-in-one design minimizes assembly time and footprint

  • Maintenance-Free: Long-life seals and lubricated bearings

  • Magnetic Switch Compatible: For precise position sensing

  • Special Versions: Low Cu/Zn/Ni variants available for battery manufacturing

Why DFM Three-Rod Cylinder?
  • Twice the Load Capacity: Handles up to 100% higher loads than competitors.

  • Superior Precision: Near-zero deflection for accurate positioning

  • Global Availability: Festo core product with 24-hour worldwide dispatch.

Applications:
Precision clamping, lifting, material handling, stopping, assembly, and automation tasks requiring perfect anti-rotation and high side-load stability


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