Series MK

  • For all common profile rail guides.
  • Closing with pressure.
  • High durability
    up to 5 million static clamping cycles.

Series LKP

  • For all common profile rail guides.
  • Closing with pressure.
  • High durability
    up to 5 million static clamping cycles.
  • Small and narrow design
    by using U-form piston.

Series LKPS

  • For all common profile rail guides.
  • Energize to open (NC)
    through spring-loaded energy storage.
  • High durability
    up to 5 million static clamping cycles.
  • Small and narrow design
    by using U-form piston.
  • Safe clamping in case of energy failure.

Series MCP

  • For all common miniature profile rail guides.
  • Closing with pressure.
  • High durability
    up to 5 million static clamping cycles.

Series MCPS

  • For all common miniature profile rail guides.
  • Energize to open (NC)
    through spring-loaded energy storage.
  • High durability
    up to 5 million static clamping cycles.
  • Higher clamping forces
    via activation with PLUS air.
  • Safe clamping in case of energy failure.

Series MBPS

  • For all common profile rail guides.
  • Energize to open (NC)
    through spring-loaded energy storage.
  • High durability
    up to 5 million static clamping cycles.
  • Safe clamping in case of energy failure.

Series UBPS

  • For all common profile rail guides.
  • Energize to open (NC)
    through spring-loaded energy storage.
  • High durability
    up to 5 million static clamping cycles.
  • Higher clamping forces
    Via activation with PLUS air.
  • Safe braking in case of energy failure.

Series LBPS

  • For all common profile rail guides.
  • Energize to open (NC)
    through spring-loaded energy storage.
  • High durability
    Up to 5 million static clamping cycles.
  • Small and narrow design
    by using U-form piston.
  • Safe braking in case of energy failure.

Series MKS

  • For all common profile rail guides.
  • Energize to open (NC) through spring-loaded energy storage.
  • High durability
  • Up to 5 million static clamping cycles.
  • Higher holding force via activation with PLUS air
  • Safe clamping in case of energy failure
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