Series MHR2 finger gripper features high precision centering and high repeatability. A double acting rotary actuator and precision ball bearings permit smooth action without vibration. Series MHR3 finger gripper features high precision centering and high repeatability. A double acting rotary actuator and precision ball bearings permit smooth action without vibration.Rotary actuated air gripper
Bore: 16, Stroke: 75mm, Adjuster/Functional Option: ZG (Shock Absorber, Extension, Retraction), Functional Option: 6 (Centralized Adjuster), Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Bore: 16, Stroke: 20mm, Adjuster/Functional Option: ZG (Shock Absorber, Extension, Retraction), Functional Option: 6 (Centralized Adjuster), Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Bore Size: 6mm, Action: D (Double Acting), Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Model: MSQ, Precision: B (Basic), Size: 200, Suffix: R (Shock Absorbers), Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m), Number: 2 pcs. [Or None in the Case of No Switch], Thread Type: XN (NPT 1/8)
Magnet: D (Built-in), Mounting: C (Single Clevis), Cushion: N (Rubber Bumper), Bore Size: 20 (3/4"), Stroke: 0500 (5"), Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Series: NCDA1 (Standard w/ Magnet), Mounting: U (MT1, Rod Trunnion), Bore Size: 400 (4"), Stroke: 0200 (2"), Air Cushion / Rod Boot: Both Ends (Air Cushion), Thread: Nil (Small Male, Standard, Threaded), Adjustment Range: Not Applicable, Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Series: NCDA1 (Standard w/ Magnet), Mounting: U (MT1, Rod Trunnion), Bore Size: 400 (4"), Stroke: 2000 (20"), Air Cushion / Rod Boot: Both Ends (Air Cushion), Thread: Nil (Small Male, Standard, Threaded), Adjustment Range: Not Applicable, Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Magnet: D (Built-in), Mounting: L (Foot), Cushion: N (Rubber Bumper), Bore Size: 50 (2"), Stroke: 4600 (46"), Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Magnet: D (Built-in), Mounting: A (Both Ends Tapped), Bore Size: 32mm, Water Resistant: None, Port Thread: Bore 12, 16: M Thread; Bore 20 to 50: Rc, Stroke: 10mm, Action: D (Double Acting), Rod End: K (Chamfered), Direct Mount Switch Groove: Z (Direct Mount Switch Groove), Mounting Bolt: None, Auto Switch: M9B--Solid State , Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector
Magnet: D (Built-in), Mounting: A (Both Ends Tapped), Bore Size: 32mm, Water Resistant: None, Port Thread: Bore 12, 16: M Thread; Bore 20 to 50: Rc, Stroke: 15mm, Action: D (Double Acting), Rod End: K (Chamfered), Direct Mount Switch Groove: Z (Direct Mount Switch Groove), Mounting Bolt: None, Auto Switch: M9B--Solid State , Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector
Magnet: D (Built-in), Mounting: R (Front Block), Bore Size: 150 (1 1/2"), Stroke: 0400 (4"), Cushion: C (Rubber Bumper), Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Mounting: B (Basic Style), Bore Size: 50mm, Thread: TN (NPT), Stroke: 150mm, Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: M (1m)
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely