How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 32, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 90, Gripping Force (Open Side at 0.5 Mpa)(N): 90, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 64, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 90, Gripping Force (Open Side at 0.5 Mpa)(N): 90, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 64, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 90, Gripping Force (Open Side at 0.5 Mpa)(N): 90, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 16, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 90, Gripping Force (Open Side at 0.5 Mpa)(N): 90, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 20, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 141, Gripping Force (Open Side at 0.5 Mpa)(N): 141, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 40, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 141, Gripping Force (Open Side at 0.5 Mpa)(N): 141, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 40, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 141, Gripping Force (Open Side at 0.5 Mpa)(N): 141, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 80, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 141, Gripping Force (Open Side at 0.5 Mpa)(N): 141, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 80, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 141, Gripping Force (Open Side at 0.5 Mpa)(N): 141, Environment, Applications: Standard, Additional Function: With Linear
How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 20, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 141, Gripping Force (Open Side at 0.5 Mpa)(N): 141, Environment, Applications: Standard, Additional Function: With Linear
The MHK2 series parallel gripper was designed to accommodate applications that require a high degree of accuracy in a wide range of environments. The finger action accuracy is accomplished through the use of a wedge cam mechanism, which allows repeat ability to +/-0.01mm and yields much higher axial load characteristics which permits use in insert press procedures. The gripper body is enhanced
Height: A Bore 8 12 16 20 Dimension A (mm) 19 25 33 41 MHZ2-16 Series MHF2 Holding force and stroke can be selected to suit the work piece.
DBL-ACT AUTO-SW, ACTUATOR, MHF2 GRIPPERS, DE, 8MM MHF2 DBL-ACT AUTO-SW, 0.54748 lb, ActionModelCylinder bore (mm)Note 1)Gripping forceOpening/closing stroke (Both sides) mmNote 2)Mass (g)Unobstructed capacity (cm3) Effective gripping force per finger N Finger open sideFinger close sideDouble actingMHF2-8D2819321202.01.9
ACTUATOR . 12MM MHF2 DBL-ACT AUTO-SW. 0.57944 lb.
ACTUATOR . 20MM MHF2 DBL-ACT AUTO-SW. 1.80779 lb.
Part Number Description: SEAL KIT Product Line: A Product Line Description: ACTUATOR Family Code: 504 Family Description: MHF2 GRIPPERS Class Code: F1 Part Code: 2 Reference Code: J This is a custom made item that is NOT returnableClick here to report information errorImage shown may not match exact part number
This is a legacy product. Please contact us for the latest version.sales@ocaire.com
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