-
MHL2 HFT Series Large caliber gripperThe MHL2 parallel open and close air claw/wide type occupies an important position in the field of industrial automation due to its long stroke, dual piston construction, dust proof design,read more
-
HFK Series Pneumatic Finger Cylinder1.Six kinds of bore size , three kinds of type and Seven kinds of finger type.. 2.Integrated design of linear guide roller, high rigidity and high precision.. 3.A positioning pin is attached to theread more
-
HFKL Series Extended Pneumatic Finger CylinderCompact structure: HFKL series pneumatic fingers are made of aluminum alloy or stainless steel material, relatively simple structure, mainly composed of cylinder block, piston rod, end cover andread more
-
HFY Series Air Gripper1.Using a single piston structure, large gripping torque.. 2.Integrated with variable flow valve, it is easy and convenient to adjust the speed of openingand closing of gripping jaw.. 3.Reasonableread more
-
HFR 180 Degree Angular Air Cylinder1.open/close type, simplify the gripping action.. 2.A sheet metal is installed between the finger and body to reduce abrasion and extend the service life.. 3.Dust proof is designed in the fingerread more
-
MHY2 180 Degree Angular Air CylinderMHY2 180° open and close air claw (CAM type) is a kind of pneumatic actuator with superior performance and wide application, which provides important support and guarantee for industrial automationread more
-
MHC2 Series Pneumatic Finger Gripping DeviceThe MHC2 fulcrum open and close air gripper realizes the clamping and releasing action through air pressure drive, which is designed to meet the demand for high precision and high stability gripperread more
-
HFP Parallel Type Pneumatic Finger CylinderWith its unique design, superior performance and wide application scenarios, HFP series pneumatic fingers occupy an important position in the field of industrial automation. With the continuousread more
-
HFC Series Air Gripper1.Cuniform block is adopted in the interior of the air gripper to afford larger gripper force.. 2. The bumper is adopted in the front of piston, which can reduce the noise of metal bump.. 3. Aread more
-
MHS Series 2 Finger Pneumatic GripperMHS2 sliding guide circular air claw 2 finger type is a kind of pneumatic actuator with excellent performance and strong adaptability, which has a wide application prospect in the field of industrialread more
-
MHS Series 3 Finger Pneumatic GripperAs a kind of high performance pneumatic actuator, MHS3 circular air claw (assumed 2-finger type) has a wide application prospect in the field of industrial automation. Through reasonable selectionread more
-
MHS Series4 Finger Pneumatic GripperMHS4 series circular air gripper 2 finger is a kind of high performance and high precision pneumatic actuator, which has the advantages of compact structure, strong clamping force, high flexibilityread more
WEBSelection method of finger pneumatic cylinder (pneumatic gripper) Sizing is an important step in choosing the right finger pneumatic cylinder for a specific application. Before...
WEBMay 23, 2024 · See all condition definitionsopens in a new window or tab. About the 'Custom Duty': Our price don't include any 'Custom Duty'. But we won't afford any 'Custom Duty'. Condition: NEW....
WEBA hand chuck is a device that chucks and handles workpieces using air or electric power as a drive source. Depending on the gripping method, it is divided into clamping or opening, and there are...
WEBSep 23, 2023 · Sabnis [] focuses on the use of robotic arms and finite element analysis in waste management applications.Finite Element Analysis is done on Ansys software. Robotic arm was designed...
WEBJun 30, 2020 · SMC Type Gripper Pneumatic Finger Air Cylinder/Parallel Open and Closed Type (MHz2), Find Details and Price about MHz Air Cylinder from SMC Type Gripper Pneumatic Finger Air...
WEBJan 4, 2020 · A pneumatic gripper is a pick-and-place device that uses compressed air to operate gripper jaws, also called fingers. These fingers, similar to human fingers, help in grasping,...
