MHC2 Series Pneumatic Finger Gripping Device

MHC2 Series Pneumatic Finger Gripping Device
Details:
The 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 gripper in industrial automation. The product is widely used in many fields such as robot end effectors, automated assembly lines, packaging machinery and material handling.
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Description
Technical Parameters

RELIABLE CLAMPING AND DURABLE
The hard oxidation cylinder block process increases the surface hardness of the cylinder block,which is not easy to deform and durable under pressure

Precision components are selected for the cylinder, which has stable operation and certain bending and torsion resistance

High precision claw head eight shaped air claw design,accurate clamping

The cylinder contains imported lubricating oil,which will not deteriorate after working for a long time

It is not easy to cause seal ring corrosion,and the work is smoother

The cylinder is precision machined,the hole position is accurate,and one-time molding is used to improve the quality of the cylinder

 

Overview

 

The 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 gripper in industrial automation. The product is widely used in many fields such as robot end effectors, automated assembly lines, packaging machinery and material handling.

 

Basic structure

 

MHC2 fulcrum open and close type air claw adopts double piston structure, and realizes the open and close action of air claw by air pressure driving piston. Its compact structure and reasonable design can meet various complex industrial automation needs.

 

Specification

 

Fluid

Air

Operating pressure

Double acting

0.1 to 0.6 MPa

Single acting

0.25 to 0.6 MPa

Ambient and fluid temperature

-10 to 60°C

Repeatability

±0.01 mm

Max. operating frequency

180 c.p.m.

Lubrication

Not required

Action

Double acting, Single acting

Auto switch (Option)

Solid state auto switch (3-wire, 2-wire)

 

Technical characteristics

 

Large clamping moment: Due to the double piston structure, MHC2 air claw can provide a large clamping moment when holding the work piece, to ensure the stability and safety of the work piece in the process of handling and processing.

Built-in variable throttle valve: MHC2 air claw has a built-in variable throttle valve, which is convenient for users to adjust the switching speed of the air claw according to actual needs, improve production efficiency and automation.

High positioning accuracy: The air claw pays attention to precision control in the design and manufacturing process, the repeatability of up to ±0.02mm, to ensure the accuracy and stability of the clamping position.

Multiple installation methods: MHC2 air claw provides a variety of installation methods, such as axial installation type, side installation type, etc., convenient for users to select and install according to the actual application scenario.

Cushion cushion: MHC2 series air claws also have cushion cushion function, which can effectively reduce impact and vibration during the clamping process and protect the workpiece and equipment.

 

Summary

 

MHC2 fulcrum open and close air claw (standard type) is a pneumatic actuator widely used in the field of industrial automation, with the advantages of compact structure, large clamping moment and high positioning accuracy.

 

FAQ

 

Q: How do you clean a pneumatic cylinder?

A: It's important to clean the pneumatic cylinder's surface regularly with a soft soaked cloth, using a compressed air nozzle to remove any particulates that might get inside it. Use an appropriate pneumatic cylinder degreaser or cleaning solvent, applying a small amount on a clean cloth or rag.

Q: What is pneumatic problem?

A: Air leaks are one of the most frequent and costly problems in a pneumatic system. They can reduce the pressure and flow of air, causing the system to work harder and consume more energy. They can also create noise, contamination, and safety hazards.

Q: Is pneumatic stronger than hydraulic?

A: Hydraulics is the best option for strength, because the liquid medium used for its operation has a high mass density and is largely incompressible. This means that hydraulics can develop much higher levels of pressure, and can use that pressure to transmit the power that will drive your application.

 

 

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