MHS Series4 Finger Pneumatic Gripper

MHS Series4 Finger Pneumatic Gripper
Details:
MHS4 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 flexibility and easy maintenance. In the field of industrial automation has a wide range of application prospects and market demand.
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Description
Technical Parameters
Product characteristics

 

Compact structure: MHS4 series air claw adopts sliding guide way, compact structure, small height direction size and light weight, suitable for use in space limited occasions.

High precision: the repeatability of the air claw can reach ±0.01mm, ensuring the accuracy and stability of each clamping.

Strong gripping force: With a wedge-shaped CAM structure, the MHS4 series air grippers increase gripping force and are suitable for clamping objects of all shapes and sizes.

Flexibility: Provide a variety of model options, such as MHS4-16D, MHS4-20D, MHS4-25D, cylinder diameter from 16mm to 63mm, to meet the needs of different working conditions.

Easy maintenance: The pneumatic drive mode makes the MHS4 series of air claws have the advantages of simple structure and easy maintenance.

 

Working principle

 

The working principle of MHS4 series sliding guide circular air claw 2 finger type mainly relies on air pressure drive. When the air source is connected, the compressed air pushes the piston movement in the cylinder, and then drives the two fingers to open and close through the connecting rod mechanism. This driving mode has the characteristics of fast response speed and strong power.

 

Specification

 

Model

MHS2-16D

MHS2-20D

MHS2-25D

MHS2-32D

MHS2-40D

MHS2-50D

MHS2-63D

MHS2-80D

Bore size (mm)

16

20

25

32

40

50

63

80

Fluid

Air

Operating pressure (MPa)

0.2 to 0.6

0.1 to 0.6

Ambient and fluid temperature ()

-10 to 60

Repeatability(mm)

±0.01

Max.operating frequency (c.p.m.)

120

60

30

Lubrication

Not required

Action

Double acting

Effective gripping force (N) at 0.5 MPa Note)

External grip

9

21

36

62

97

155

280

400

Internal grip

16

28

47

82

130

204

359

525

Opening/Closing stroke(Both sides)(mm)

4

4

6

8

8

12

16

20

Weight (g)

95

150

230

440

620

1050

1800

3200

 

Note

Values for ∅16 to ∅25 are with gripping point L = 20 mm, for ∅32 to ∅63 with gripping point L = 30 mm, and for o80 with gripping point L = 50 mm.

 

Application field

 

Because the MHS4 series sliding guide circular air claw 2 finger type has the above advantages, it is widely used in the following fields:

Industrial automation: As the end effector of industrial robots, it realizes the automatic grasp and handling of objects.

Food processing: In the food production line, used to grab and move food raw materials or finished products.

Electronic manufacturing: used to grip and transport electronic components during the assembly and testing of electronic products.

Healthcare: Used to grip and transport precision components in the manufacturing and testing of medical devices.

 

Summary

 

MHS4 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 flexibility and easy maintenance. In the field of industrial automation has a wide range of application prospects and market demand.

 

FAQ

 

Q: What is the most common problem in pneumatics?

A: The most common problems are likely to be a slow-moving or drifting actuator, insufficient pressure, issues with valves or the filtration unit. You can learn more about pneumatic systems and some of the most common issues here.

Q: What is the biggest maintenance problem in pneumatic systems?

A: Final answer: The largest maintenance problem in pneumatic systems is leakage. Pneumatic systems are prone to leaks due to the use of compressed air, which can escape through worn-out seals, valves, or connections. Regular inspection and repair of leaks are necessary to maintain optimal functionality.

Q: Is pneumatic safer than hydraulic?

A: Safety. When comparing the two fluid power methods, pneumatics are generally safer due to the fact that they aren't using hydraulic fluids. Hydraulic fluids can be incredibly hazardous if leakage occurs, and can pose great danger to operators and technicians.

 

 

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