HFP Parallel Type Pneumatic Finger Cylinder

HFP Parallel Type Pneumatic Finger Cylinder
Details:
With 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 continuous progress of technology and the continuous expansion of application fields, HFP series pneumatic fingers will continue to play an important role in providing more efficient, stable and accurate solutions for industrial automation production.
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Description
Technical Parameters
Product feature

 

ALUMINUMALLOY CYLINDERSurface hard oxidation High strength,Corrosion and wear resistance Long service life

REASONABLE CLAMPINGANGLE ,Accurate clamping angle,Strong controlEasy to install

HIGH UALITY GRIPPER,The claws are made of high quality stainless steel

The bottom adopts snap ring seal Good sealing effect,With oil storage function Durable and airtight

INSTALLATINThe cylinder block is designed with inductor slot,Easy installation Responsive

 

Specification

 

Bore size(mm)

10

16

20

25

32

Acting type

Double acting,Single acting

Fluid

Air(to be filtered by 40μm filter element)

Operating

pressure

Double acting

Φ10

0.2~0.7MPa(28~100psi)(2.0~7.0bar)

Others

0.15~0.7MPa(22~100psi)(1.5~7.0bar)

Single acting

Φ10

0.35~0.7MPa(50~100psi)(3.5~7.0bar)

Others

0.25~0.7MPa(36~100psi)(2.5~7.0bar)

Proof pressure

1.05MPa(150psiy10.5bar)

Temperature℃

-20~70

Lubrication

Cylinder:Not required;Gripper jaws:Lubricate grease

Max.gripping length mm

30

40

60

70

90

Max.frequency

180(c.p.m)

60(c.p.m)

Sensor switches

 

CMSG\DMSG\EMSG

CMSG\DMSG\EMSG

CMSH\DMSH\EMSH

Port size

M3×0.5

M5×0.8

 

Working principle

 

The working principle of the HFP series pneumatic finger is based on pneumatic transmission. When the air pressure acts on the piston of the cylinder, the piston pushes the load in a straight line motion. In pneumatic fingers, this linear motion is translated into the opening and closing action of the gripper by means of a mechanical lever. When the gas pressure increases, the piston pushes the lever to close the clamp; When the air pressure is reduced, the claw opens automatically.

 

Application scenario

 

Because the HFP series pneumatic finger has the advantages of simple structure, easy maintenance, fast response, wide load capacity and can be used in combination with other execution components, it is widely used in the following scenarios:

Manipulators and robots: as hand devices of manipulators or robots, to achieve accurate grasp and handling of work pieces.

Forming machines, rubber and plastic machinery and machine tools: automatic clamping and handling of work parts in the production line to improve production efficiency.

Conveying equipment: clamping and transferring materials on the conveying line to ensure the smooth flow of materials.

Packaging machinery: clamping and handling of packaging in the packaging process to achieve automation of packaging.

Food, medical and chemical industries: Holding and handling materials or products in environments that require high precision and cleanliness.

 

Summary

 

With 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 continuous progress of technology and the continuous expansion of application fields, HFP series pneumatic fingers will continue to play an important role in providing more efficient, stable and accurate solutions for industrial automation production.

 

FAQ

 

Q: Why is pneumatic better than electric?

A: Pneumatic systems generally have long operating lives and require little maintenance. Simplicity of operation: Pneumatic systems are easier to design and use than their electrical counterparts in many applications. Pneumatic cylinders and actuators provide a quick path to linear motion.

Q: What is the replacement for pneumatic cylinder?

A: SMAC is an all-electric solution that can be used as a "drop-in" replacement for air actuators. High speed, compact and price-competitive cylinder actuators that provide an alternative to pneumatic cylinders with superior performance.

Q: What are two disadvantages of pneumatics?

A: Loudness: Pneumatic systems are the loudest type of designs that power machines. Actuators that run the system are the source of the noise and are sometimes placed in a separate room to limit sound pollution. Toxins and chemicals: Sometimes, pneumatic systems use hazardous chemicals in their design.

 

 

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