Mch Series Mch10 Mcha12 Mchb12 Mchc10 Pneumatic Air Gripper Finger Cylinder

• Customization: Available
• Material: Stainless Steel
• Usage: Automation and Control
• Model NO.: MCH Series
• Structure: Series Cylinder
• Power: Pneumatic
• Standard: Standard
• Pressure Direction: Single-acting Cylinder
• Double-Acting Cylinder Type: Adjustable Cushioning Cylinder
• Special Cylinder Type: Number of Cylinders
• Combination Cylinder Type: Pressurized Cylinder
• Type: Actuator
• Applicable Industries: Applicable Industries
• Fluid: Air
• Pressure Range(MPa): 0.15~0.7
• Temperature(℃): -10~70
• Piston Speed(mm/S): 50~500
• Transport Package: Carton Box
• Specification: MCH
• Trademark: WF
• Origin: Jiangsu, China (Mainland)
• Package Size: 22.00cm * 22.00cm * 22.00cm
• Package Gross Weight: 2.000kg

Product Description

Product Description

 

Overview of the finger cylinder

The finger cylinder, often referred to as pneumatic finger or pneumatic gripper, is an automated actuator that uses compressed air as power to clamp or grasp a workpiece. As an important member of the pneumatic component family, the finger cylinder is essentially a variant cylinder, which converts the linear motion of the piston into the gripping action of the finger through the mechanical structure. In modern automated production, the main role of finger cylinder is to replace the grasping work of human hand, so as to significantly improve production efficiency and operation safety. With the continuous improvement of industrial automation, the application field of finger cylinder is expanding, and now it covers many industries such as packaging machinery, food processing, electronic assembly, logistics and transportation. In automated production lines, finger cylinders are often integrated into manipulator systems, which are responsible for precise tasks such as grasping, placing, rotating, and assembling, and become an indispensable key component of modern industrial automation. The basic composition of finger cylinder includes cylinder body, piston, guide system and finger and other components. Through precise structural design, it can convert pneumatic energy into mechanical clamping force, and realize reliable grasping of workpieces of different shapes, sizes and materials. Compared with other complex grasping systems, the finger cylinder has prominent advantages such as compact structure, rapid response, and easy maintenance, which is especially suitable for industrial scenarios that require high-speed and high-frequency grasping.
 

Overview of the finger cylinder

The finger cylinder, often referred to as pneumatic finger or pneumatic gripper, is an automated actuator that uses compressed air as power to clamp or grasp a workpiece. As an important member of the pneumatic component family, the finger cylinder is essentially a variant cylinder, which converts the linear motion of the piston into the gripping action of the finger through the mechanical structure. In modern automated production, the main role of finger cylinder is to replace the grasping work of human hand, so as to significantly improve production efficiency and operation safety. With the continuous improvement of industrial automation, the application field of finger cylinder is expanding, and now it covers many industries such as packaging machinery, food processing, electronic assembly, logistics and transportation. In automated production lines, finger cylinders are often integrated into manipulator systems, which are responsible for precise tasks such as grasping, placing, rotating, and assembling, and become an indispensable key component of modern industrial automation. The basic composition of finger cylinder includes cylinder body, piston, guide system and finger and other components. Through precise structural design, it can convert pneumatic energy into mechanical clamping force, and realize reliable grasping of workpieces of different shapes, sizes and materials. Compared with other complex grasping systems, the finger cylinder has prominent advantages such as compact structure, rapid response, and easy maintenance, which is especially suitable for industrial scenarios that require high-speed and high-frequency grasping.

 

Model	MCH
Working pressure	Single action 0.25~0.6MPa/ double action 0.1~0.6MPa
Use of fluids	Air
Ambieent temp	-10 to 60 degrees Celsius
Max frequency of use	180C.P.M

 

Model	MCHA
Mode of  actuation	Multiple action type/single action normally open type
Bore size(mm)	12	16	20	25	30
Pipe caliber size	M3*0.5	M5*0.8
Use of fluids	Air
Ambieent temp	-5 to 60 degrees Celsius
Max claw arm lenth L(mm)	30	40	60	70	85
Weight(g)	53	103	193	327	525

 

Model	MCHB
Mode of  actuation	Multiple action type
Bore size(mm)	12	16	20	25	32
Pipe caliber size	M3*0.5	M5*0.8
Use of fluids	Air
Ambieent temp	-5 to 60 degrees Celsius
Max claw arm lenth L(mm)	30	40	60	70	85
Weight(g)	66	144	255	419	719

 

Model	MCHC
Mode of  actuation	Multiple action type/single action normally open type/ Single action normally closed type
Bore size(mm)	6	10	16	20	25
Pipe caliber size	M3*0.5	M5*0.8
Use of fluids	Air
Ambieent temp	-10 to 60 degrees Celsius
Weight(g)	27	55	124	250	456

 

 

 

Detailed Photos

MCH Series Parameter:

 

MCHA Series Parameter:

MCHB Series Parameter:

MCHC Series Parameter:

 

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