China Air Gripper Pneumatic Cylinder Factory & Manufacturer
Our factory is an outstanding manufacturer of pneumatic gripper cylinders. Our pneumatic gripper cylinders are carefully crafted with attention to detail, proving our pursuit of excellence and ensuring that our products not only meet industry standards but also exceed expectations, setting a new benchmark for pneumatic gripper cylinder technology.
China's Factory-Made Air Gripper Pneumatic Cylinder: A Powerful Assistant in Industrial Automation
The air gripper pneumatic cylinder, crafted by our China-based factory and manufacturer, is a formidable assistant in the realm of industrial automation. Engineered for precision and reliability, these cylinders are designed to handle a variety of tasks with ease, making them an indispensable component in modern manufacturing processes. Our Chinese manufacturer's commitment to quality ensures that each air gripper pneumatic cylinder is a powerful tool for enhancing efficiency and productivity on the factory floor.
What is a air gripper pneumatic cylinder?
The air gripper pneumatic cylinder, also known as the pneumatic gripper, is a type of pneumatic component and is a pneumatic actuator driven by compressed air (power source). It controls the movement of the piston in the cylinder through changes in air pressure, thereby driving the opening and closing of the air gripper to achieve functions such as clamping, moving or fixing objects. It is widely used in automated production lines due to its high efficiency, stability and easy maintenance.
Working principle of air gripper pneumatic cylinder
The working principle of the air gripper pneumatic cylinder is based on the pneumatic principle. By controlling the flow of compressed air in and out of the cylinder, the piston and connecting rod are pushed to move, and the connecting rod drives the air gripper to open or close, realizing the reciprocating motion of the piston inside the cylinder. By adjusting the size and direction of the air pressure, the gripping strength and movement speed of the air gripper can be precisely controlled. In addition, some air gripper pneumatic cylinders are equipped with built-in magnets and automatic switches, further improving their automation. This working principle allows the air gripper pneumatic cylinder to respond quickly and accurately without requiring a complex electrical system.
Main functions of air gripper pneumatic cylinder
Precise grabbing and releasing: The air gripper pneumatic cylinder can grab, carry, position and release objects. Through precise control of air pressure, the air gripper pneumatic cylinder can achieve stable grasping and quick release of objects. This ability enables the air gripper pneumatic cylinder to perform well in many aspects such as material handling, assembly, and inspection. Whether in a high-speed production line or in precision manufacturing that requires delicate operations, the air gripper pneumatic cylinder can ensure stable grabbing and accurate placement of objects.
Strong load capacity: The air gripper pneumatic cylinder has a strong load capacity and can easily handle objects of various weights and sizes. This capability makes air gripper pneumatic cylinders have broad application prospects in the field of industrial automation. Whether it is sorting light items or handling heavy workpieces, the air gripper pneumatic cylinder can provide reliable support.
Flexible to adapt to many shapes: air gripper pneumatic cylinders are often designed to be highly flexible and able to adapt to objects of different shapes and sizes. By adjusting the shape, size and material of the air gripper, the air gripper pneumatic cylinder can grasp various complex-shaped objects. This flexibility makes air gripper pneumatic cylinders more practical and efficient in industrial automation.
High degree of automation: The air gripper pneumatic cylinder is usually used in conjunction with sensors, controllers and other automation equipment to achieve a high degree of automated control. Through preset programs and instructions, the air gripper cylinder can automatically complete a series of actions such as grabbing, carrying, and placing, greatly improving production efficiency and quality. In addition, some air gripper pneumatic cylinders are equipped with intelligent control systems that can monitor and adjust working conditions in real time to ensure stable operation of the equipment.
Types of air gripper pneumatic cylinders
Structure and function: Air gripper pneumatic cylinders can be mainly divided into two types: single-acting and double-acting. Single-acting air gripper pneumatic cylinders usually only require air pressure to drive in one direction, and rely on springs or other mechanical devices to achieve reset in the other direction. This design simplifies system complexity and reduces energy consumption. In contrast, double-acting air gripper pneumatic cylinders require air pressure to drive in both directions, providing higher control accuracy and power output, and are suitable for occasions that require precise control and larger gripping force.
Stroke length: The air gripper cylinder can be divided into three types: short stroke, medium stroke and long stroke. The short-stroke air gripper pneumatic cylinder is suitable for fast and high-frequency grabbing operations. It can complete the action in a very short time and improve production efficiency. The mid-stroke air gripper pneumatic cylinder takes into account both speed and power and is suitable for grabbing tasks with medium speed and power. The long-stroke air gripper pneumatic cylinder provides a larger grabbing range and flexibility, and is suitable for occasions that require a larger working space.
Other types are available: Standard air gripper pneumatic cylinder is suitable for most general scenarios and has stable and reliable performance; compact air gripper pneumatic cylinder has reduced the size and weight through optimized design and is suitable for occasions with limited space; comes with dust cover The new type air gripper pneumatic cylinder improves the protection level and durability of the cylinder by adding a dust cover design, and is suitable for harsh environments or applications that require long-term operation.
Comparison between air gripper pneumatic cylinder, rod cylinder and swing cylinder
Compared with rod cylinders, air gripper pneumatic cylinders provide greater precision and flexibility in gripping and handling. The rod cylinder is mainly used for linear motion, while the air gripper pneumatic cylinder can achieve precise grabbing and releasing of objects. Compared with the swing cylinder, the air gripper pneumatic cylinder has more advantages in gripping strength and stability, and is more suitable for applications that require precise control of gripping position and strength.
Structure and function:
air gripper pneumatic cylinder: gripper cylinder is usually composed of cylinder, slider, clamping jaw, piston, spring and other components. Through the action of compressed air, the piston inside the cylinder is reciprocated to clamp or loosen the workpiece. The gripper design of the air gripper pneumatic cylinder makes it particularly suitable for grabbing and handling objects.
Rod cylinder: There is a piston rod fixed on the piston inside the rod cylinder. When air pressure acts on the piston, the piston and piston rod will move outward at the same time, and the piston rod can directly transmit motion and force. Mainly used in situations where linear motion output is required, such as machine tools, automated production lines, industrial machinery, etc. Rod cylinders are often used to push, pull or position objects.
Swing cylinder: The swing cylinder uses compressed air to drive the output shaft to perform reciprocating rotation within a certain angle range. It is mainly used in situations where rotation or swing motion is required, such as the opening and closing of valves, arm movements of robots, etc. The swing angle, swing starting point and other parameters of the swing cylinder can be adjusted according to specific needs.
Application scenarios:
air gripper pneumatic cylinder: widely used in industrial automation, especially in light industry, electronics, metallurgy, machinery manufacturing and other industries. The air gripper cylinder has the advantages of fast clamping, no pollution, good stability, and strong adaptability, and is suitable for grabbing and handling objects of various shapes and sizes.
Rod cylinder: Mainly used in situations where linear motion output is required, such as the feeding mechanism of machine tools, the conveying mechanism of automated production lines, etc. Rod cylinders have the advantages of simple structure, easy maintenance, and large output force, and are suitable for pushing, pulling or positioning heavy objects.
Swing cylinder: Mainly used in situations where rotation or swing motion is required, such as robot arm movements, valve opening and closing, etc. The swing cylinder has the advantages of adjustable swing angle, smooth movement, and easy control. It is suitable for occasions where precise control of rotation angle and speed is required.
Performance features:
air gripper pneumatic cylinder: fast response, fast clamping and loosening of workpieces, improving production efficiency. Using compressed air as the power source will not produce pollution and ensure a clean production environment. The clamping force and clamping range can be adjusted as needed to adapt to different types of workpiece clamping.
Rod cylinder: has large output force and can push or pull heavy objects. The structure is simple and easy to maintain. The stroke is adjustable and can be adjusted according to specific needs.
Swing cylinder: The swing angle is adjustable and can be adjusted according to specific needs. The action is smooth and easy to control. Suitable for occasions where precise control of rotation angle and speed is required.
The purpose of the air gripper pneumatic cylinder
air gripper pneumatic cylinders are widely used in industrial automation. It can be used in material handling, assembly, inspection and other aspects of automated production lines, and can also be used as the end effector of a robot arm to achieve precise grabbing and placement of objects. In many industries such as packaging, electronics, automobiles, and food processing, air gripper pneumatic cylinders play an irreplaceable role.
The air gripper pneumatic cylinder has become an important component in the field of industrial automation due to its characteristics of efficient grasping and precise control. With the continuous upgrading of the manufacturing industry and the growing demand for intelligence, China factory and manufacturers will continue to devote themselves to the research and development and innovation of air gripper pneumatic cylinders to provide more advanced and reliable solutions for the industrial field. When you choose a GXR manufacturer, you will get a partner with rich industry experience and a professional technical team to ensure that your personalized needs are met. At the same time, relying on global resources and 30 years of industry accumulation, you will be able to provide you with fast global distribution and One-stop industrial shopping experience.
HANUMAN Services
HANUMAN can offer you with various models of air grippers, such as MIW, MIS, MHT2, MHS2, MHS3, MHSH3, MHS4, MHL2, MHF2, MHY2, MHZ, and MHC, with options of single acting, double acting, bore size, auto switch, port size, parallel type, standard type, short stroke, medium stroke, long stroke, NC, NO, finger quantity, port thread, and mounting accessories.
Specifications
Bore size
|
6 mm
|
10 mm
|
16 mm
|
20 mm
|
25 mm
|
32 mm
|
40 mm
|
Fluid
|
Air
|
Operating pressure range
|
Double acting
|
0.15 to 0.7 MPa
|
0.2 to 0.7 MPa
|
0.1 to 0.7 MPa
|
Single acting
|
0.3 to 0.7 MPa
|
0.35 to 0.7 MPa
|
0.25 to 0.7 MPa
|
Ambient and fluid temperature
|
-10 to +60 ℃ (No freezing)
|
Repeatability
|
±0.01 mm
|
±0.02 mm
|
Max. operating frequency
|
180 c.p.m. (MHZL2 series: 120 c.p.m.)
|
60 c.p.m.
|
Lubrication
|
Not required
|
Auto switch (Option)
|
Solid state auto switch (MHZA2, MHZAJ2 without auto switch)
|
Port size
|
M3×0.5
|
M5×0.8
|