Pneumatic grippers function by using compressed air to open and close their jaws—also known as fingers—which mimic the action of human hands by gripping, positioning, and handling objects. These grippers commonly feature either two or three fingers, and are powered by single or double-acting pneumatic cylinders for actuation.
The two primary configurations of pneumatic grippers are angular and parallel types. Among them, the parallel gripper is the most prevalent due to its straightforward design and adaptability to objects of varying sizes.
Pneumatic grippers are widely used in automation systems, from handling miniature components like semiconductors to manipulating large items such as automotive parts. They're also frequently integrated into robotic arms for tasks like pick-and-place operations and precise handling tasks in industrial settings.
Benefits of Using a Pneumatic Gripper
Delivers strong gripping force for reliable object handling
Compact and lightweight design enhances system efficiency
Cost-effective compared to other gripping technologies
Easy to install and customize for specific application needs
The SMC MHS3 series has 3-finger grippers which are optimal for gripping spherical, cylindrical or round work pieces and loading or unloading of work pieces from the chuck of a machine tool. Its wedge cam design minimizes its overall size while retaining a high holding force making it suitable for end-of-arm or space constrained pick and place applications.
Auto switch capable
Option for NSF-H1, food grade lubricant
High repeatability ±0.01 mm
THE SMC VACUUM GRIPPER UNIT is for collaborative robots. It operate by simply connecting 1 compressed air supply tube
and an electrical wiring M12 connector. It has integrated vacuum ejector, air supply/release valve, pressure sensor, and pads. This gripper features a rounded appearance without corners.
Fluid Air
Operating temperature range 5 to 50 °C
Max. work load 7*5kg
Air pressure supply (P) port One-touch fi tting (Ø 4)
THE SMC VACUUM GRIPPER UNIT is for collaborative robots. It can be operated simply by connecting 1 compressed air supply tube and the built-in cable for electric wiring. This gripper has integrated vacuum ejector, air supply/release valve, pressure switch, and pads. As the air piping and electric wiring built into the robot are used, no external wiring or piping is required. This gripper has a wide variety of pad variations are available to support a wide range of workpieces
Fluid Air
Operating temperature range 5 to 50°C
Max. work load 7 kg*4
Air pressure supply (P) port Built-in One-touch fi ttings (Ø 4)
Power supply voltage 24 VDC ±10 % V
THE SMC VACUUM GRIPPER UNIT is for collaborative robots. It operate by simply connecting 1 compressed air supply tube
and an electrical wiring M8 connector. It has integrated vacuum ejector, air supply/release valve, pressure sensor, and pads.
Fluid Air
Operating temperature range 5 to 50 °C
Max. work load 7 kg*4
Air pressure supply (P) port One-touch fi tting (Ø 6)
Power supply voltage 24 VDC ±10 % V
THE SMC VACUUM GRIPPER UNIT is for collaborative robots. It operate by simply connecting 1 compressed air supply tube
and an electrical wiring M8 connector. It has integrated vacuum ejector, air supply/release valve, pressure sensor, and pads.
Fluid Air
Operating temperature range 5 to 50 °C
Max. work load 7 kg*4
Air pressure supply (P) port One-touch fi tting (Ø 6)
Power supply voltage 24 VDC ±10 % V
THE SMC VACUUM GRIPPER UNIT is for collaborative robots. It operate by simply connecting 1 compressed air supply tube
and an electrical wiring M12 connector. It has integrated vacuum ejector, air supply/release valve, pressure sensor, and pads. This gripper features a rounded appearance without corners.
Fluid Air
Operating temperature range 5 to 50 °C
Max. work load 7 kg*4
Air pressure supply (P) port One-touch fitting (Ø 6)
Power supply voltage 24 VDC ±10 % V