Point gripper for TK008 robot - pneumatic, 10 mm stroke, 15 N
Point gripper for TK008 robot - pneumatic, 10 mm stroke, 15 N
This goes with it
Pay in 30 days
Pay in 30 days
Description
Product overview
- Point gripper for robots with pneumatic drive
- Stroke length 10 mm, maximum gripping force 15 N
- Connection via hose fitting (4 mm diameter)
- Suitable for robots with an M6 flange mount
- Aluminum base body with carbon steel jaws
Product description
This point gripper is pneumatically driven and performs gripping tasks on robotic systems. With a stroke length of 10 mm and a maximum gripping force of 15 N, the gripper is suitable for handling light to medium-weight components such as small metal parts, plastic components, or small parts in assembly workstations.
The gripper is operated via a compressed-air hose fitting with a diameter of 4 mm. An operating pressure in the range of 5 to 7 bar enables the gripper jaws to extend fully. Operation therefore requires an external compressed-air source with a suitably dimensioned hose.
The gripper is mounted directly to robot end effectors with a matching mounting interface via the M6 flange mount. The aluminum base body with integrated carbon steel jaws ensures a stable gripping position and wear resistance during repeated gripping operations. Typical applications include automation setups in assembly lines, material handling in manufacturing cells, or sorting tasks in which the gripper must repeatedly pick up and place objects.
Commissioning requires a compressed-air system with moisture drying and a regulator. The hose connection must be regularly inspected for wear and leaks. The gripper is not suitable for aggressive media or high-pressure applications above 10 bar.
Safety notice
This product is not intended for installation in the household electrical circuit and is intended exclusively for building prototypes and for testing and development purposes. Work on compressed-air systems and their connections must be carried out by qualified electricians or trained personnel with knowledge of pneumatics; if anything is unclear, consult a qualified electrician before commissioning. Incompletely closed hose connections and defective seals can lead to compressed-air leaks.