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SCHUNK GmbH & Co. KG
SCHUNK 2-finger pneumatic gripper with 40 mm stroke per jaw, 220 N gripping force, and 0.02 mm repeatability for precise small-component handling in assembly and pick-and-place automation.
The SCHUNK 2-Finger Pneumatic Gripper, 40mm Stroke is a precision industrial pneumatic parallel gripper designed for robotic and automation systems requiring reliable, repeatable handling of small to medium workpieces.
The SCHUNK 2-Finger Pneumatic Gripper offers a 40 mm stroke and 220 N gripping force, supporting both delicate and robust handling in high-throughput manufacturing. The unit's 0.02 mm repeatability ensures accurate placement and alignment, making it suitable for demanding industrial automation standards. Pneumatic actuation enables rapid cycle times for increased productivity in pick-and-place, assembly automation, and electronics handling. Its 0.5 kg lightweight construction reduces wrist moment loads on collaborative and industrial robots, and the narrow footprint is engineered for dense multi-gripper arrays as well as compact workcells.
The SCHUNK pneumatic air gripper excels with parts up to 0.9 kg that have varied shapes or require an extended gripping reach. The device is suitable for integration with most standard pneumatic control systems and can be mounted in confined spaces due to its slim design.
Compared to wider or higher-stroke pneumatic grippers, the SCHUNK 2-Finger Pneumatic Gripper, 40mm Stroke is optimized for applications where component clearance is limited and where handling precision and stroke are prioritized over maximum payload capacity. For larger or heavier workpieces, consider other SCHUNK grippers with increased width or stroke options available in the same family.
Choose this pneumatic gripper when fast cycle times and compact mounting matter more than maximum payload. Pneumatic actuation delivers rapid open-close cycles ideal for high-throughput pick-and-place and assembly lines, while the 0.5 kg weight and narrow footprint fit tight robotic cells and multi-gripper arrays that electric alternatives cannot match.