Automate 2026: Cameras, components, drives, grippers, motors, sensors & more

Weiss Robotics introduces the INTRAPAL1200-280 gripper. Engineered for demanding palletizing and handling applications, the servo-electric gripper combines high payload capacity, precision control, and easy integration into modern robotic environments. Developed for both collaborative and industrial robots, the INTRAPAL offers a combination of up to 1200 N gripping force, a 280 mm stroke and a payload capacity of up to 130 lbs. This makes it suited for handling a wide range of load carriers within dynamic logistics environments. INTRAPAL features single-sided actuated parallel kinematics, enabling highly adaptable gripping across varying object sizes. Integrated gripping force control and pre-positionable fingers ensure consistent, reliable handling even when dealing with mixed or changing container formats. The INTRAPAL also introduces advanced connectivity features. Integrated finger interfaces based on IO-Link allow external sensors and actuators to be directly connected and controlled via the robot program. This capability enhances process transparency, precision, and operational safety in adaptive applications. Weiss Robotics, weiss-robotics.com/company, Booth 2231 & 2236

Servo-electric gripper for palletizing and handling applications

Weiss Robotics introduces the INTRAPAL1200-280 gripper. Engineered for demanding palletizing and handling applications, the servo-electric gripper combines high payload capacity, precision control, and easy integration into modern robotic environments. Developed for both collaborative and industrial robots, the INTRAPAL offers a combination of up to 1200 N gripping force, a 280 mm stroke and a payload capacity of up to 130 lbs. This makes it suited for handling a wide range of load carriers within dynamic logistics environments. INTRAPAL features single-sided actuated parallel kinematics, enabling highly adaptable gripping across varying object sizes. Integrated gripping force control and pre-positionable fingers ensure consistent, reliable handling even when dealing with mixed or changing container formats. The INTRAPAL also introduces advanced connectivity features. Integrated finger interfaces based on IO-Link allow external sensors and actuators to be directly connected and controlled via the robot program. This capability enhances process transparency, precision, and operational safety in adaptive applications. Weiss Robotics, weiss-robotics.com/company, Booth 2231 & 2236

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