AG Collaborative Gripper Series

About

About AG Collaborative Gripper Series

ChangingTek’s AG range includes two- and three-finger adaptive grippers with model-specific gripping forces from approximately ten to 80 newtons. Parallel and underactuated mechanisms conform around parts with different shapes, reducing the need to exchange tooling when product geometry changes within an assembly or handling process.

Integrated control regulates position, speed and force and returns grip, drop and fault information to the host system. Catalogue models provide repeatability from approximately ±0.02 to ±0.05 millimetres and communicate through Modbus RTU and discrete I/O, with ROS, EtherCAT and CAN expansion available across the platform. Applications include collaborative assembly, inspection and machine tending.

Context

Market context

The AG Collaborative Gripper Series is a family of collaborative electric grippers for robot manipulation tasks.

  • Target environment: Collaborative robot cells, assembly workstations, packaging lines, machine-tending cells and light industrial automation setups.
  • Workflow context: Precision gripping, part handling, pick-and-place, assembly support and end-effector integration for robot arms.
  • Customer context: Robot integrators, factories, cobot users and automation teams needing configurable electric gripping hardware.
  • Deployment model: Commercial end-effector family offered across multiple gripper sub-lines and integrated into third-party robot workflows.
  • Commercial maturity: Commercial component family with published specifications and multiple variants for different force, stroke and installation needs.
  • Adoption constraints: Adoption depends on payload, stroke, finger geometry, communication interface, mounting compatibility and task repeatability.
  • Market position: Collaborative gripper family positioned as a flexible end-effector layer for cobot and light industrial manipulation.
  • Adjacent products: Robotiq 2F, Schunk Co-act, OnRobot RG Series, CTAG Gripper Series

Comparable Systems