3-Finger Adaptive Robot Gripper Context

Market context

Three-finger adaptive gripper for cobot/manufacturing work where a simple parallel gripper is not flexible enough.

  • Target environment: Collaborative robots, advanced manufacturing cells, research labs and quality-testing setups
  • Workflow context: Adaptive grasping, pick-and-place, quality testing and flexible object handling
  • Customer context: Manufacturers and labs needing articulated gripping without a full five-finger dexterous hand.
  • Deployment model: Mounted as a three-finger adaptive end effector for cobots and industrial robot arms where flexible grasp geometry matters more than a simple parallel grip.
  • Commercial maturity: Commercial product with public payload, stroke and grip-force figures.
  • Adoption constraints: Fit depends on robot compatibility, mounting, application payload, object geometry and whether three-finger adaptation is enough for the task.
  • Adjacent products: Seed RH4D, qb SoftHand Industry, Unitree Dex1-1, adaptive gripper families

Audience

Factories

Workflow

Adaptive grasping, pick-and-place, quality testing and flexible object handling

Deployment environment

Collaborative robots, advanced manufacturing cells, research labs and quality-testing setups

Specifications

  • Finger Architecture: Three independent articulated fingers; three joints per finger
  • Contact Points: Up to ten points of contact
  • Grip Force: 30 to 70 N
  • Stroke: 155 mm
  • Max Payload Kg: 10 kg

Tags

  • Peer Group: Adaptive grippers, Adaptive grippers, Three-Finger Grippers
  • Workflow: End-effector manipulation, Material handling
  • Capability: Robotic grasping, Adaptive grasping
  • Stack Layer: Robot end-effector, Manipulation stack

Comparable Systems

View 3-Finger Adaptive Robot Gripper overview