Product profile
3-Finger Adaptive Robot Gripper
Robotiq 3-Finger Adaptive Gripper is a programmable robotic gripper for advanced manufacturing and robotics research. Its three articulated fingers adapt t...
Facts
- Company
- Robotiq
- Product type
- gripper
- Status
- commercial
- Primary capability
- three-finger adaptive robot gripper
- Website
- https://robotiq.com/products/adaptive-grippers#3-Finger
About 3-Finger Adaptive Robot Gripper
The 3-Finger Adaptive Robot Gripper uses articulated under-actuated fingers that conform around an object during closing. Pinch, wide and scissor modes support cylindrical, spherical, flat and irregular parts with one programmable end effector.
Position, speed and force settings are controlled through the robot interface, and object detection confirms whether a part has been acquired. Robotiq supplies integration kits, software and technical documentation for manufacturing, laboratory automation and manipulation research.
Market context
component, 1600, candidate10-approved, 900, aa9541c813a1a7ca80b7892ce4633216ba2af06ba92c4595c3fdca50eb1c43a7, ad44c2f2b781cf8d847144c9b658ff5ffe290181afd602f406bc759e69745cf9, Three-Finger Adaptive Gripper, three-finger adaptive gripper, 1600, cobot, manufacturing and research robot gripping, 900, https://robotiq.com/hs-fs/hubfs/3%20finger%20gripper-1.png?height=800&name=3+finger+gripper-1.png&width=1200, clean_photo_or_studio_fallback, https://robotiq.com/hs-fs/hubfs/Dual%20Hand-E%20in%20CNC%20Machine%20with%20coolant.jpg?width=5000&name=Dual%20Hand-E%20in%20CNC%20Machine%20with%20coolant.jpg, https://robotiq.com/products/adaptive-grippers#3-Finger, source_backed_photo, end-effector manipulation, Replaced an incorrect two-finger Hand-E machining image with Robotiq official three-finger product media., 2026-08-19T11:27:08.102398+00:00, official_product_render, products/freshness-2026-08-19/robotiq-3-finger-official.png, 2026-06-02, products/media-replacement-audit-2026-08-18/candidate10/robotiq-3-finger-adaptive-gripper-official-photo-1600x900.jpg, approved_exact_product, generated_studio_from_product_reference, hand, source_photo_16x9_crop, https://robotiq.com/products/adaptive...
Summary
Type: Adaptive gripper
Core: Adaptive fingers
Function: Grasping
Audience: Factories
Specifications
- closing_speed
- 22 to 110 mm/s mm/s
- contact_points
- Up to ten points of contact
- control_features
- Object detection; position, speed and force control
- finger_architecture
- Three independent articulated fingers; three joints per finger
- grip_force
- 30 to 70 N N
- grip_modes
- Four grip modes
- max_payload_kg
- 10 kg kg
- operating_temperature
- -10 to 50 °C °C
- repeatability_mm
- 0.05 mm mm
- software_support
- ROS compatible
- stroke
- 155 mm mm
- weight_kg
- 2.3 kg kg
Operations
- Environment
- manufacturing, robotics_lab, cobot_integration
- Primary user
- robot integrators, manufacturing engineers, robotics researchers
- Role
- adaptive grasping, multi-shape object handling, end effector
- Interaction model
- software_controlled, integrated_component
- Mobility class
- fixed_end_effector
- Product detail
- component, 1600, candidate10-approved, 900, aa9541c813a1a7ca80b7892ce4633216ba2af06ba92c4595c3fdca50eb1c43a7, ad44c2f2b781cf8d847144c9b658ff5ffe290181afd602f406bc759e69745cf9, Three-Finger Adaptive Gripper, three-finger adaptive gripper, 1600, cobot, manufacturing and research robot gripping, 900, https://robotiq.com/hs-fs/hubfs/3%20finger%20gripper-1.png?height=800&name=3+finger+gripper-1.png&width=1200, clean_photo_or_studio_fallback, https://robotiq.com/hs-fs/hubfs/Dual%20Hand-E%20in%20CNC...
Research, Articles and recent verified events
- Bridging Semantics and Kinematics: A Modular Framework for Zero-Shot Robotic Manipulation — 2026-06-22
- Robotiq launches AI platform for workcell integration — 2026-06-03
- Robotiq launches TSF-85 tactile fingertips for 2F-85 gripper — 2026-01-27
- Universal Robots, Robotiq and Siemens showcase digital-twin palletizing cell — 2026-01-06
- E-COBOT deploys autonomous cobot palletizing cell at CAVAC — 2025-09-16
- Robotic Paper Wrapping by Learning Force Control — 2025-03-19
- Sketch-to-Skill: Bootstrapping Robot Learning with Human Drawn Trajectory Sketches — 2025-03-14
- TrojanRobot paper evaluates physical robotic backdoor attacks on Universal Robots UR3e — 2024-11-18