Grippers, Robotiq, St-Nicolas, Canada

The 2-Finger Adaptive Robot Gripper -- 200 from Robotiq is a high capacity electric gripper design for manufacturing industries. The video shows main features of this end effector: Flexibility, Precision, Durability and High Payload.

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Robotiq Adaptive Robot Grippers in Action in different robotic industrial applications such as: robotic arc welding, robotic laser welding, bin picking, machine tending.

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Robotic Machine tending demonstration with the 2-Finger Adaptive Robot Gripper from Robotiq at MECSPE 2013 in Celada Automation Booth.

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Tactile Sensors research project from ETS Montreal (Ecole de Technologie Superieure) designed for Robotiq 3-Finger Adaptive Robot Gripper. These tactile sensors include an innovative micro-structure based on dielectric material to enhance the capacitive sensing. Equipped with these tactile sensors, robotic end effectors can sense very low minimal force and measure the pressure in a dynamic and static way.

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Here is a demo of the 2-Finger Adaptive Robot Gripper from Robotiq on Baxter - the collaborative robot from Rethink Robotics. The video shows a packaging application where the robot has to handle pipes of different sizes and place them in a specific order in a box.

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Robotiq Grippers used for the Project RoboGasInspector, aiming at the development and evaluation of a human-robot system that applies autonomous robots equipped with remote gas detection devices to detect and locate gas leaks.

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Assembly demonstration with KUKA robot and Robotiq 3-finger adaptive gripper.

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Kinetiq Teaching Hand-Guiding 101, learn to feel the welding robot, adjust speed and sensitivity and more. With Kinetiq Teaching, you can now teach a robot by hand-guiding its arm through welding trajectories and easily set welding parameters with no in-depth knowledge of programming.

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Inertia Switch used the full benefits of automation for a machine tending application with the Robotiq Adaptive Gripper and Universal Robots.

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Learn the different motion types, adjustments and control options for Kinetiq Teaching. A solution that allows you to teach a robot by hand-guiding its arm through welding trajectories to easily set welding parameters, requires no in-depth programming knowledge.

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Designed for applications dealing with a wide variety of parts, the 3-Finger Adaptive Robot Gripper represents a solution to improve process flexibility and consistency. This robotic hand gives “hand-like” capabilities to robot arms in advanced robotic applications and industrial automation such as robotic welding, machine loading/unloading, bin picking and research.

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This 6-Axis Force Torque Sensor designed for force and position control is easy to integrate and offers immunity from external electrical noise.
Use the signal directly as digital input to your robot controller. No need for an external signal processing box.

Main Features:

The FT 150 is designed to perform assembly, pick and place and hand-guiding applications.

The Force Torque Sensor 150 is offered with software packages on Universal Robots, Linux, Windows and ROS to enable you to speed up your application development.

Also compatible with industrial robots such as: Yaskawa Motoman, FANUC and ABB.

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Eliminate changeovers by using a single programmable robot gripper to handle all your parts.This robotic end effector is compatible with all major industrial robot manufacturers. No need to design, fabricate and maintain a lot of custom made tools

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Robotiq’s flexible 2-Finger Adaptive Robot Gripper 85 is used in various industrial applications.

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See how to install the Robotiq 6-Axis Force Torque Sensor - the FT 150 - designed for force and position control is easy to integrate and offers a high quality digital signal. Use the signal input directly to your robot controller. No need for an external signal processing box.

The FT 150 is offered with software packages on Universal Robots, Linux, Windows and ROS to enable you to speed up your application development.

Also compatible with industrial robots such as: Yaskawa Motoman, FANUC and ABB.ts

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Take a look at our 3-Finger Adaptive Robot Gripper used in the DEOS-SIM: Simulation facility for OOS missions from the DLR German Aerospace Center. Our robot hand was chosen for its flexibility, robustness and ease of integration.

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Here is the demo showed at our booth during the ICRA exposition in Seattle last May. This demo using a Universal Robots, a 3-Finger Adaptive Gripper and a FT 150 Force Torque Sensor, was geared to highlight the potential of the FT sensor and the flexibility of the 3-Finger Gripper.

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