Robotiq

Robotiq designs and manufactures flexible robot grippers and complimentary components. We work with robot manufacturers, integrators and end-users to deliver dexterous grippers that enable new applications and improve productivity.

Fully programmable, our Adaptive Robot Grippers can grip a wide variety of part shapes from flat, to square, to cylindrical, to irregular. Our electric grippers have different gripping modes and precise control of speed, force and finger position, that give you the flexibility and precision to pick and place parts in machine tool or other production processes.

2-Finger Adaptive Robot Grippers, 85mm

Compact and flexible this 85 mm of stroke 2-Finger Adaptive Robot Gripper has been designed to give industrial automation the flexibility needed to automate processes including a high-mix of parts. Fully programmable, this robotic gripper can handle a wide variety of parts through three distinct gripping modes: parallel grip, encompassing grip and inside pick.

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2-Finger Grippers, 140mm

Robotiq releases the 2-Finger 140 Adaptive Robot Gripper, a large stroke electric gripper with advanced control features. It is able to detect that a part has been picked, as well as pick soft, fragile or deformable parts without crushing them while maintaining a safe grip when the robot is moving. The new Gripper comes with a 140 mm programmable stroke and a 2 kg payload, ideal for high-mix pick and place operations for various industries such as electronics, consumer goods and logistics.

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3-Finger Adaptive Grippers

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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Force Torque Sensors

Robotiq’s Force Torque Sensors give your robot the sense of touch. Because it’s a digital signal, the Force Torque Sensor is not affected by surrounding noise and provides a stable, precise measurement of force applied on the process or part. By installing a Force Torque Sensor on your robot, you’ll be able to reliably perform the following tasks:

Precision part insertion
Assembly and fabrication
Product testing

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Wrist Camera for Universal Robots

Vision-guided pick and place solution for Universal Robots that can be setup on a shop floor in 5 minutes. No external PC is required to setup, program or run the Camera. Everything is done right from the robot user interface. The compact camera design fits perfectly on the UR wrist and offers direct connectivity to the controller. Moreover, the Robotiq Camera’s user friendly software is seamlessly embedded within Universal Robot’s graphical user interface.

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