Robotiq designs and manufactures flexible robot grippers and complimentary components for use with collaborative robots.
Hand-E is an electric gripper ready for use with AUBO collaborative robots. Hand-E’s high accuracy and 50 mm parallel stroke make it perfect for precision assembly tasks, while its sealed design ensures reliability in the toughest manufacturing conditions.
Hand-E comes with a 3-fingertip kit so automation engineers can easily integrate the gripper in their application. Its compact and ergonomic shape makes collaborative robot hand-guiding safe and easy. A new grip check feature allows the robot to validate its grip with the part’s dimensions before starting the cycle.
Compact and flexible, the 2F-85 2-finger robot gripper offers 85 mm of stroke and 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.
The 2F-140 is a 2-finger 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.
EPick and AirPick are vauum gripper ready for use with the e-Series generation of robots from Universal Robots.
EPick operates without air supply, which makes it highly mobile. The EPick gets easily connected to the cobot wrist and needs no air supply.
The AirPick vacuum gripper is low noise, has a powerful flow and has a compact design for cobots. These vacuum grippers can handle a wide range of applications accordingly, they are ideal for picking up even as well as uneven workpieces made of different materials such as cardboard, glass, dry sheet metal and plastic.
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