Unchained Robotics company logo
Marketplace
Unchained Robotics company logo
GrindingAutomotiveMetalMechnical Engineering
Deburring with the OnRobot HEX force-moment sensor

In the video

Save
https://uploads.unchainedrobotics.de/media/products/Product_images2FOnRobot-Quick-Changer-RS-5_bb2c0c60.png

OnRobot Quick Changer

€1,074.00 excl. VAT.
Save
Universl Robots UR3e Cobot auf weißem Hintergrundhttps://uploads.unchainedrobotics.de/media/products/Product_images2FUR3e_2_e7818657.jpg

Universal Robots UR3e

€25,735.00 excl. VAT.
Save
https://uploads.unchainedrobotics.de/media/products/Product_images2Fhex-rs-5_552e5b51.png

HEX FORCE/TORQUE SENSOR

€4,836.00 excl. VAT.
Deburring tasks require the precise application of force. As seen in this example use case, this makes the combination of an OnRobot HEX sensor and a UR cobot and ideal solution.

The UR cobots's accuracy and renowned reliability make it an ideal foundation for such a solution. Likewise, the OnRobot HEX sensor provides the automation solution with the kind of active feedback needed to debur effectively and consistently.

Share video

You might be interested in...
Loading
Pick & PlaceGrindingMetalMechnical Engineering

Removing parting lines with the OnRobot HEX force/torque sensor and RG2 gripper

Loading
GrindingTeachingMetalMechnical Engineering

Surface treatment with Nordbo Mimic Kit and torque sensor + cobot from Universal Robots

Loading
GrindingMetalWood

Polishing wood and metal parts with the OnRobot HEX force torque sensor

Loading
GrindingAutomotiveMechnical Engineering

Surface cleaning with the OnRobot HEX force/torque sensor

Loading
GrindingMetalWood

Grinding and polishing with the OnRobot Sander and a Cobot from Universal Robots

Loading
GrindingAutomotiveMetal

Sanding and polishing a car door with the Nordbo Mimic Kit and a UR Cobot

Loading
Pick & PlaceGrindingDispensingAutomotive

Use cases of the OnRobot HEX force-torque sensor

Loading
GrindingAutomotive

Grinding of a car hood with the OnRobot Sander and a cobot from Universal Robots

Compare (0/3)