Developing product testing capabilities further with collaborative applications.
Read case study
Solving labor shortages and delivering 35% cost savings in the automotive industry.
Read case study
Okura Kogyo solves labor shortages and increases productivity.
Read case study
Dual gripping helps Osvald Jensen to reduce cycle time from 27 to 15 seconds.
Read case study
Wooden plantation shutter manufacturer boosts competitiveness, output, and quality.
Read case study
RG2 and RG6 - Plug & Produce grippers for multiple purposes. Designed for seamless integration, the RG grippers are ready to work right out of the box. The fast installation and simple programming reduces your deployment time.
Read case study
VG10 is a flexible, adjustable, electrical vacuum gripper. The gripper features a built-in electric vacuum pump. Since it doesn't require external air supply, the VG10 is compact and easy to move around, giving you a more flexible production line.
Read case study
Packaging at Plus Pack is now done even faster and without the physical strain.
Read case study
Collaborative applications can automate a high mix low volume production.
Read case study
Automating pin stamping application for leading hydraulic manifolds manufacturer, Tomenson.
Read case study
The volume of samples at the SCHOTT laboratory has increased by about 30 percent.
Read case study
Automating assembly processes to reduce cycle times and keep up with customer orders.
Read case study
Palletizing application installed in less than a day at machining manufacturer OMEDEC.
Read case study
MedicoPack further reduced the risk of contamination of products on two production lines.
Read case study
WEFAG AG solves short delivery times and smaller batch sizes with OnRobot.
Read case study
OnRobot RG6 gripper and HEX sensor help Donk Industries double CNC machine productivity.
Read case study
OnRobot dual RG2 gripper helps save 500 employee hours in a production run of 150,000 parts.
Read case study
The Gecko Gripper uses the same adhesive system for gripping as the feet of a gecko, with millions of fine fibers that adhere to the surface of the workpiece and generate strong van der Waals forces.
Read case study
This video shows how smoothly and easily the OnRobot Hand Guide toolbar our HEX F/T Sensor helps you move the UR Robot. This solution helps you in industrial automation.
Read case study
Electronic Assembly with our collaborative application. Ram Insertion with OnRobot Force/Torque sensor and RG2 gripper
Read case study
Adding a force-torque sensor to your robot makes it easy to teach your robot to follow any kind of complex path. OnRobot HEX sensor is also perfect for surface finishing!
Read case study
Our HEX sensor is easily programmed to do fine polishing with precision.
Read case study
Balancing cost-effective, quality part production with rising labor costs and operator shortages.
Read case study
This video shows you how you can easily and smoothly deburr the raised edges of a metal workpiece. For any polishing or deburring task, it's very important to keep a constant predefined force value. This task can be achieved with our advanced force/torque control functions.
Read case study
With a limited labor pool available in rural Idaho, Gibson explored his automation options.
Read case study
This video shows you how to insert a battery into a phone with the help of the OnRobot Box Insertion application and the OnRobot Force Torque Sensor. With this solution, precise insertion processes can be automated with small counter forces, even with forces under 10 Newtons.
Read case study
OnRobot showcased a wide range of collaborative applications for its End-of-Arm Tooling at Automatica 2018.
Read case study
This video shows how the OnRobot Fix and Rotate application works with Bayonet-mounts where rotations are used to fix two parts. We'll see how a light bulb is inserted into a GU10 socket.
Read case study
With technology inspired by nature, the Gecko Gripper makes it possible to lift flat, smooth, even surfaces with holes. It opens a multitude of possibilities for collaborative applications.
Read case study
This video shows how to move the UR robot and stop it to avoid collision. UR robots have a built-in Safety Stop function which halts the robot when sensing a force greater than 10N. The OnRobot Force Torque Sensor along with the OnRobot Move application fine tunes this stop function, so even the smallest counter-forces – that are smaller than 10N – can be perceived. This solution helps you in industrial automation.
Read case study
This video demonstrates how to improve the palletizing processes using the OnRobot Palletizing Solution. With the help of the UR Palletizing command and the OnRobot Search function corrections can be made during palletizing.
Read case study
This video demonstrates how to record a path using the OnRobot Force Torque Sensor within minutes. Using the the Path Recording function of the OnRobot Hand Guide Toolbar, any complex path can be easily recorded. This solution helps you in industrial automation.
Read case study
This video shows you how to insert a pin into a tight hole with the help of the OnRobot Pin Insertion application and the OnRobot Force Torque Sensor. This is a fast and robust solution for precision fitting even up to H7 tolerances.
Read case study
This video demonstrates the polishing of a plastic workpiece – made easy using the OnRobot Force Torque Sensor and the OnRobot Plastic Polishing solution. This example shows how to remove the parting lines of plastic objects quickly and easily.
Read case study
RG2 and RG6 - Plug & Produce grippers for multiple purposes. Designed for seamless integration, the RG grippers are ready to work right out of the box. The fast installation and simple programming reduces your deployment time.
Read case study
RG2-FT - the first gripper in the world with built-in intelligence and sensing ability. A state-of-the-art technology for collaborative applications.
Read case study
Check out the Pick & Place application we showcased at Automatica 2018
Read case study
VG10 is a flexible, adjustable, electrical vacuum gripper. The gripper features a built-in electric vacuum pump. Since it doesn't require external air supply, the VG10 is compact and easy to move around, giving you a more flexible production line.
Read case study
Denmark's largest producer of herbs and mini plants invested in automation with OnRobot.
Read case study
This video shows how easy and smooth it is to deburr the raised edges of a metal workpiece. For any polishing or deburring task, it is very important to keep the predefined force value constant. This task can be achieved with our advanced force/torque control functions.
Read case study
This video shows you how the robot detects the presence of a specific object with the help of the OnRobot Presence Detection Solution and the HEX F/T Sensor. With this solution it is also possible to find the object even if it's moved. The OnRobot Presence Detection solution helps you in industrial automation.
Read case study
Pick and place different sizes of chips with OnRobot RG2 combined with HEX force torque sensor.
Read case study
OnRobot RG2-FT is a new version of the RG series with integrated force-torque sensors and a proximity sensor at the fingertips, enabling you to accurately detect the position of objects. This gripper is particularly suitable for use in precision assembly and is compatible with lightweight robots from Universal Robots and KUKA.
Read case study
The Gecko Gripper uses the same adhesive system for gripping as the feet of a gecko, with millions of fine fibers that adhere to the surface of the workpiece and generate strong van der Waals forces.
Read case study
Discover how OnRobot technologies support the neurorehabilitation.
Read case study
Increased productivity, safety, and ergonomics with collaborative applications.
Read case study
Labor shortages and non-stop production line led Sano to automate its palletizing processes.
Read case study
This video demonstrates how to stack and unstack objects in a precise way using the OnRobot Stacking/Unstacking application. This solution also works with soft materials, even with forces under 10 Newtons
Read case study
Could a collaborative gripper and collaborative application automate an HMLV setting?
Read case study