OnRobot products open new possibilities for automating tasks that you never thought possible. Our cutting edge gripping and sensing systems for industrial automation letyou easilydesign truly collaborative applications that enable your workforce to work side-by-side with collaborative robots on assembly, surface finishing, pick and place, machine tending or testing.
The RG2 gripper is a flexible collaborative 2 finger gripper with wide strokes. Fast deployment and easy customization for a wide range of applications.
The RG6 is a flexible collaborative gripper with a larger reach and a built-in OnRobot Quick Changer that broadens the scope of applications you can automate
The RG2-FT uses accurate sensing to achieve human-like part hand-offs in delicate pick-and-place processes supporting human operators like a co-worker would.
Robust, light weight, fully electrical and easy to use parallel gripper to ensure consistent and reliable performance. Ideal for CNC, Material handling and assembly applications
The VGC10 is perfectly suited for tight spaces and smaller robot arms. Quick and easy to redeploy, with unlimited customization for nearly any application.
Flexible and adaptable 2.5D robot vision system, OnRobot eyes are deployed in many collaborative applications from sorting, CNC machine tending and more.
This smart screwdriver easily automates multiple screwdriving processes with no downtime for manual changeovers. It gets the job done right – consistently and faster – with precise torque control and intelligent error detection
Complete electric random orbital sander solution can be deployed for almost any automated finishing application, from sanding and buffing to polishing and cleaning.
OnRobot Changer is the lightest and quickest robot changing tool on the market. Fast changing within 5 seconds with no screwing due to its locking mechanism.
All our grippers, force/torque sensors and tool changers are compatible with robots from Doosan, TM Robot, Yaskawa, Universal Robots, KUKA, Fanuc, Kawasaki Robotics, Hanwha,Nachi, Denso, ABB and Kassow. Because our products are compatible with the major robot brands, you can easily get started with maximizing utilization of your robots. If your robot is from another brand, that doesn''t mean our grippers won''t be compatible with it. Contact us to discuss which solution seems most feasible for you.
Our robot arm grippers add intelligence to collaborative processes
Collaborative robots, also known as “cobots”, and light industrial robots are widespread today because of the rise of versatile tools, such as robot arm grippers, sensors, and quick changers. By combining your robot with the right end effector, you empower its ability to handle complex processes in safe collaboration with human employees. Collaborative technologies are known for bringing business benefits to small and medium companies.
Reduced deployment time
Collaborative robots and end effectors are designed with easy programming in mind, so even employees without technical experience can learn how to use and adapt the robot in little to no time. This flexibility grants manufacturers the freedom and flexibility to experiment with applications in preparation for potential new needs.
Flexible production
Having to fabricate unique tools for specific manufacturing tasks is a costly and disadvantageous affair. In contrast, EoAT can be easily deployed to handle different tasks and processes and seamlessly integrated into different production environments.
Higher ROI
Flexible end effectors allow robots to complete repetitive tasks with more consistency and precision than human workers, leading to faster ROI for manufacturers. While the robots handle the dull, dirty and dangerous tasks, the employees can take on higher-level tasks better suited for a human mind.
Grow your business with new technology
OnRobot's smart solutions enable robots to handle adaptive, high-precision applications that have been too complex to automate – until now. Read more about how our innovative solutions can impact advanced collaborative applications below.
