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The unique feature of the SmartCell®️ is the combination of easy-to-use software (URCap) and the protected SAEP handle developed by fsk industries - the operating handle of the SmartCell®️. The SAEP is positioned exactly where it is always within easy reach, without the need for an additional foot switch or awkward-to-operate buttons. At the same time, the SAEP, which is adapted to the natural contours of our hand, offers all the functions required during the entire process via multifunctional buttons. Even when wearing gloves. This makes it so easy to operate that the entire process is no longer even referred to as "programming". There is no easier way to automate.  

VISOR® Robotic is a solution when it comes to locating parts on trays, feeders, belts etc., locating trays or workplaces and robot guidance for all kinds of assembly applications. It is a powerful yet easy-to-use vision sensor. The combination of a highly integrated design, robust detectors for part location, and calibration routines for all types of setups make it a very versatile solution. The VISOR® Robotic URCap guides through all the steps necessary to set up vision-guided robotics applications and provides prepared program routines for pick-and-place tasks. This provides a very fast start to the application, while offering maximum flexibility - even robot programmers with no vision experience can set it up in minutes. Thanks to TargetMark3D and Contour3D technology, it is possible to generate real 3D coordinates, e.g. for applications in mobile robotics.

The 2F-140, along with the 2F-85, are the grippers for collaborative robots. Its Plug + Play integration adapts quickly to parts of various shapes and sizes. 

The 2F-85, along with the 2F-140, are the grippers for collaborative robots. Its Plug + Play integration adapts quickly to parts of various shapes and sizes. The 2F-85’s patented finger design enables both internal and external parallel gripping, as well as a unique encompassing grip model.

Introducing the 2FG14: a durable gripper for heavy parts with customizable fingers. Easy to integrate and built for tough environments, with its solid base ensuring reliable performance. Enhance your manufacturing efficiency today.

OnRobot's 2FG7 is a complete, low-cost, off-the-shelf electric parallel gripper that can be deployed within minutes and requires no custom engineering for installation, programming, or maintenance. The 2FG7 is easily redeployed on any collaborative robot, making it ideal for low-volume, high-mix production, and enabling fast ROI for many different applications.

The 3-Finger Adaptive RobotGripper is the best option for maximum versatility and flexibility. It picks up any object of any shape.

Are you looking to use Universal Robots for a gluing process? Then you’ve found the right partner. Robatech offers you the special UR+ Integration Kit. It connects the cobots with Robatech adhesive application systems in a simple and reliable manner. The integration kit includes a holder for the application head and attachments for the heating hose on the robot arm. With the GlueBot software, the glue application process can be easily programmed. Settings for the heating hose, the application head and the melter can also be made easily using the cobot touch pad. The system status is always visible and clearly visualized on the touch pad. As a global expert in adhesive application systems, Robatech offers versatile system solutions for processing thermoplastic and reactive hot melt and dispersion adhesives. The modular systems consist of an adhesive melter or feeding unit, hose and application head. The optional RobaFeed 3 automatic filling system for melters ensures operator safety and extends the glue granulate refill intervals. The special UR+ Integration Kit was developed and certified for the perfect interaction of cobots and Robatech adhesive application systems. Gluing processes are very versatile. Robatech adhesive application solutions are too. Would you like to learn more? Contact your local Robatech representative.

A real collaborative interaction between human and cobot is now possible! Smart Robots assists and supports human operators by creating a more productive, comfortable and sustainable workplace for smart factories. With its cutting-edge technology, the Smart Robots device uses 3D vision to detect the operator hands and recognizes movements in real time. It can verify correctness of human actions, and provide feedback to the operator reducing errors and training time. In addition, the product enables the cobot to cooperate with humans as a smart co-worker. With easy-to-use features the product can schedule and synchronize in real-time robot operations, depending on human actions, and receive on demand commands with simple hand gestures, all while keeping the operator safe by avoiding cobot collisions.

3D Belt Pick is an easy to use 3D vision sensor solution for robot based conveyor belt picking. An intuitive web GUI, a simple hand-eye alignment procedure, together with the straightforward Belt Pick URCap provides for an easy integration with the UR Robots.

Canon 3D Machine Vision System RV Series enables high-speed and high-precision three-dimensional recognition of a wide range of parts, including curved, with fewer features and ones with complex structures. RV Series URCap eliminates a need of creating a calibration program and makes it easy to create a robot picking script. This removes the burden of connecting Universal Robot to Canon 3D machine vision, which works as the eyes of a robot.

3D Mouse Move is a plugin to control the robot in real time and in any arbitrary direction or rotation. Simply, once you shift and tilt the SpaceMouse, the robot tool will follow the same tilt and shift. UR users position the robot easily by hands using the freedrive button. Yet, when the robot is out of the operator’s reach, 3D Mouse Move replicates the same intuitive experience. Such cases happen if the robot is inside another room or within inaccessible areas by the operator. 3D Mouse Move can be used to teach the robot during programming or controlling the robot real-time to perform tasks such as scanning, painting, shooting a video, pick-and-place, etc.