Safety Sensors

Safeguard your collaborative application with the world’s first contactless safety solution for robot end-effectors and workpieces using SICK’s End-of-Arm-Safeguard (EOAS). Designed to facilitate interaction with the robot, the EOAS offers safeguarding in conjunction with UR collaborative robots. Now more than ever, safety is a priority in robotic applications. Whether it is pick place, handling assembly, or machine tending applications, the EOAS enables safe interaction with automatic restart. Create more freedom for human and machine with a protective field around the end-of-arm-tooling (EOAT). The protective field moves with the robot and is always where needed. This opens new spaces for human and machine that can be used freely and productively. With deep integration into the UR-eco-system and a URCap available, easily install the system within 15 minutes! Increase the speed and productivity of your human robot collaboration application knowing the EOAS will keep you safe. While thinking safety, consider using SICK’s End-of-Arm-Safeguard for your next Universal Robots collaborative application!

Inxpect safety products are a smart radar system technology made for advanced industrial automation and collaborative cobots. Inxpect smart sensors enable human-machine interaction by volumetrically detecting the entry and presence of operators in dangerous areas and prevent machinery from restarting until the area is free of people. The smart sensor can be installed in any position on mobile and fixed applications and is suitable for indoor and outdoor due to its resistance to disturbances such as: dust, debris, smoke, rain, dirt and any light condition. Safety functions: restart prevention and access detection. The system consists of at least one sensor and one control unit; thanks to the URcap plugin, the user can view the status of the system inputs and outputs, the status of the sensors’ detection fields and have access to the most relevant information, e.g. diagnostics, log of events

sBot Speed - URCap is a safety system designed to safeguard robotics applications, allowing free access to the UR robot. This system includes a laser scanner that monitors the hazardous area around the robot. Thanks to the configuration software included in the system, configuring the safety laser scanner is intuitive and can be done directly using the teach pendant.

sBot Speed2 - URCap is a safety system designed to safeguard robotics applications, allowing free access to the UR robot. This system includes two laser scanners that monitor the hazardous area around the robot. Thanks to the configuration software included in the system, configuring the safety laser scanners is intuitive and can be done directly using the teach pendant.

sBot Stop – URCap is a safety system designed to safeguard robotics applications, allowing free access to the UR robot. This system includes a laser scanner that monitors the hazardous area around the robot. Thanks to the configuration software included in the system, configuring the safety laser scanner is intuitive and can be done directly using the teach pendant.

Sick's sBot Speed is a safety system for safeguarding free accessible robot applications with the highlight of a fast and easy configuration of the safety laser scanner directly via the UR teach pendant.  Using this safety system, the access to the robot is free and the robot will reduce the speed and, if necessary, stop when a detected person get too close to the robot working area. The robot will resume its activities at full operational speed as soon as you left this area, providing you the highest productivity. Sick's nanoScan3 Pro safety laser scanner pairs with the Universal Robots e-series controller's safety features. The included URCap enables configuration directly via the UR teach pendant. The sBot Speed Package offers you a new way of safeguarding your robot application and achieve high productivity.

sBot Stop2 – URCap is a safety system designed to safeguard robotics applications, allowing free access to the UR robot. This system includes two laser scanners that monitor the hazardous area around the robot. Thanks to the configuration software included in the system, configuring the safety laser scanner is intuitive and can be done directly using the teach pendant.