Meet ATR 1000: The 1,000 kg Autonomous Turntable Robot | ANSCER Robotics

Turn the load. Not the robot. What happens when a pallet, fixture, or load arrives in the wrong orientation for the next operation? Manual repositioning adds extra steps, consumes time, and interrupts material flow. Introducing the ANSCER ATR 1000- Autonomous Turntable Robot, designed to lift, rotate, and transport loads while maintaining their required orientation, even as the robot navigates turns. Built for demanding industrial environments, the ATR 1000 brings heavy-load handling and orientation control together in a compact autonomous mobile platform. KEY FEATURES 🔹 Heavy-load handling: Payload capacity of up to 1,000 kg 🔹 Load rotation: Rotates loads to support the orientation required by the next operation 🔹 Tight-aisle navigation: 1,020 mm turning diameter 🔹 High-speed mobility: Travel speed of up to 1.5 m/s 🔹 Intelligent safety features: LiDAR and adaptive safety zones 🔹 Safety architecture: Performance Level d (PL d), Category 3 🔹 Automatic charging: Helps reduce charging-related downtime 🔹 Space-efficient design: Compact footprint, among the smallest in its payload class WHERE CAN THE ATR 1000 MAKE A DIFFERENCE? From automotive assembly and machine loading to fixture handling, conveyor transfers, and warehouse picking, the ATR 1000 can support material-handling workflows where load orientation matters. By combining autonomous transport with load rotation, it helps reduce the need for separate manual repositioning steps and enables loads to arrive ready for the next operation. Because automation should do more than deliver a load. It should get it ready for what comes next. 💬 Where does manual load reorientation slow down your operations? Share your challenges in the comments. 🌐 Explore ANSCER Robotics: https://www.anscer.com/ 📩 Contact our team: sales@anscer.com Subscribe to ANSCER Robotics for more innovations in autonomous mobile robots, industrial automation, and intelligent intralogistics. #ANSCERRobotics #ATR1000 #AutonomousMobileRobot #AMR #IndustrialAutomation #MaterialHandling #WarehouseAutomation #Intralogistics #Robotics