ANSCER Robotics has unveiled the ATR 1000 (Autonomous Turntable Robot), designed to expand the use of automation in heavy-load movement. It combines a payload capacity of up to 1,000 kg with what the company describes as the world’s most compact footprint in its payload category. The robot brings autonomous lifting, rotation and transport to manufacturing and warehousing environments where space is at a premium.

The launch addresses a challenge in industrial operations: although production processes are becoming more automated, material movement between them often still relies on manual handling. Existing facilities may have narrow aisles, closely positioned equipment and changing workflows. The ATR 1000 is designed to operate within these constraints, helping manufacturers improve material flow and reduce repetitive handling.

“Manufacturers should be able to expand automation within the factory they have, with the flexibility to respond as production needs change,” said Ribin Matthew, CEO, ANSCER Robotics. “With the ATR 1000, we have brought heavy-load capacity, compact mobility and precise payload orientation into one integrated product. This opens up opportunities to automate the movements between processes—the connections that determine how smoothly an entire operation runs. For customers in India, the United States and beyond, our ambition is to make that capability a practical part of everyday manufacturing.”

The product builds on ANSCER’s experience across more than 100 robot deployments and over two million autonomous material-movement trips. Its turntable rotates loads through 360 degrees, removing the need for manual payload reorientation. The ATR 1000 can dock at specific angles and access multiple faces of a load at one station, allowing materials to arrive in the orientation required for the next operation. This is intended to support assembly lines and workstations where positioning heavy carriers can otherwise interrupt production.

With a footprint of less than one square metre and a turning diameter of 1,020 mm, the robot is designed to navigate narrow aisles and space-constrained operating areas. It has a maximum travel speed of 1.5 m/s and autonomous charging to support operational uptime.

Applications include case picking, goods-to-person workflows, line-side delivery and replenishment, work-in-progress transport, trolley handling, empty-bin returns, waste and scrap removal, and point-to-point material transport. ANSCER’s fleet-management software can coordinate the ATR 1000 with other robots and connect it to factory workflows to support material movement across multiple processes.

SLAM-based navigation enables the robot to move autonomously without physical tracks or guidance tape; QR-based navigation is also available as an option. For shared operating environments, it combines 360-degree LiDAR-based collision prevention with adaptive safety zones. Visual indicators and audible alarms communicate operating status and warnings.

The safety architecture is designed to meet Performance Level d, Category 3 requirements, with safety functions developed in accordance with ISO 3691-4. Its design addresses the applicable requirements of ISO 13849-1, ISO 12100, ANSI/RIA R15.08-1 and EN 1175, alongside site-specific risk assessment and integration measures.