Less manual movement
Remove rack and heavy-load handling from operators and improve workplace safety.
Rotonix
Intelligent Load Handling, Without Operators
The Rotonix Autonomous Warehouse Robot, designed and built by the company's engineering team, is the first warehouse robot produced domestically. It positions itself by reading 2D barcodes embedded in the facility floor, lifts racks and loads with a scissor mechanism, and follows optimized routes managed by a central server. Simultaneous control of multiple robots, precise braking, and energy-consumption optimization are among its key features.
The Rotonix Autonomous Warehouse Robot, designed and built by the company's engineering team, is the first warehouse robot produced domestically. It positions itself by reading 2D barcodes embedded in the facility floor, lifts racks and loads with a scissor mechanism, and follows optimized routes managed by a central server. Simultaneous control of multiple robots, precise braking, and energy-consumption optimization are among its key features.
Rack-to-person and internal-load operations where reduced operator travel, safety, and phased fleet growth are important.
The robot reads floor references, lifts a rack, and moves the load along an optimized route.
The camera and 2D floor barcode identify the robot and rack position.
The scissor mechanism moves under the rack and raises it to a controlled height.
The central server assigns a safe mission using the state of other robots.
The robot aligns at the destination, releases the load, and waits for its next mission.
Remove rack and heavy-load handling from operators and improve workplace safety.
Autonomous movement and rack lifting increase useful warehouse capacity in the same footprint.
A central server distributes missions and optimizes routes for the fleet.
Final project values are confirmed after product, capacity, and site-layout analysis.
The current version is designed for racks and loads up to 300 kg, with higher-capacity project variants possible.
Yes. It travels across the facility floor and moves under the rack or load without a fixed conveyor path.
The fleet size is determined by the map, mission volume, and server capacity; central coordination is designed accordingly.
Safe zones, precise stopping, a path-monitoring camera, and anti-collision sensors are included in the safety design.
Final pricing depends on throughput, number of exits, site layout and the level of software integration. After a site visit or online review, we provide a transparent quotation covering equipment, installation and commissioning.
In comparable projects, payback has typically been 12 to 24 months; the exact figure depends on your processing volume, current automation level and labor costs.
Don't let sorting errors or product damage undermine your productivity. Get in touch with the Rotonix team today.
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