Unloading 2 copyPixmo, our first robot, unloads hassle from warehouse operations. The initial focus of the versatile AI-powered Pixmo is to autonomously unload boxes in containers and trucks more safely, cost-effectively, and reliably — and release humans from that back-breaking and injury-prone work.
The robot combines an autonomous mobile robot (AMR) base, a cobot arm with six degrees of freedom, vacuum-powered end effector designed for box handling, and AI-powered perception and motion planning systems.
The robots are ideal for unloading at transload facilities, cross docks, third-party logistics providers (3PLs), and distribution centers.
Conveyor UnloadingWe provide our patent-pending conveyor add-on for companies using Pixmo specifically for box unloading tasks. Throughput is greatly enhanced because the Pixmo robot arm simply “pulls” to the conveyor, minimizing the distance the robot arm needs to travel to unload each box.
With Pixmo and the conveyor add-on, throughput is up to 1000 boxes per hour and the box weight capacity is an industry-leading 65 pounds.
box handling
Our solution combines a simulated environment, AI, and machine learning to maximize precision, productivity, and safety in each unique setting.
With its robust AI, Pixmo easily manages the complexity of shifting boxes during transit, box orientation, box size, number of SKUs, carton sizing, and packaging quality.
Easy and quick to install. Implementation of our Pixmo robots does not require costly software integrations.
It only needs minimal hardware infrastructure to be integrated into the warehouse dock environment, and works seamlessly with your telescopic or flexible conveyor.
img-2-2With its mobile base that has the footprint of a warehouse pallet, Pixmo can move in any direction to create the best handling pose for the robot arm, both in and outside the container. The Pixmo base and collaborative safety-compliant robot arm are designed to enable collaborative work with humans if needed, and in environments where humans may suddenly move into their path. This virtually eliminates potential accidents and creates peace of mind for workers and management alike.
Conveyor unloading 1Pixmo is powered by proprietary embodied AI that combines the latest perception algorithms with learning-based motion planning to intelligently interact with and manipulate its surroundings. In simple terms, by learning through simulated environments, Pixmo understands the real-world environment and the relationships between objects, enabling smarter, more successful strategies for picking and manipulating boxes.
When unloading containers, it can easily adapt to the complexity of shifting boxes during transit, box orientation, box size, number of SKUs, carton sizing, and packaging quality. The use of this highly advanced AI for adaptability means Pixmo can be quickly deployed on-site and learn and adjust on the fly. This leads to optimized precision, productivity, and safety in each specific setting.
img-2-3The embodied AI capabilities in Pixmo expand with over the air software releases for various applications and, combined with its flexible form factor, enables the robot to be used for a variety of other tasks within the warehouse. These tasks may include palletizing, depalletizing, box picking, container loading, and more. This versatility minimizes any robot idle time while augmenting labor throughout the warehouse.
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