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PERCEPTIE GEACTIVEERDE TECHNOLOGIE

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Optimization
Engine

First optimize, then maximize!

The pressure on you is two fold: satisfying customer demands while controlling costs and maintaining high productivity levels, or losing them to competitors.

 

This is why you need our technology to automate logistics processes comprehensively, streamlining operations, enhancing efficiency, and minimizing reliance on human intervention.

 

The Optimization Engine empowers Bottobo to gather, analyze, and respond to data and make bots gain enhanced awareness of its environment, and make intelligent, real-time decisions.

 

As a result, Bottobo analyzes and optimizes the high volume orders and paths to minimize walking and maximize productivity.

Free & Social Navigation

Bottobo utilizes an advanced array of lidars,  cameras, AI, and computing power for path planning, enabling it to interpret and navigate its surroundings without being tethered to wires.

 

Equipped with cameras and sensors, Bottobo AMRs employ navigation techniques such as obstacle avoidance to adjust their paths if they encounter unexpected obstacles like a cart, forklift, worker or a crowd of people on their route, ensuring seamless task continuation. In Bottobo technology, there is no need for infrastructure change in the warehouse.

Smart Watch

It’s smart, it’s helpful, it’s easy-to-use. Bottobo Smart Watch ensures seamless operations by notifying employees in their designated zones when it arrives and its current location.

Wireless Charging

Bottobo robots use wireless charging technology. By eliminating the need for physical connectors or human intervention, wireless charging enables seamless and continuous power supply to robots, optimizing their uptime and productivity.

 

This advancement significantly reduces downtime associated with manual recharging processes, allowing robots to operate round the clock without interruptions.

 

Moreover, wireless charging promotes flexibility in deployment, as robots can autonomously navigate to charging stations when their power levels are low, enhancing their adaptability in dynamic environments.

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