Robotic Climbing System
UB’s Robotic Climbing System streamlines inventory handling and order fulfilment through modular goods-to-person robots that automatically store, retrieve, and deliver contained and non-contained items efficiently.
Built from pre-engineered robots and components, the system supports totes, bins, trays, bulk items, and pallets, with flexibility to reconfigure or relocate as needs evolve.
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01
Configurable System Design
System layout, robot count, and flow are engineered to match site constraints.
02
Operational Accuracy Control
System logic, interfaces, and workflows are configured to ensure consistent picking accuracy.
03
Scalable Deployment Model
Capacity is expanded by adding robots, racks, or stations as demand grows.
Core Tote Handling
Configured for standard goods-to-person tote handling, this setup supports high-density storage with stable, predictable throughput.
It is typically applied in environments with consistent order profiles and uniform tote sizes, where reliable daily operation and controlled system complexity are priorities.
Mixed Item Handling
This configuration extends tote handling to support mixed item types, sizes, and operational flows. It is commonly deployed where totes, trays, and irregular items must be retrieved and sequenced in parallel across multiple picking or processing points with varying demand patterns.
High-Concurrency Operations
Designed for environments requiring maximum parallelism, this configuration enables a high number of robots to operate simultaneously within dense storage zones.
It is applied in high-volume or peak-driven operations where continuous flow, fast response time, and space efficiency are critical.
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