Hai Robotics has announced an upgraded version of its HaiPick Climb automated storage and picking system, enhancing throughput performance, storage density, and workflow flexibility while maintaining the simplicity and reliability of its proven system architecture.
Built on the existing HaiPick Climb platform, the upgrade reflects real-world feedback from customers and partners and addresses evolving operational demands across warehouse environments.
Higher Throughput Performance
The upgraded system leverages agile robots and intelligent orchestration to deliver totes to picking stations in under two minutes, enabling up to 4,000 deliveries per hour. By bringing both inventory and order totes directly to the operator, HaiPick Climb supports fast, side-to-side picking without walking or additional handling, improving accuracy and sustaining consistent fulfilment performance during peak demand.
Increased Storage Density Within the Same Footprint
A compact system design combined with double-deep configurations maximises storage capacity without expanding the warehouse footprint. The upgraded HaiPick Climb supports up to 45,000 totes within 1,000 square metres, allowing operations to increase inventory capacity while avoiding costly facility expansion.
Expanded Workflow and Packaging Flexibility
HaiPick Climb can handle cartons and eaches in their original packaging without requiring manual decanting. Automated tray and detray processes eliminate the need for unpacking while maintaining efficient goods-to-person workflows.
The system can be configured to support both inbound and outbound processes, mixed packaging formats, and multiple picking workflows within the same system framework, without fragmenting automation or adding operational complexity.
For more information about the upgraded HaiPick Climb, visit hairobotics.com/solutions/haipick-climb
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