Automated HaiPick Climb System

Reclaim 70% of your warehouse floor space and slash operational costs with the HaiPick Climb AS/RS. Achieve high-density vertical storage, goods to person material flow, high throughput, and labor stability
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VERTICAL SPACE OPTIMIZATION - RECLAIMING YOUR FLOOR

In an era of soaring real estate costs, the HaiPick Climb System’s core value lies in its ability to maximize cubic storage capacity. Engineered to utilize the maximum available ceiling height, this AS/RS solution offers a dramatically reduced operational footprint. Businesses can now reclaim up to 70% of floor space, redirecting this valuable real estate to expansion, staging, pallets storage or other value-added manufacturing processes. This is not just automation - it's capital preservation through intelligent vertical integration and high-density storage;

 

BREAKTHROUGH THROUGHPUT - DRIVING GOODS-TO-PERSON EXCELLENCE

The primary metric of success in modern logistics is speed. The HaiPick Climb System ensures operational excellence by embodying the Goods-to-Person (G2P) principle. The autonomous system - using precision-guided HaiPick Climbing Robots - delivers picking totes directly to operators. This systematic approach eliminates manual travel time, and order picking bottlenecks, resulting in unparalleled cycle speeds and pick rates! For facility managers, this means predictable, continuous operational flow and a clear, accelerated ROI fueled by continuous productivity gains;

 

OPERATIONAL COST REDUCTION - SECURING LABOR STABILITY

Persistent labor shortages and escalating wage costs demand automated solutions. The HaiPick Climb System directly addresses this volatility by requiring minimal human intervention for core storage and retrieval functions. Its autonomous operation translates directly into significantly lower, predictable operating expenditures. By relying on precise, machine-controlled movement, the system also minimizes inventory damage and virtually eliminates handling errors, while simultaneously improving the overall safety of the work environment. The result is a highly stable, low-risk, and cost-efficient operation;

 

Automated HaiClimb System Technical Specifications
Category Specification Technical Data (Metric Only)
Storage Density Max Storage Height Up to 12 meters
Aisle Width As narrow as 900 mm
Storage Locations Up to 30,000 storage locations per 1,000 m²
Footprint Reduction Storage footprint reduction of up to 75%
Performance Max Throughput Up to 4,000 totes per hour (in a 1,000 m² space)
Order Fulfillment Time Totes delivered to workstations in as little as 2 minutes
HaiClimber Robot Order Picking Accuracy 99%+ pick accuracy
Max Ground Speed Up to 4 meters per second
Max Climbing Speed Up to 1 meter per second
Robot Fleet Size Scalable fleet sizes up to 3,000 robots
Operation Continuous 24/7 operations (with self-charging)
Infrastructure Racking Compatibility Compatible with most standard cross-bar racking
Climbing Mechanism Single-sided guide rail with two climbing arms
Installation Environment Designed for low-precision floors, simplifying installation and retrofitting.
Software System Control Platform Managed by the HaiQ platform (supports seamless WMS/ERP integration)
Payload Handling Capability Supports plastic totes and carton boxes

 

Do not waste your time, contact us and together we will find the right solution for you and your business Request an offer