Heavy Machinery Irregular Components
Custom Non-Standard Warehousing Project

Key Results
Quality Control Breakthrough: Irregular Component Damage Rate Slashed to 1.3%
Capacity Expansion: Storage Capacity Increased by 48%
Throughput Optimization: Inbound & Outbound Efficiency Improved by 52%

Project Pain Points

The structural components storage area spans 1,800㎡, housing multiple categories of heavy machinery parts including hydraulic pipeline assemblies, irregular machine frames, and non-standard pin shafts. Due to the highly non-standard nature of these part specifications, generic racking systems could not support the highly diverse geometric dimensions. Furthermore, manual rigging and crane-hoisted handling resulted in high bumping and scratch-induced damage rates, while the sheer complexity of the part categories made classification difficult, leading to disorganized and chaotic inventory ledgers.

Core Solutions

Specialized Material Handling: Deployed custom stacker cranes equipped with widened forks alongside heavy-duty, load-shifting non-standard AGVs.
Modular Flexible Racking: Co-developed modular, adjustable racking structures to dynamically adapt to shifting component shapes and dimensions.
Zoned Hardware Sorting: Allocated dedicated zones for small standard parts and valves utilizing high-visibility Pick-to-Light (PTL) racking.
Unique Serial Tracking: Instituted a strict "One Item, One Code" digital control framework across all component categories to ensure continuous traceability.

Business Value Delivered

Drastic Drop in Defect Losses: Slashed the storage damage rate of irregular components from 9% down to 1.3%. Standardizing automated storage and retrieval eradicated scratching and collision hazards from the root, noticeably shrinking material scrapping overheads.
Dual Gains in Capacity & Speed: Expanded non-standard inventory storage capacity by 48% and lifted overall outbound/inbound efficiency by 52%, seamlessly supporting high-mix, low-volume manufacturing kitting rhythms.
Total Management Efficiency: Enabled end-to-end digital tracking across all product lines with real-time stock synchronization, thoroughly resolving the legacy administrative bottleneck of cataloging irregular parts and executing tedious inventory counts.

Heavy Machinery Spare Parts Warehouse
Racking System Reuse & Intelligent Retrofit Project

Key Results
Inventory Accuracy: Inventory Record Accuracy Reached 100%
Fulfillment Efficiency: Retrieval & Kitting Efficiency Increased by 3.8x
Rapid Deployment: 20-Day Go-Live Execution with Zero Civil Construction

Project Pain Points

The spare parts warehouse spans an area of 2,200㎡, housing tens of thousands of wearable and consumable components for heavy machinery, including bearings, seals, and drive assemblies. The facility long relied on manual paper-and-pen record-keeping, leading to frequent data discrepancies between physical stock and system records. Furthermore, accessing heavy spare parts from high-bay locations posed severe operational challenges, while building a brand-new automated warehouse demanded prohibitive capital expenditures and excessively long deployment timelines.

Core Solutions

Smart In-Situ Retrofit: Reused the existing racking infrastructure by integrating RFID-enabled smart pick-by-light components directly onto the shelves.
High-Bay Mobile Automation: Deployed VNA (Very Narrow Aisle) turret forklift AGVs to safely execute automated storage and retrieval of heavy components from high-bay shelves.
Targeted Parts Software: Rolled out a lightweight, spare-parts-specific WMS system featuring proactive maintenance and service-cycle alerts for stocked components.
Non-Invasive Deployment: Completed the full technological upgrade across the facility without requiring any civil engineering modifications.

Business Value Delivered

Precise Stock Control: Brought the inventory record accuracy rate to a perfect 100%. Replacing manual counts with automated RFID identification has completely eradicated the processing lags and logging errors typical of manual ledger keeping.
Surge in Retrieval Efficiency: Increased parts requisition and retrieval efficiency by 3.8x. The combination of visual light guidance and automated AGV kitting significantly compressed search and picking times, securing rapid response speeds for critical equipment maintenance.
Low Capex & Ultra-Fast ROI: Demanded zero civil infrastructure investment, enabling the full system to go live in just 20 days. The retrofit approach wrapped up at a fraction of the cost of building a new automated warehouse, unlocking immediate administrative and financial returns.

Heavy-Duty Steel Coils Special Clamp AS/RS
Intelligent Warehousing Project

Key Results
Massive Scale-up: Created 23,400 High-Bay Storage Slots
Throughput Performance: Single-Machine Operation Reached 30 Pallets/Hour
Quality Assurance: Coil Damage Rate Slashed by 91%

Project Pain Points

The raw material warehouse spans an area of 3,600㎡, storing heavy-duty steel coils used for heavy machinery manufacturing. Single coil weights range from 1,270 to 2,650 kg, with a wide span of outer coil diameters. Conventional telescopic forks were unable to securely grasp and support the rolls, while traditional manual forklift transfer routinely inflicted severe collision and scratch damage onto the coil surfaces. Furthermore, flat floor-stacking consumed a massive percentage of the shop floor, resulting in extremely poor volumetric space utilization.

Core Solutions

Customized Roll-Handling Automation: Deployed a specialized clamp-style stacker crane system tailored to execute secure, damage-free storage and retrieval across the entire coil weight spectrum.
Dedicated Conveyor Infrastructure: Implemented specialized heavy-duty conveyor lines explicitly configured with V-shaped or roll-optimized transport pallets.
Heavy-Industry Tailored Software: Rolled out a heavy-manufacturing customized edition of our WMS system to achieve pinpoint tracking of coil batch numbers, material specifications, and exact inbound dates.

Business Value Delivered

Extreme Space Optimization: Engineered 23,400 high-bay storage slots, shrinking the warehouse's physical footprint by 41%. The facility comfortably accommodates aggressive capacity expansions without needing new factory building extensions.
Stable High-Throughput Flows: Achieved a steady processing speed of 30 pallets/hour per machine. Transitioning from chaotic manual forklift handling to automated, hands-off storage seamlessly matches the continuous raw material feeding rhythms required by mass production.
Dual Control over Loss & Quality: Slashed the steel coil damage rate by 91%. The bespoke mechanical clamp geometry entirely eradicates scratching and collision risks, while the comprehensive batch traceability architecture safeguards material quality control for downstream production lines.

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