Welcome to the official website of Guizhou Hongen Automation Technology Co., Ltd.!
Smart Warehouse System
We provide customers with professional smart warehousing solutions that maximize storage capacity within limited space, tailor WMS warehouse management systems to their specific needs, and achieve end-to-end automation, digitalization, and intelligent operations for material handling.
Category:
Product Center
System Capabilities: We provide customers with professional, intelligent warehousing solutions that maximize storage capacity within limited space, tailor WMS warehouse management systems to specific needs, and achieve end-to-end automation, digitalization, and intelligence in material handling.
The Intelligent Warehouse System (IWS) is a modern warehousing solution that integrates automation equipment, the Internet of Things, big data, and AI. At its core, it achieves “equipment automation + digital management + intelligent decision-making,” transforming warehouse operations from a “people-to-goods” model to a “goods-to-people” or fully autonomous robotic operation model.
I. Core Definition and Value
Definition: Leveraging automated hardware as the physical infrastructure, software systems as the intelligent control center, and the Internet of Things as the neural network, this approach achieves fully or minimally manned, precisely controlled operations across the entire warehouse workflow—covering inbound logistics, storage, order picking, sorting, and outbound logistics.
Core Values:
Efficiency: Sorting efficiency can be several times that of manual labor, with 24-hour continuous operation.
Space: Automated storage and retrieval systems achieve 3–5 times the space utilization of conventional warehouses.
Cost: Significantly reduces labor costs, misshipment costs, and inventory overstock costs.
Precision: Sorting accuracy ≥ 99.9%, with real-time inventory visibility.
II. System Composition (Hardware + Software)
1. Automation Hardware (Execution Layer)
| Module | Core Equipment | Function |
| Automated Storage | Automated Storage and Retrieval System (AS/RS), Stacker Crane, Shuttle Car / Four-way Car | High-density storage, automated retrieval, and space optimization |
| Automatic sorting | Cross-belt / Slider / Pendulum Sorters, Robotic Picking Stations | High-speed sorting and precise order/destination-based sorting |
| Logistics robot | AGVs/AMRs, unmanned forklifts, and palletizing robots | Flexible handling, autonomous navigation, and mixed human-vehicle operations |
| Perception and recognition | RFID, QR codes, and temperature/humidity/pressure sensors | Real-time collection of cargo identity, location, and environmental data |
2. Software System (Brain Layer)
WMS (Warehouse Management System): order processing, inventory management, batch/expiration date traceability, and strategy optimization.
WCS (Warehouse Control System): orchestrates automated equipment such as stacker cranes, conveyors, and sorters.
RDS (Robot Dispatching System): multi-robot path planning, task allocation, obstacle avoidance, and collaboration.
IoT platform + Big Data/AI: real-time monitoring, data visualization, demand forecasting, and anomaly alerts.
III. Operating Principle: Perception — Decision-Making — Execution — Optimization
Perception: RFID, sensors, and computer vision are used to collect data on goods, location, and environmental conditions, thereby building a digital twin warehouse.
Decision-making: The WMS generates the optimal storage, picking, and material-handling plan based on orders, inventory levels, and algorithms.
Execution: WCS/RDS scheduling robots, stacker cranes, and sorters operate in coordinated collaboration.
Optimization: Real-time data feedback enables the system to dynamically adjust routing, inventory layout, and operational pacing.
IV. Core Features
Automation: Reduces manual intervention and minimizes misdeliveries and omissions.
Data-driven: End-to-end data is traceable, analyzable, and capable of issuing early warnings.
Intelligentization: AI algorithms optimize routes, forecast demand, and enable automated dispatch.
Flexibility: Adapting to multiple SKUs, small batch sizes, and high-frequency orders.
Real-time visibility: real-time visualization of inventory, equipment, and environmental conditions.
V. Typical Application Scenarios
E-commerce retail: ultra-fast fulfillment during major promotions, multi-channel order aggregation, and “goods-to-person” picking.
Pharmaceuticals / Cold Chain: End-to-end temperature and humidity monitoring, batch and expiration-date management, and GSP compliance.
Manufacturing: intelligent storage of raw materials, semi-finished products, and finished goods; precise material delivery on production lines.
3C / Auto Parts: High-density storage, rapid sorting, and precise management of high-value goods.
VI. Comparison with Traditional Warehousing
| Comparison Item | Traditional warehousing | Smart Warehousing |
| Storage density | Low (primarily flat storage) | High (3–5 times that of a conventional automated storage system) |
| Assignment Mode | People search for goods, manual handling | Goods-to-person, autonomous robot operations |
| Efficiency / Accuracy | Low and prone to errors | High sorting accuracy ≥ 99.9% |
| Labor costs | High, reliant on skilled workers | Low, few people / Unmanned |
| Data Management | Manual bookkeeping, lagging | Real-time visualization and intelligent analysis |
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No. 397, Baiyun Road, Baiyun District, Guiyang City, Guizhou Province
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