Digital, automated, and intelligent technologies enable the creation of a fully unmanned control system for the entire material‑handling process—covering inbound receipt, storage, sorting, transfer, outbound dispatch, and inventory counting—replacing traditional manual warehousing and handling practices and significantly enhancing warehouse utilization and material‑flow efficiency across the facility. Key components include: an intelligent automated storage and retrieval system (AS/RS), automated conveyor lines (belt conveyors, roller conveyors, and chain‑driven conveying equipment), smart material‑handling devices (AGVs and forklift scheduling systems), a Warehouse Management System (WMS), a Warehouse Control System (WCS) for logistics scheduling, and integrated data‑interfacing capabilities.

Smart Warehouse & Intelligent Logistics System for Factories

Complete Factory Solution

Cover all generation stages
Integrated hardware-and-software solution
A product with fully independent intellectual property rights
System-wide Planning and Integration

Logistics Flow Path Planning and Design

Full coverage of all process steps
Professional Design and Consulting
End-to-end logistics equipment integration
Retrofitting and Upgrading Traditional Warehousing Equipment

Logistics product design and manufacturing

Raw Material Warehouse Design and Processing
In-line warehouse design and processing
Finished Goods Warehouse Design and Processing
AGV and Elevator Design and Manufacturing

Logistics software platform

MCS Intelligent Logistics System
WMS Warehouse Management System
WCS Warehouse Equipment Management
RCS Robot Management System

Leveraging digital, automated, and intelligent technologies to optimize material management within the plant. Receiving, storage, sorting, transshipment, shipping, inventory counting A fully automated, unmanned control system replaces traditional manual warehousing and material-handling processes, significantly enhancing warehouse utilization and material‑flow efficiency across the plant.

Core Components

1. Intelligent Automated Storage and Retrieval System (AS/RS) High‑bay compact racking systems paired with stacker cranes significantly boost storage density, enabling high‑density automated storage and retrieval while minimizing floor space in the warehouse.
2. Automatic conveyor line Belt conveyors, roller conveyors, and chain‑driven conveying systems seamlessly connect the workshop production line with the warehouse, enabling automated transport of raw materials, semi‑finished goods, and finished products.
3. Intelligent handling equipment AGV automated guided vehicles and forklift scheduling systems enable fixed-point material handling and cross‑area delivery within the workshop, reducing labor‑intensive handling costs.
4. Warehouse Management WMS System Real-time management of inventory quantities, material batches, inbound and outbound records, and storage location assignments; automated inventory counting; and intelligent alerts for material shortages or excess inventory.
5. Logistics Dispatch and Control Platform Coordinate the plant-wide logistics flow, intelligently plan transportation routes, align with production takt time, and achieve on-demand, precision material delivery.
6. Data integration and interconnection It can integrate with factory production systems and enterprise resource planning software, automatically generating material requisitions based on production work orders and enabling warehouse inventory to dynamically align with production schedules.

Key Advantages

• Warehouse space utilization has improved significantly, with storage organized and well-structured.
• Fully automated operations reduce human error and lower labor costs.
• End-to-end traceability for material inbound and outbound operations, with clear accounting and precise data.
• Adapts to the production rhythms of rubber and plastic facilities, industrial manufacturing plants, and other厂区 settings, ensuring uninterrupted material supply to the production lines.
• Achieve digitalized control of warehousing and logistics, supporting the factory’s overall intelligent upgrade.

Applicable Scenarios

Full‑scene factory applications, including storage of rubber and plastic raw materials, granular material handling, finished‑product stacking, in‑process material transfer within workshops, and automated raw‑material feeding integrated with logistics conveying systems.