
Case details
Industry Overview
With the continuous and in-depth development of smart logistics, technologies such as intelligent warehousing, drones, and autonomous vehicles have been applied on a large scale. This has significantly enhanced the equipment level of the logistics industry and greatly improved its overall efficiency. Currently, the key to driving the industry towards higher quality and efficiency lies in further deepening the application scenarios of artificial intelligence in the express logistics sector. Against this backdrop, Suxing Intelligence closely follows industry trends and tailors more suitable and efficient intelligent logistics warehousing solutions for clients.
Challenges Faced
Surge in Warehouse Space Demand
As enterprises continuously expand their businesses, the space required for logistics warehousing increases dramatically. Limited warehouse space not only leads to frequent issues such as inventory backlog, delivery delays, and operational inefficiencies but also poses significant obstacles for enterprise development due to high warehouse rent, labor costs, and energy expenses.
Difficulty in Ensuring Inventory Accuracy
The lack of an effective inventory management system or non-compliance with regulations by management personnel results in frequent errors in inventory quantities and difficulties in tracking, severely impacting operational efficiency. This not only increases the enterprise's operating costs but may also negatively affect customer satisfaction.
Shortage of Human Resources and Frequent Operational Errors
Warehouse management requires certain professional knowledge and skills, but many enterprises currently face a shortage of high-quality warehouse management personnel. Additionally, most warehouse work relies heavily on manual labor, with frequent疏忽 and operational errors by personnel, increasing management difficulty and enterprise risk.
Low Level of Informatization and Weak Data Processing Capability
The data collection and processing capabilities in warehouse management are relatively weak, leading to frequent occurrences of information loss and errors. The inadequacy of informatization limits the improvement of warehouse management's intelligence and automation levels, preventing the full utilization of modern information technology's advantages.
Unreasonable Logistics Design and Impeded Inventory Flow
Unreasonable logistics design not only affects warehouse operational efficiency but also causes inventory flow issues, leading to problems such as cargo backlog, stockouts, and delivery delays.
Solutions
Traditional Solution: Aisle-Stacking Automated Warehouse
Advantages:
High-level shelving storage effectively saves inventory footprint and improves space utilization.
An automatic access system with fast operation and processing speeds facilitates integration into the enterprise's material management system.
A computer control system facilitates inventory counting and checking, reasonably reducing inventory levels.
Real-time querying of warehouse information, including inventory, operational, and other related information.
Intelligent High-Density Storage Solution 1: Shuttle Carrier Automated Warehouse
Advantages:
Perfectly integrates dense warehousing with automation systems for efficient warehousing management.
Fully automated pallet storage and transportation ensure safe delivery of goods to their destinations.
Comprehensive upgrades to the automated shuttle racking system seamlessly integrate with production and transportation systems.
Lower requirements for warehouse layout, making efficient use of limited space for storage.
Automated storage reduces labor costs and improves work efficiency.
Intelligent High-Density Storage Solution 2: Four-Direction Shuttle Automated Warehouse
Advantages:
Four-direction shuttles can freely travel longitudinally or laterally on rack tracks, accurately positioning to any storage location in the warehouse.
Capable of intelligent travel on slope tracks with an angle not exceeding 6 degrees, adapting to complex terrain environments.
Automatic leveling of goods through displacement sensors ensures a smooth handling process.
Achieves automatic goods inbound and outbound without manual intervention.
Uses energy-efficient lithium batteries to extend equipment lifespan.
Multiple shuttles operate in conjunction, balancing dense storage and picking functions without considering the order of goods in and out.
Related Products
Four-Direction Shuttle
The four-direction shuttle has both longitudinal and lateral travel capabilities, allowing flexible operation in narrow aisles, enhancing warehouse utilization and work efficiency. With high carrying capacity and easy operation, it quickly transports heavy loads, reducing operational waiting times.
Palletizing Robot
The palletizing robot can precisely grab and place items, ensuring neatly and stably stacked pallets, facilitating subsequent storage and transportation, and improving production quality. Its fast operation significantly reduces labor costs while increasing site utilization and effectively mitigating safety risks associated with manual operations.
Shuttle Carrier System (Mother-and-Child)
The shuttle carrier system can automatically recognize racks, enabling rapid access to goods and significantly improving operational efficiency. It is highly adaptable, suitable for dense storage in three-dimensional warehouses and the storage and management of different types of products, including those with special environmental requirements. While improving space utilization, it reduces overall warehousing costs.
Stacker Crane
The stacker crane features automatic positioning, handling, and access to goods, enhancing operational efficiency and accuracy. It operates normally in low-temperature environments, ensuring stable warehouse use. Additionally, the stacker crane is equipped with various safety protection devices and alarm systems, comprehensively ensuring operator safety and equipment stability.
Roller Conveyor
The roller conveyor is flexibly arranged and can form different conveying routes based on customer needs. It is low in energy consumption, noise, and provides smooth conveyance, is easy to maintain, and can carry heavy loads, contributing to reduced labor costs and increased production efficiency.