Learn About The Structure – Components Of The Latest Automated Warehouse

The structure of an automated warehouse is a combination of advanced technology components, from smart shelving systems, AS/RS robots, automatic conveyors to WMS software and AI, IoT technologies. Each component plays a crucial role in improving operational efficiency, minimizing risks, saving costs and space, while expanding the ability to control and forecast market trends. 

1. Smart Shelving System – Leverage to Increase Storage Space in Automated Warehouses

In the automated warehouse structure system  , the shelf system plays a decisive role in optimizing space as well as the ability to retrieve goods. Modern shelves help businesses build tight, flexible storage warehouses suitable for each specific type of goods.

Popular types of shelves in automated warehouses

Choosing the right type of racking depends not only on the type of goods but also on the operating method of the automated system. Below are the most popular types of racking today:

Pallet Shuttle Rack  – Support for transporting goods by automatic robots

The Pallet Shuttle system  uses automated carts (robots) to move pallets in the warehouse in the most flexible and precise way. The outstanding feature of this type of rack is the ability to maximize storage space and help minimize loading and unloading time. The robot will move through the rows of shelves, receive commands from the management system and automatically transport goods to the required location, helping to reduce the workload of employees, improve accuracy and safety.

In fact, transportation and warehouse businesses with large volumes of goods often prioritize using this type of rack to ensure a fast and seamless operation process. In addition, the automatic feature helps minimize human-caused incidents, while reducing labor costs in the long term.

Selective Rack  – Optimize storage space and easy access

This shelving system  is suitable for businesses that require a variety of goods, sizes and types. Selective Rack provides maximum flexibility in arranging goods, each standing separately, making it easy for employees to access and check.

The strength of this system is the ability to directly control and easily check inventory on the system. Because each pallet is stored separately, retrieving or adding new goods does not affect other parts of the warehouse. This helps to minimize search time and ensure maximum safety during operation.

Drive-in/Drive-through Racking  – Maximize space for bulk items

This type of racking is often used in warehouses that store large quantities of goods, uniform goods or goods with high popularity. The outstanding feature is the ability to maximize warehouse space by allowing trucks or forklifts to go directly into the racks to pick or stack goods without the need for separate aisles like old-style racking systems.

This system is suitable for FIFO (First In First Out) or LIFO (Last In First Out) storage models depending on business requirements. However, because of its limited flexibility compared to other types of shelves, it requires a suitable warehouse location, ensuring the safety of vehicles operating in the warehouse and optimizing the transportation of goods.

Outstanding benefits of smart shelving systems

An automated racking system, especially when combined with IoT and AI technology, offers many benefits to the warehouse:

• Optimize storage space : Helps businesses make the most of space without expanding the area.
• Easy access and management : The system helps employees retrieve goods quickly and accurately at each location.
• Save operating costs : Minimize manual operations, limit errors and minimize the impact of human factors.
• Increased flexibility : Shelves are designed to suit each type of goods and business operating model.

2. Storage and Retrieving Robot (AS/RS) – A Powerful Assistant in Automatic Warehouse Management

In  the structure of an automated warehouse , the robotic storage and retrieval system, also known as AS/RS, is the heart of modern automated warehouses. Not only does it help optimize the speed of picking, this system also provides high accuracy and the ability to handle large volumes continuously.

Operating principle of AS/RS system

AS/RS systems typically incorporate automated robotic arms or automated guided vehicles (AGVs) to perform all storage and retrieval operations in the warehouse. The process involves the following steps:

• Create orders from management software : Import and export orders are sent from the WMS system.
• Distribute commands to robots or autonomous vehicles : These devices are automatically navigated based on the optimal route.
• Perform precise picking or ordering : Robots ride on shelves, arms or autonomous vehicles, pick up goods and return them to the shipping location or vice versa.

This system operates continuously, minimizing waiting time and ensuring smooth operation despite large workloads.

Key components of an AS/RS system

The system  consists of two main components:

• Robotic arms or autonomous guided vehicles (AGVs) : Play a key role in picking and ordering, designed to be precise and durable over time.
• Guide rail or power line system : Helps to navigate robots or autonomous vehicles smoothly, with high intensity and few interruptions.

In addition, software that coordinates and monitors the operations of the entire system also plays a key role in ensuring smooth operations.

Advantages of AS/RS systems – Maximizing efficiency and accuracy

• Speed up picking : Robots that operate autonomously 24/7 reduce order processing times, especially in warehouses with high shipping volumes.
• Absolute accuracy : The system is not affected by staff, reducing the possibility of human error.
• Space saving : Robots can operate in tight spaces, making the most of warehouse space.
• Easy to scale : As the warehouse grows in size, the system can be easily expanded or customized to accommodate new needs.

3. Automatic Conveyor System – A Step Forward In Fast And Safe Transport Of Goods

In  the structure of an automated warehouse , the conveyor system is an indispensable element to ensure the continuous and sustainable transportation of goods. Automatic conveyors help reduce manual labor, increase productivity, and minimize work accidents.

Popular types of automatic conveyors in automated warehouses

Depending on the purpose of use and nature of goods, warehouses today often choose the following types of conveyors:

Roller Conveyor  – Suitable for palletized goods or large products

Roller systems  are often designed to be flexible, easy to install and repair. The outstanding feature is the ability to transport heavy goods, with a flat surface, helping to minimize the impact on goods during movement.

Chain Conveyor  – Used for operations requiring high durability and heavy loads

This type of conveyor usually operates with a chain motor, capable of transporting heavy goods, standard goods and in large production lines and warehouses.

Belt Conveyor  – Commonly used for transporting light to medium loads

The belt is sturdy and can be adjusted in width to suit the size of the goods. This system is especially suitable for continuous, fast transportation operations in automated warehouses.

Advantages of automatic conveyor system

• Save manpower : Minimize the use of human power in the process of transporting goods in the warehouse.
• Continuous, stable operation : Increase work productivity, not interrupted by human factors.
• Time Optimization : Transport goods across multiple regions quickly, reducing waiting time.
• Improve labor safety : Reduce accidents and collisions during manual operations.

4. Warehouse Management Software (WMS) – The Heart of Modern Automated Warehouse Structure

In  the new generation of automated warehouse structures  , warehouse management software (WMS) plays a central role, helping to coordinate and control all operations accurately and effectively.

Core functions of WMS software in automated warehouse

The WMS system is not only a data storage software but also integrates functions such as:

• Track goods location in real time : Accurately update every movement, helping managers easily check inventory and compare.
• Automate import-export processes : Integrate with robots, conveyors, and shelving systems to automate the entire operation.
• Accurate inventory management : Helps minimize excess inventory, limit loss and damage of goods.
• ERP system integration : Connect data directly with business management systems, thereby optimizing the entire supply chain.

Benefits of WMS software in automated warehouse operations

• Optimize workflow : Minimize manual operations, automate many steps in management.
• Minimize errors : High accuracy, data is always updated in real-time.
• Enhanced forecasting and planning : Data analytics helps accurately predict storage needs, thereby preparing appropriate resources.
• Support accurate decision making : Summary reports help managers have appropriate and effective operating strategies.

5. AI & IoT Technology – Breakthrough in Automated Warehouse Structure to Improve Operational Efficiency

In the 4.0 technology revolution,  artificial intelligence (AI)  and  Internet of Things (IoT)  are the keys to helping automated warehouse systems go beyond traditional limits, opening up the possibility of smart operations, accurate predictions and data optimization.

Applications of AI in automated warehouse management

AI technology can analyze large amounts of data, predict trends, and automatically make decisions to maximize operational efficiency:

• Predicting storage and consumption needs : AI relies on commodity history and market factors to recommend suitable solutions.
• Optimize robot and vehicle swapping and coordination : Increase processing speed, minimize waiting time.
• Detect abnormalities, early warning : Identify technical errors, maintenance risks, help prevent major incidents.

The Role of IoT in Automated Warehouse Environments

IoT provides a system of sensors and continuous measuring devices, helping to monitor all activities in the warehouse such as temperature, humidity, vibration, robot travel, etc.

• Real-time information : Continuously updated data enables managers to adjust operations immediately.
• Optimize predictive maintenance : Sensors detect abnormalities early, thereby planning maintenance, minimizing downtime.
• Improve warehouse safety : Continuously monitor environmental conditions, early warning of risks.

The Outstanding Benefits of AI & IoT in Automated Warehouses

• Smart operation : Self-adaptive system, enhancing flexibility.
• Save operating costs : Minimize loss, optimize energy consumption.
• Accurate, highly predictive analytical data : Supports long-term planning and provides appropriate strategies for businesses.
• Easy Scalability : As capacity increases, AI and IoT data make it easy to integrate new systems.

Professional and low-cost automated warehouse deployment unit in Vietnam

Tin Quang Group has  many years of experience implementing  warehouse automation projects for businesses in fields such as logistics, manufacturing, retail, e-commerce, etc. The team of engineers and experts  understand the actual operating process , providing solutions suitable for each model.

Comprehensive Solution – Customized to Your Needs

• Not selling a “one-size-fits-all solution”, Tin Quang provides  smart warehouse solutions designed specifically  for each business.
• From warehouse management software (WMS) to robots, AGVs, conveyors, racking systems – all are integrated seamlessly.

Optimizing investment costs – Long-term efficiency

• Investment consulting support at  each stage  to suit the budget.
• Committed to  increasing productivity, reducing staff, reducing errors , and quickly recovering capital.