Why Choose Us?
- Over 15 years of Automated Storage Retrieval System manufacturing & installation experience
- Free 3D design. Make racking system, stacker & shuttle, WCS & WMS softwarehouse with own Intellectual Property Rights.
- 3 factories in China & Vietnam, low tariff to USA & Australia. 50 days fast shipping
- Rapid technical support, Reply within 12 hours, Free spare parts in warranty time. Offer parts in life time.
- Finished more than 1,400 Automtated Projects in over 30 countries (Still grows every day)
- Offer Design & Manufacturing, Shipping , Installation and Inspection. Your one stop solution for Automated Storage Retrieval System
What is an Automated Storage and Retrieval System
An Automated Storage and Retrieval System (or ASRS) automates the storage and retrieval of products in warehouses. This system uses high-density racks, computer-controlled machines, and warehouse management software. Instead of having workers walk aisles with forklifts, an ASRS automation system uses S/R (Storage and Retrieval) machines. These machines, such as ASRS crane systems and ASRS shuttle systems, move up and down and side to side along set paths to handle items quickly.
The ASRS in warehouse material handling is revolutionary. It allows goods to be stored in tall, dense arrangements, maximizing space without needing more room. This ASRS storage system is key to modern warehouse operations. It connects with a warehouse management system (WMS) for real-time inventory tracking, improving picking accuracy and worker safety. From small storeroom ASRS systems to large, high-bay warehouse ASRS systems, the goal is the same: to make storage and retrieval faster and more efficient.
Automated Storage and Retrieval System By Feature
Automated Storage Retrieval System By Application
Automated Storage Retrieval System By Height
5-10 meter Automated Storage Retrieval System
10-20 meter Automated Storage Retrieval System
20-50 meter Automated Storage Retrieval System
Key Features and Benefits of an ASRS Warehouse System
Investing in an ASRS system for a warehouse offers many powerful features that boost operations. The biggest benefit is high-density storage. The aisles are just wide enough for the ASRS robotic system, not forklifts. The ASRS racking system can reach over 50 meters high, increasing storage capacity by up to 85% in the same space. This is crucial for businesses with high land costs or those outgrowing their facilities.
Another key benefit is lower labor costs and higher picking accuracy. An ASRS automation system operates 24/7 with little human input. This cuts out the slow and error-prone manual picking process. As a result, there are ASRS improvements in warehouse material handling system throughput, ensuring goods move in and out quickly. Additionally, ASRS system safety is a major advantage. It keeps employees away from risky tasks like operating forklifts or lifting heavy items, which lowers workplace accidents. Together, th
Core Components Automated Storage and Retrieval System
A complete ASRS combines several key components. Understanding them is essential for effective ASRS system design.
1. ASRS Racking System
This is the precise framework that holds the inventory. It differs from standard pallet racking. An ASRS rack system is built with tight tolerances to guide the S/R machines. In many “rack-clad” buildings, the ASRS racking system supports the warehouse’s roof and walls. Trusted ASRS racking system manufacturers are vital for this component.
2. The Storage and Retrieval (S/R) Machine
This machine does the physical work. The two main types are:
Unit-Load ASRS: This typically uses ASRS crane systems (stacker cranes) for large loads like full pallets. A pallet ASRS system is a common example.
- 4 way shuttle ASRS: use shuttle cart which can drive to 4 directions to load/unload pallet cargo, use lift to move shuttle cart to different levels.
Mini-Load ASRS System: This is for smaller loads like totes, bins, or cartons. A modern version is the ASRS shuttle system, which uses autonomous shuttles on each level for flexibility and speed.
3.Conveyor and Infeed/Outfeed System
An ASRS conveyor system is the “circulatory system” that moves goods to the S/R machine for storage and retrieves them after. This component must integrate smoothly to avoid bottlenecks in the ASRS logistics system.
4. Warehouse Control System (WCS)
This is the brain. The WCS is the software that directs the S/R machines and conveyors. It executes commands from the main ASRS warehouse management system (WMS). It optimizes machine movements for efficiency and tracks the location of every item. These features create a more efficient, accurate, and cost-effective operation.
When and Where to Buy an ASRS System
Consider an ASRS if your business faces:
High Labor Costs or Scarcity: Automation cuts down on manual labor for picking and putaway.
Severe Space Constraints: An ASRS helps maximize space by “building up” instead of “building out.”
High Throughput Demands: Ideal for operations needing to move goods quickly, like e-commerce fulfillment.
Strict Accuracy Requirements: Important for industries like pharmaceuticals or electronics where mistakes are costly.
Cold Storage: Perfect for harsh freezer environments where human workers struggle.
You don’t just buy an ASRS “off the shelf.” You work with specialized ASRS manufacturers or integrators. These ASRS companies (like Daifuku, T-Racking, Swisslog, Invata,) will design, build, and install the solution. You can find global leaders like ASRS racking system China or ASRS systems in India, along with local integrators serving specific areas. T-Racking have done more than 1,400 ASRS systems in USA, Canada, China, Vietnam, Thailand, Australia, New Zealand…
FAQ
1. What is the average ASRS system cost?
This is a key question for buyers. The ASRS system cost can vary widely. It ranges from $100,000 for a simple vertical carousel to over $50 million for a large, fully integrated ASRS system warehouse. The final ASRS storage system price depends on factors like height, length, number of S/R machines, speed, and software complexity. A thorough ASRS system cost benefit analysis is crucial. It helps justify the high investment by projecting long-term savings in labor, space, and error reduction.
2. What are the main types of ASRS systems?
ASRS systems are classified by what they handle. The most common types include:
Unit-Load ASRS: For full pallets or large loads.
Mini-Load ASRS: For smaller items in totes, bins, or cases.
ASRS Shuttle System: A fast mini-load system using robotic shuttles.
Carousel-Based ASRS: Rotates shelves (vertical and horizontal) to a picking station.
Vertical Lift Modules (VLMs): Enclosed systems that deliver trays to operators.
3. What are the main disadvantages of an ASRS?
The biggest drawback is the high initial capital investment. It’s a substantial cost. They also lack flexibility; the ASRS system design is specific and not easily changed. Lastly, consistent, specialized maintenance is necessary. Any downtime can stop the whole operation.
4. How long does an ASRS implementation take?
An ASRS system implementation is a long-term project. From design and ASRS cost benefit analysis to manufacturing, installation, and software integration, the timeline can range from 9 months to over 2 years. This depends on the project’s scale and complexity.
5. What is the history of the ASRS system?
The automated storage retrieval system history began in the 1950s and 1960s. Early systems were created by European companies, like Demag, which developed automated guided vehicles to address storage issues. These pioneers used stacker cranes for heavy manufacturing parts. With computers and control software, systems evolved into the advanced ASRS robotic system solutions we see today.
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