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Automated Warehouse System Product List and Ranking from 9 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

Automated Warehouse System Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. オカムラ　物流システム事業本部 Tokyo//Other manufacturing
  2. Daifuku Co., Ltd. Intralogistics Division Tokyo//Industrial Machinery
  3. 川岳機械 台湾本社 Taiwan//Manufacturing and processing contract
  4. 4 エージーピー ロジスティクス事業部 Tokyo//equipment
  5. 4 オートストア システム Tokyo//robot
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Automated Warehouse System Product ranking

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. [Case Study on Logistics System Implementation] Oosaki Medical Corporation オカムラ　物流システム事業本部
  2. Automated warehouse system 川岳機械 台湾本社
  3. Example of MHS Coordination: Three-Dimensional Automated Warehouse / Shuttle Rack エージーピー ロジスティクス事業部
  4. Delivery Case Daifuku News Vol. 227 Daifuku Co., Ltd. Intralogistics Division
  5. 4 Small and lightweight item storage equipment "Pick & Stocker" Daifuku Co., Ltd. Intralogistics Division

Automated Warehouse System Product List

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Delivery Case Daifuku News Vol. 227

Delivery Case Daifuku News Vol. 227

Support for solving and improving issues with advanced material handling technology!

Daifuku supports the resolution and improvement of challenges in various logistics sites of companies such as factories and logistics centers with advanced material handling technology. While assisting numerous successful cases, we have accumulated logistics technology know-how. Leveraging this track record, we will continue to propose the optimal material handling systems for our customers' logistics. In Vol. 227, we will introduce case studies of material handling implementation in food logistics and automotive parts logistics.

  • Transport and handling robots
  • Other conveying machines
  • others

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Automated Warehouse: Parts Management Case Study (Achieving System Integration)

Automated Warehouse: Parts Management Case Study (Achieving System Integration)

Automation of parts warehouse management! Integration with production management systems and order management systems is also possible.

We would like to introduce a case study of JUKI's automation implementation. The automated warehouse system, centered around ISM software, not only integrates with existing shelves but also connects with various device terminals used for inbound and outbound operations, parts transportation systems, and core systems such as MES and ERP. By building a network with the automated warehouse system, we achieve automation of parts warehouse management, labor reduction, and improved work efficiency. 【Effects】 ■ Improved work efficiency by integrating with various devices ■ The existing shelves currently used by customers can also be monitored for inventory status of all parts through the ISM system ■ Integration with production management systems and order management systems is also possible ■ Once information integration between the parts warehouse system and the parts transportation system is established, automatic collection and delivery to the production line becomes possible *For more details, please refer to the PDF document or feel free to contact us.

  • Production Management System

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Automated warehouse system

Automated warehouse system

We will build the optimal system that our customers seek and create and deliver the world's only original machine that embodies it!

Kawaguchi Machinery proposes custom equipment that meets our customers' needs by building their factory space and production lines.

  • Conveyor
  • Transport and handling robots
  • Trolley

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Automated Warehouse System "Casback"

Automated Warehouse System "Casback"

Responding to various sites with a wide range of lineups! Achieving remarkable efficiency in logistics.

"Cashback" is an automated warehouse system that simultaneously solves the challenges of "effective use of space" and "efficient inbound and outbound operations." It efficiently stores work-in-progress items that are haphazardly placed in assembly workspaces. Furthermore, by combining it with an unmanned transport system, it enables the automation of storage and transportation, significantly reducing labor efforts. We offer a "pallet type" for storing products and parts by pallet unit, and a "bucket type" for storing by container or cardboard box unit. [Features] ■ Compared to fixed rack storage spaces, it maximizes the use of vertical space and reduces aisle space, achieving significant space savings. ■ By using an inventory management system, accurate and real-time inventory management is possible. ■ It ensures high safety in operations by preventing product collapse and damage. ■ A wide range of lineups to accommodate various sites: refrigerator type and explosion-proof type. *For more details, please refer to the PDF materials or feel free to contact us.

  • palette
  • container

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LogiMAT 2023 Inspection Report Volume 1

LogiMAT 2023 Inspection Report Volume 1

Some booths featured AS/RS specialized in limited products!

I participated in LogiMAT 2023 held in Stuttgart, Germany, in April 2023. Due to the impact of the COVID-19 pandemic, it had been four years since I attended an overseas material handling and robotics-related event. Recently, many exhibition events have been held in a hybrid format, combining physical venues with online participation. After several years of only attending online events, my desire to visit a large-scale exhibition had grown, so I left for the trip with high expectations. Perhaps due to the long absence from overseas business trips, the flight time to Europe felt extremely long. Additionally, since flights over Russia were not possible, the route took me northeast from Japan, crossing the Bering Sea to Europe, resulting in a journey that lasted about 15 hours, which may have made the trip feel even longer. It was also my first experience crossing the International Date Line to go to Europe. (On the return flight, I also crossed over the North Pole for the first time.) *For more details, you can view the blog through the related links. Please feel free to contact us for more information.

  • others

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Contributing to Space-Saving in Warehouses [Case Study] Fanuc Partneronics Co., Ltd.

Contributing to Space-Saving in Warehouses [Case Study] Fanuc Partneronics Co., Ltd.

The warehouse grid size has been expanded to 1,450 square meters! Significantly reduces picking errors.

Before the introduction of the "AutoStore System" at the Nagano facility, picking was done manually, and workers spent half of their time walking back and forth with carts in the narrow warehouse. Since the product is stored in a tiered grid, it occupies a relatively small floor space, expanding and securing the workspace, and significantly reducing the total lead time from parts transportation to manufacturing and shipping. [Challenges] - Workers spent half of their time walking back and forth with carts in the narrow warehouse. - There is a desire to improve the picking rate in the warehouse. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other industrial robots

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Example of MHS Coordination: Three-Dimensional Automated Warehouse / Shuttle Rack

Example of MHS Coordination: Three-Dimensional Automated Warehouse / Shuttle Rack

Improving storage capacity through effective use of space! Here is an example of MHS coordination.

We would like to introduce an example of MHS coordination in a three-dimensional automated warehouse system and shuttle rack system. Automatically transporting and retrieving items to the appropriate locations of racks that utilize warehouse space evenly. This leads to improved storage capacity through effective use of space and labor reduction through automation. 【One-Stop Service】 ■ Installation equipment (proposal and design) ■ Construction and implementation (system development) ■ Maintenance (inspection and parts replacement) ■ Warehouse construction (rental) ■ Equipment investment (financing) *For more details, please download the PDF or feel free to contact us.

  • Plant Design
  • Other plant design, development and maintenance
  • Automated Warehouse System

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Small and lightweight item storage equipment "Pick & Stocker"

Small and lightweight item storage equipment "Pick & Stocker"

Ultra-high-speed compact 3D picking system

The Pick & Stocker is a new type of picking system that combines the simplicity of traditional rotary shelves with the functionality of automated warehouses. The high-speed transfer device "Retriever" allows for continuous automatic outbound delivery to up to 8 receiving stations, enabling work to be done without waiting times. The clearance between shelves has also been significantly reduced, allowing for high-efficiency storage.

  • Other conveying machines

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Automated Warehouse: Parts Management Case Study (Achieving Real-Time Inventory Management)

Automated Warehouse: Parts Management Case Study (Achieving Real-Time Inventory Management)

Centralized management of warehouse inventory with system software! Data utilization for order placement and fulfillment is also possible.

We would like to introduce a case study of JUKI's automation implementation. The automated warehouse system centrally manages warehouse inventory with system software, visualizing the inventory status of not only the automated warehouse but also the parts shelves held by customers in real-time, enabling inventory management. In addition to improving the efficiency of inventory management tasks such as stocktaking, the inventory management data can also be utilized for parts ordering and receiving operations, preventing sudden stockouts and excess inventory, and achieving smooth inventory management. 【Effects】 ■ Accurate real-time understanding of inventory levels ■ Reduction of management man-hours for stocktaking tasks ■ Data utilization for ordering and receiving operations ■ Prevention of stockouts ■ Proper inventory management *For more details, please refer to the PDF materials or feel free to contact us.

  • Production Management System

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[Case Study] U.S.M.H Yachiyo Grocery Center

[Case Study] U.S.M.H Yachiyo Grocery Center

Leave automation and labor-saving to us! Opening a logistics center with cutting-edge technology.

The U.S.M.H Yachiyo Grocery Center was established as a challenge venue for building next-generation logistics centers. Fib actively utilizes various automation and labor-saving tools in its solution proposals for this center, tackling logistics challenges and achieving responses to labor shortages and quality improvements. Fib Intralogistics leads customers to solutions for their logistics challenges with the extensive knowledge and experience cultivated over many years of activity. "When it comes to automation, it must be difficult," or "I want to advance automation, but I don't know where to start." In such cases, please consult Fib Intralogistics first. We, Fib Intralogistics, are the professionals who think about what challenges our customers face and where the solutions lie, and we make those solutions a reality.

  • others

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[Case Study on Logistics System Implementation] Oosaki Medical Corporation

[Case Study on Logistics System Implementation] Oosaki Medical Corporation

To a mother center aimed at improving traceability and achieving sustainable stable supply!

We would like to introduce a case study on the implementation of a logistics system at the Chubu Logistics Center of Oosaki Medical Corporation. The company has outsourced its logistics operations to partner companies, but due to the impact of the COVID-19 pandemic, the volume of goods has increased dramatically, leading to challenges such as a shortage of storage space, time-consuming picking operations, and personnel adjustments due to a lack of manpower. With the introduction of AutoStore, storage efficiency has improved sixfold, and productivity has increased fourfold. [Case Overview] ■ Challenge: To address space and manpower shortages while maintaining the quality of lot expiration date management. ■ Deciding Factor for Implementation: Improvement in storage efficiency, productivity, and traceability. ■ Result: Consideration of AutoStore implementation at other locations, leading to further business expansion. *For more details, please download the PDF or feel free to contact us.

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  • オオサキメディカル株式会社様4.png
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  • オオサキメディカル株式会社様8.png
  • Other conveying devices

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Contributing to Space-Saving in Warehouses [Case Study] Hayabusa Co., Ltd.

Contributing to Space-Saving in Warehouses [Case Study] Hayabusa Co., Ltd.

We will introduce a case where the issue of storage location was resolved, resulting in a threefold increase in warehouse picking speed!

Hayabusa Corporation was facing a bottleneck in shipping due to holding a large inventory and needed a custom-made picking platform to meet specific needs. After considering an upgrade to their automated warehouse and collaborating with Okamura Corporation, they decided to implement the "AutoStore System." By adjusting the height of the picking platform to accommodate four bins in one area and fourteen bins in another, they expanded the area of the AutoStore grid. This allowed all products to be housed on one floor, and the picking speed increased to three times that of the previous system. [Challenges] - Each order required 3 to 4 people to work, and the system of sourcing products from multiple warehouses was cumbersome. - The automated warehouse had stairs between the first and second floors, occupying a large space. - They were operating from a flat storage warehouse, but costs were escalating, and picking speed significantly decreased. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other industrial robots

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