Warehouse System Product List and Ranking from 13 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

Warehouse System Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. 堀富商工 Osaka//Building materials, supplies and fixtures manufacturers
  2. 京栄ニチユ Kyoto//Warehousing and transport related industries
  3. ＪＵＫＩ Tokyo//others
  4. 4 オモロ Tokyo//Information and Communications
  5. 4 ソフトテックス 本社 Aichi//Information and Communications
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Warehouse System Product ranking

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. Automated warehouse system 堀富商工
  2. Automated Warehouse System "Casback" 京栄ニチユ
  3. Automated Warehouse: Parts Management Case Study (Achieving System Integration) ＪＵＫＩ
  4. Automated warehouse system オモロ
  5. 4 System Development and Operational Support: Logistics and Warehouse System ソフトテックス 本社

Warehouse System Product List

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Introduction of achievements by each genre is now available.

Introduction of achievements by each genre is now available.

We are currently showcasing various implementation case studies.

We have published the implementation results of the products by companies that have introduced our automated warehouse management solutions on our website, categorized by product type. Please take a look. 【Examples of Services】 ● Automated Warehouse System Renewal ● DSP and Inspection Management System Renewal ● Logistics Management System ● Roll Paper Management System

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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 the automated warehouse and existing shelves but also connects with various device terminals used for inbound and outbound operations, parts transport 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 transport system is established, automatic collection and delivery to the production line becomes possible *For more details, please refer to the PDF materials or feel free to contact us.

  • Inventory Management System

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Automated Warehouse: Parts Management Case Study (Achieving Work Efficiency)

Automated Warehouse: Parts Management Case Study (Achieving Work Efficiency)

Achieving free location management! Smartening up parts shelves, improving work efficiency, and contributing to space-saving.

The automated warehouse system can also systematize the parts shelves you have with system software. It manages the locations of the parts shelves through the system, allowing you to understand where the parts are stored and the inventory status. By identifying and directing the inbound and outbound processes through the system, picking can be done quickly and accurately without mistakes. Furthermore, it eliminates dead space in the parts shelves and achieves efficient storage of parts through free location management. 【Benefits】 ■ Accurate real-time inventory count of parts shelves ■ Reduction in picking work hours ■ Skill-less operation for workers ■ Space-saving *For more details, please refer to the PDF document or feel free to contact us.

  • Inventory Management System

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Automated Warehouse: Parts Management Case Study (Achieving Efficiency in Receiving Operations)

Automated Warehouse: Parts Management Case Study (Achieving Efficiency in Receiving Operations)

Achieving reliable first-in, first-out! Introducing a case where the time for parts storage operations was reduced by 58%.

We would like to introduce a case study of JUKI's automation implementation. The automated warehouse system "ISM Series" allows for the bulk automatic storage of multiple parts. Before implementation, the time required for parts storage was 2,171 minutes per month, but after implementation, it was reduced to 1,250 minutes per month. The manual tasks involved in traditional storage operations, such as checking parts shelves and shelf numbers, moving items, and storing them on shelves, have been automated, resulting in increased efficiency in storage operations. 【Benefits】 ■ Reduction in labor hours for storage operations ■ Reduction in storage operation errors ■ Assurance of first-in, first-out inventory management *For more details, please refer to the PDF document or feel free to contact us.

  • Inventory Management System

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Automated warehouse system

Automated warehouse system

Automated storage systems for roll products such as paper and pulp factories, steel metal coils, and automobile tires.

For more details, please visit our website via the related link.

  • Automated warehouse (AS, RS)

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Automated Warehouse System "Casback"

Automated Warehouse System "Casback"

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

"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 on a pallet basis, and a "bucket type" for storing items in containers or cardboard boxes. 【Features】 ■ Compared to fixed rack storage space, 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 eliminating product collapse and damage. ■ A wide range of options is available for various environments: refrigerator type and explosion-proof type. *For more details, please refer to the PDF document or feel free to contact us.

  • Automated warehouse (AS, RS)
  • Warehouse Management System (WMS)
  • Inventory Management System

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[New Proposal] Platter Auto Cybister

[New Proposal] Platter Auto Cybister

Supports 24-hour operation! Realizing unmanned logistics in the warehouse with AGF × pallet storage system.

We would like to introduce the automation of inbound and outbound operations using a laser-guided forklift and a shuttle-type storage system. The unmanned "Platter Auto" transports pallets and stores them in the "CybiStar" racks. Within the racks, the shuttle stores pallets all the way to the back. Similarly, outbound pallets are automatically transported back to the Platter Auto by the shuttle, achieving operations that do not rely on human labor. This system can also accommodate nighttime operations and 24-hour operation. 【Three Major Issues on Site】 ■ Difficulty in securing skilled forklift operators - In forklift operations where quality (skill) equals safety, it is challenging to secure operators. ■ Desire to increase storage capacity in existing warehouses - Stacking storage does not effectively utilize the space up to the ceiling. ■ Wanting to automate but unable to undertake large-scale facility construction - In rental warehouses where restoration to the original state is required, automated warehouses cannot be implemented. *For more details, please refer to the PDF document or feel free to contact us.

  • forklift
  • palette

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Automated warehouse system

Automated warehouse system

Efficiently renew your existing system to address issues such as aging and dissatisfaction!

The "Automated Warehouse System" is a package designed to build automated warehouse systems that can flexibly respond to various industries, sectors, and scales. By leveraging unique know-how and experience, it allows for replacements (renewals) without being tied to specific manufacturers, enabling operations at more realistic costs. 【Features】 ■ Manufacturer and industry-free system construction ■ High quality, low price, and short delivery time with a package ■ Efficient logistics within the warehouse ■ Support for multiple warehouses ■ Integration with upper-level systems *For more details, please download the PDF or contact us.

  • Logistics and warehouse management systems
  • Warehouse Management System (WMS)

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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, I was eager to experience a large-scale exhibition in person, so I left the country with high expectations. Perhaps because it had been a while since my last overseas business trip, the travel time on the flight to Europe felt extremely long. Additionally, due to restrictions on flying over Russia, 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 link. Please feel free to contact us for more information.

  • Logistics and warehouse management systems

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Okamura "International Logistics Comprehensive Exhibition 2024 Exhibition Information"

Okamura "International Logistics Comprehensive Exhibition 2024 Exhibition Information"

Logistics solutions that tackle challenges and go beyond resolution starting now.

Okamura will exhibit at the "International Logistics Comprehensive Exhibition 2024, 16th Logis-Tech Tokyo 2024," held at Tokyo Big Sight from September 10 (Tuesday) to 13 (Friday) (Booth No.: 2-108). At the Okamura booth, we will showcase our new product, the "Cybistor Automated Warehouse Type," as an automation solution for pallet items. This system automates forklift operations by using a stacker crane to handle inbound and outbound operations with racks. We will also introduce a demonstration linked with our under-development pallet transport AMR. Additionally, we will display our main products, including the "AutoStore," a robotic automated warehouse that boasts the highest delivery record in Japan for piece and case item automation solutions, the "Rotary Rack H," an automated warehouse system that performs inbound and outbound operations, storage, and sorting with a single unit, and the "ORV" (Autonomous Mobile Robot) that automatically transports carts. [Exhibited Products] - Robotic Automated Warehouse "AutoStore" - Pallet Storage System "Cybistor Automated Warehouse Type" - Automated Warehouse System "Rotary Rack H" - Autonomous Mobile Robot "ORV" We sincerely look forward to your visit.

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[Case Study of Logistics System Implementation] Oosaki Medical Corporation

[Case Study of Logistics System Implementation] Oosaki Medical Corporation

Towards 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 Co., Ltd. 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 staff. With the introduction of AutoStore, storage efficiency has improved sixfold, and productivity has increased fourfold. [Case Overview] ■ Challenge: Address space and labor 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.

  • Material handling systems and equipment
  • Lifting and transport system

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Contributing to Space Saving in Warehouses [Case Study] FANUC Partronics Co., Ltd.

Contributing to Space Saving in Warehouses [Case Study] FANUC Partronics 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 area, 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.*

  • Picking System

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Space-saving case study of a warehouse: Radwell International

Space-saving case study of a warehouse: Radwell International

Productivity in picking improved by 400%! A case where existing space was optimized.

The warehouse automation system was seen as a solution to Radwell International's concerns, including slow picking speeds and insufficient storage space. The company decided to implement the 'AutoStore system' enhanced by Swisslog. It is equipped with 34 robots, 4 picking stations, 5 replenishment ports, and has a storage capacity of nearly 50,000 bins, allowing for the same number of picks to be completed in one hour. It provides 30% more storage capacity in the same footprint compared to other systems, and productivity in picking has increased by 400%. [Challenges] - The database contains millions of items, and it seemed that the company did not have enough space. - Slow picking speeds and insufficient storage space. *For more details, please refer to the PDF document or feel free to contact us.*

  • Picking System

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Smart Glasses × Warehouse System

Smart Glasses × Warehouse System

Free hands and simultaneous work. It is now possible to add virtual elements to the real world.

At Whale Tech, we are developing the project "Smart Glasses × Warehouse System" to transform sorting tasks in our customers' warehouses into a smart glasses experience. When each worker scans the product barcode with a ring scanner, instructions are immediately displayed through the smart glasses. Following the instructions, they can quickly scan the next product to display the next set of instructions, allowing them to continuously repeat the sorting tasks. Additionally, multiple workers can perform these tasks simultaneously. The traditional process of printing instructions, working while holding the instructions, and the hassle of putting away the instructions will be eliminated, allowing workers to focus solely on the sorting tasks. 【Example of Features】 ■ See-through display on smart glasses ■ Projection of iOS/Android app screens (work instructions, work performance) onto smart glasses ■ Multiple workers can access and operate simultaneously ■ View current work status and performance from the management screen (downloadable) and more *For more details, please feel free to contact us.

  • Warehouse Management System (WMS)

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Automated Warehouse: Parts Management Case Study (Achieving Space Savings)

Automated Warehouse: Parts Management Case Study (Achieving Space Savings)

Reducing the burden on workers! Introducing a case that enabled significant space-saving in the parts warehouse.

We would like to introduce a case study of JUKI's automation implementation. Our automated warehouse system minimizes dead space that occurs with traditional parts shelves and achieves efficient storage of parts through free location management. In addition to significantly reducing the space required for parts storage, it has also alleviated the burden on workers. [Effects] ■ Significant reduction in the installation space for parts shelves ■ Reduced burden on workers *For more details, please refer to the PDF materials or feel free to contact us.

  • Inventory Management System

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