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Picking System Product List and Ranking from 43 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Picking System Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. アイオイ・システム Tokyo//Industrial Electrical Equipment
  2. 三明機工 Shizuoka//Industrial Machinery
  3. MOTHERSON TECHNOLOGY SERVICES 名古屋本社 Aichi//IT/Telecommunications
  4. 4 データマインド Gunma//Industrial Electrical Equipment
  5. 4 積水樹脂キャップアイシステム Tokyo//Automobiles and Transportation Equipment
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Picking System Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Digital Picking System 'Wireless Type! NW Series' アイオイ・システム
  2. Aioi System's "Digital Picking System" (commonly known as DPS) アイオイ・システム
  3. Digital Picking System 'Popular Type! MW/MWU Series' アイオイ・システム
  4. 4 Floor Projection Picking System (F-PPS) アイオイ・システム
  5. 5 Digital Picking System "Compact Type! SW Series" アイオイ・システム

Picking System Product List

16～30 item / All 81 items

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High-Speed Picking System 'K-Robo KPR1640'

High-Speed Picking System 'K-Robo KPR1640'

Adoption of parallel ring robots! Achieving automation in food factories for various applications.

The "K-Robo KPR1640" is a KPR high-speed picking system designed to streamline and reduce labor in food manufacturing. The parallel link robot enables orientation alignment and placement/counting at specified positions through sensors and image processing, even during the transport of items that are not in a fixed arrangement. By adopting the parallel link robot, it is possible to automate the current manual processes. 【Features】 ■ Automation of simple tasks allows for a reduction in the number of workers needed ■ Tasks that previously varied due to worker skill levels can now be standardized ■ Frees workers from long hours of operation, including 24-hour and night shifts ■ Achieves tasks that were previously impossible, such as sorting and orientation alignment by humans ■ Reduces operating time through high-speed picking For more details, please refer to the catalog or feel free to contact us.

  • Other industrial robots
  • Transport and handling robots

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Sorting system Cart picking system

Sorting system Cart picking system

Real-time picking instructions via wireless communication are possible! Anyone can perform picking tasks easily and accurately!

The cart picking system easily interfaces with existing systems, requiring no major system changes. It provides accurate shipping instructions to the picking cart via a wireless system, allowing real-time monitoring of on-site work conditions. It is a paperless system that eliminates the need for lists, significantly improving operational efficiency. Additionally, anyone can perform "easy and accurate" picking tasks while moving according to the screen instructions. It can also easily accommodate layout changes to increase item count and improve work efficiency. For more details, please contact us or download the catalog. #Sanshin Metal Industry #IT Solutions #Picking #Cart Picking #Inventory Management #Inspection #Sorting #Receiving #Shipping #Paperless #Barcode #Work Efficiency Improvement

  • Other information systems

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Voice Picking System Lydia Voice

Voice Picking System Lydia Voice

Hands-free, eyes-free logistics efficiency increased by 30%.

This is a voice picking system that uses LydiaVoice, the number one voice recognition engine in Europe. It confirms whether the correct shelf is being accessed by responding with a check digit to the voice instructions for the shelf number. Next, it provides the quantity through voice instructions and responds with the actual shipping quantity vocally. With hands-free and eyes-free operation, it can improve work efficiency by more than 10% compared to barcode picking.

  • Other information systems
  • Other production management systems

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Visible RFID Smart Card SC1029U <UHF compatible>

Visible RFID Smart Card SC1029U <UHF compatible>

Supports UHF and can read IDs from a distance of 3 meters! It also supports NFC (Near Field Communication).

We would like to introduce our product, the "Visible RFID Smart Card SC1029U." It supports UHF and can read IDs from a distance of 3 meters. It also supports NFC (Near Field Communication), allowing for touch-based reading and writing. In addition to being able to retain display content without power, it can display barcodes and two-dimensional codes, operate with smartphones, and allows for 1 million rewrites of the display. 【Features】 ■ UHF compatible, capable of reading IDs from a distance of 3 meters ■ Retains display content without power - Can be rewritten 1 million times - Operates with smartphones - Compliant with IP56, making it resistant to harsh environments - Capable of displaying barcodes and two-dimensional codes *For more details, please refer to the related links or feel free to contact us.

  • IC tag

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Automated Cell Picking System 'CellCelector Flex'

Automated Cell Picking System 'CellCelector Flex'

Identify, select, and recover the target cells! No complicated sample preparation is needed, allowing for accurate, quick, and low-damage picking of the target cells.

The "CellCelector Flex" is a fully automated cell imaging and picking system developed for the detection, selection, and isolation of single cells, clusters, spheroids, and organoids. An intuitive and user-friendly graphical user interface guides the operator through each experimental step. Options unrelated to the ongoing experimental step are not displayed, reducing complexity. Additionally, the detected target cells can be visualized in various modes. 【Features】 ■ Extremely high versatility - Adherent cells, suspended cells, and cells in semi-solid media - Single cells, clusters, spheroids, colonies ■ Flexibility - Brightfield, phase contrast, and fluorescence imaging - Picking through automatic, semi-automatic, or manual cell selection *For more details, please refer to the PDF document or feel free to contact us.

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  • Picking robot system

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Digital Picking System

Digital Picking System

A picking system that improves accuracy and work speed through the simplification of tasks.

The "Digital Picking System" is a system that simplifies operations, improving accuracy and work speed compared to traditional invoice picking, while also reducing logistics costs. In addition to this, our company offers a wide range of products and proposes the "optimal" solutions for our customers. *For more details, please refer to the catalog or feel free to contact us.*

  • Other conveying machines

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Automated Animal Cell Colony Picking System

Automated Animal Cell Colony Picking System

Screening more clones in a short time through fully automated workflows. Customization for single-cell derived colony picking is also available.

"ClonePix2" is an automated animal cell picking system that efficiently picks high-yielding clones of antibody drug candidates and other proteins. It captures images of cell colonies using white light and fluorescence. By ranking the individually identified colonies based on fluorescence intensity through image analysis, efficient screening can be performed. Customization is also possible to automatically screen and pick high-yielding clones derived from single cells. 【Features】 ■ High-efficiency colony picking system utilizing imaging capabilities ■ Colonies identified using a unique image analysis algorithm ■ Multi-channel image analysis using various fluorescence filters ■ Total solution including media and reagents ■ Customization allows for a streamlined workflow from identifying single cells to screening for production capability. *For more details, please refer to the PDF materials or feel free to contact us.

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  • Animal cells

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Picking system

Picking system

Display the parts collection shelf and the quantity to be collected! It will enable anyone to perform sorting tasks.

In the manufacturing industry, we perform "sorting work" to gather parts before assembly. Sorting work requires memorizing the shelf locations and demands skill, as we conduct weight checks to confirm the quantity of collected parts. The "picking system" displays the shelf (tray) of the parts to be collected and the quantity to be gathered, enabling anyone to perform the sorting work. Additionally, there are "picking cart weighing systems" and "picking weighing systems" available. 【Features】 <Picking Cart Weighing System> - Displays the location of the tray and the quantity to be collected for the selected parts from the collection list on a tablet installed on the cart. - When the displayed parts are placed on the cart's weighing platform, the displayed quantity decreases each time, and when the required quantity is reached, it shows "0." - There is no need for weight confirmation, and inventory management is conducted simultaneously. - By using optional production management software, it also assists with production management tasks such as automatic ordering. *For more details, please refer to the PDF document or feel free to contact us.

  • Other conveying machines

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Rewrite card RFID signboard size

Rewrite card RFID signboard size

Paperless, CO2 reduction, contributing to the global environment. Real-time process management through the adoption of RFID. Bulk reading by using RFID.

By converting paper into cards and using RFID to read them collectively from barcodes instead of scanning each one individually, we can achieve a reduction in work time. Additionally, since the cards can be reused upon collection, it is possible to reduce the amount of traditional paper used (by 1/500). Because they can be reused multiple times, CO2 emissions can also be reduced to 1/500. Due to the kanban size, large text can be printed in large quantities.

  • Production Management System

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Rewrite card RFID inbound and outbound operations

Rewrite card RFID inbound and outbound operations

Abolition of paper, CO2 reduction, contribution to the global environment. Streamlining inbound and outbound operations through the adoption of RFID for bulk reading. By using RFID, bulk reading is enabled.

By converting paper into cards and using RFID to read them in bulk instead of scanning barcodes each time, we can achieve a reduction in work time. Additionally, since the cards can be reused upon collection, it is possible to reduce the amount of traditional paper used (to 1/500). Because they can be reused multiple times, CO2 emissions can also be reduced to 1/500.

  • IC tag
  • Process Control System

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Mezzanine Auto Picking System (Mezzanine + Shelf Transport Robot)

Mezzanine Auto Picking System (Mezzanine + Shelf Transport Robot)

We will make effective use of the upper space when introducing shelf transport robots. Utility model registered.

The "Mezzanine Auto Picking System (Mezzanine + Shelf Transport Robot)" is a new system that clarifies the current issues in effectively utilizing the upper space in warehouses and factories. While the typical height of a warehouse is over 5.5 meters, in reality, only the lower sections are being used, leaving the upper space underutilized. However, even if one wants to utilize the upper space by creating multiple levels with a mezzanine, current regulations do not allow for this. This is because if people are working (picking) on the upper levels, it is considered a floor rather than a shelf, and the area must be counted as floor space, necessitating safety measures and precautions in accordance with various regulations. However, by having robots perform the work (picking) instead of humans, the current issues can be resolved.

  • Transport and handling robots
  • Other industrial robots

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[IoT Case Study] "Picking System"

[IoT Case Study] "Picking System"

Simplify the retrieval of parts and work instructions!

【Features】 ■ Example of taking items from a shelf to a work cart ■ Taking parts used in the production line from the parts shelf, arranging, kitting, and storing them in a cart ■ A system aimed at instructing the work of transferring items from the shelf to the cart ■ Installing lamps on the shelf to manage picking instructions and confirmations ■ Smooth picking operations enabled by location management functionality ■ Picking system with reduced wiring

  • Production Management System
  • Process Control System
  • Other production management systems

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Picking System "Return Box Depalletizing"

Picking System "Return Box Depalletizing"

Picking various boxes with a compact hand! It can automatically identify them.

The "Reusable Box Depalletizing" system automatically identifies and picks various types of reusable boxes. It automates the sorting of boxes from a pile on a pallet, unloaded from a truck, to each manufacturing line using robots. 【Features】 ■ Picks various boxes with a compact hand ■ Can pick boxes even when they are tightly packed ■ Customizable unloading order ■ Gripping actions can be changed based on box type and orientation *For more details, please download the PDF or contact us.

  • Transport and handling robots

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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 has 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 just under 50,000 bins, allowing for the same number of picks to be completed in one hour. It offers 30% more storage capacity than other systems in the same footprint, 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.*

  • Other industrial robots

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