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Automation Systems Product List and Ranking from 119 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

Automation Systems Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. 三明機工 Shizuoka//Industrial Machinery
  2. ヤナギハラメカックス Shizuoka//Industrial Machinery
  3. サーモフィッシャーサイエンティフィック株式会社／Thermo Fisher Scientific K.K. Tokyo//Testing, Analysis and Measurement
  4. 4 エーディーディー Kyoto//software
  5. 5 JFE商事エレクトロニクス プロセスソリューション営業部 実装プロセス営業室 Tokyo//Trading company/Wholesale
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Automation Systems Product ranking

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. Packaging, boxing, and dismantling transportation automation system 三明機工
  2. Robot Automation System ヤナギハラメカックス
  3. Fully Automatic Western "iBind/iBind Flex" サーモフィッシャーサイエンティフィック株式会社／Thermo Fisher Scientific K.K.
  4. 4 Automated Inbound and Outbound System for Electronic Component Reels 'Smart Reel Rack' JFE商事エレクトロニクス プロセスソリューション営業部 実装プロセス営業室
  5. 5 Allegro MVP Single-Use Automation System Cytiva

Automation Systems Product List

91～105 item / All 188 items

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[Case Study] Assembly Line Automation System

[Case Study] Assembly Line Automation System

From initial stages to finished products, unmanned production! Introducing examples of significantly reduced labor costs!

We would like to introduce a case study of the implementation of the "Assembly Line Automation System." Before the implementation, personnel were assigned to each process, and production was carried out manually. Due to sudden absences, it was difficult to secure the necessary personnel for each process, leading to a burden on some processes and an inability to increase the production pace. After the introduction of our product, the work handling between processes was replaced from human labor to robots, using robots and 3D cameras for bulk picking, allowing for fully automated production from the beginning to the finished product. As a result, there was no longer a need to assign workers, significantly reducing labor costs. [Challenges Before Implementation] ■ Personnel were assigned to each process, and production was carried out manually. ■ Due to sudden absences, it was difficult to secure the necessary personnel for each process, leading to a burden on some processes and an inability to increase the production pace. *For more details, please refer to the related links or feel free to contact us.

  • Assembly robot
  • Other assembly machines

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Robot Automation System

Robot Automation System

To companies considering automation: Would you like to enhance the efficiency of your factory by introducing robots?

At Iwaki Kogyo Co., Ltd., we propose suitable solutions for "automation systems connected by robots" based on our extensive track record. As we move into a new era of automation, we view the labor shortage not as a challenge, but as an opportunity for business growth. With advanced robotics technology and rich experience, we offer appropriate solutions. We have been conducting experiments on deburring systems. In particular, our technology for safely gripping fragile workpieces while performing precise deburring has received high praise from our users. [Features] ■ Complete deburring robots ■ Rapid testing trials available ■ Responding to customer needs to further strengthen production sites *For more details, please download the PDF or feel free to contact us.

  • Other industrial robots

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Automation system <punching machine, punch-laser composite machine>

Automation system <punching machine, punch-laser composite machine>

Establish a production system that rationally improves the operating rate of processing machines! An automation system for variable and variant production!

Currently, sheet metal processing is not only advancing in technology and expanding its processing areas, but the products themselves are also becoming increasingly diverse. Therefore, it is important to establish systems and automation that can flexibly respond to various needs. At Amada, we have established a production system that rationally improves the operating rate of processing machines and are actively working towards complete automation in the future. We will propose appropriate systems tailored to your factory's production style, processing content, installation space, and budget. 【Lineup (partial)】 <Joint Type> ■Simple Type - RMP-N Rear Manipulator - MP-C1 Compact Type Manipulator ■Shelf Type - ASR-N Cycle Loader - AS-C1 Compact Type Cycle Loader *For more details, please refer to the PDF materials or feel free to contact us.

  • Other processing machines

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We will support automation using robots and other technologies.

We will support automation using robots and other technologies.

For those who want to automate but are having difficulty making progress.

When considering automating the current process, what do you think about first? Do you find yourself somewhat thinking about it but unsure how to start, struggling to make progress, or getting stuck along the way? Please feel free to consult with us. For example, we will think around the robot based on the content discussed in meetings. However, the movements of the robot, the speed of 1 to 2 seconds per unit, and the characteristics of the tasks are greatly influenced by factors such as layout and configuration. The surrounding machines and fixtures, not just the robots, are also important, and the robot hands and fixtures will change accordingly. We propose a comprehensive robotic automation system that includes not just machines but also fixtures. (Sometimes, using a single-axis robot may be better than a multi-axis robot.) In terms of specific discussions (this is the current consultation topic): We will conduct leak tests on products processed from the previous step, perform visual inspections, and place the approved items into boxes. These boxes will also be stacked. For the visual inspection, we want to examine the entire circumference, including the bottom surface. We will shape this with specifications such as a cycle time of 2 seconds per unit. While making full use of robots, we will propose solutions that encompass the entire process, not just the robots.

  • Articulated Robot

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Automation of cell culture and GPCR assays using the Fluent automated liquid handler.

Automation of cell culture and GPCR assays using the Fluent automated liquid handler.

Easy automation of cell-based assays with Fluent laboratory automation solutions.

Performing G protein-coupled receptor (GPCR) assays using live cells in a high-throughput manner is an important part of the drug discovery process for small molecules. By combining the Fluent laboratory automation solution designed for live cell assays with the DiscoveRx PathHunter β-Arrestin human and ortholog GPCR assay kits, 384-well plate-based assays can be executed in high throughput. This platform offers excellent throughput and walkaway time, making it easier to run more applications. It is recommended for pharmaceutical researchers and CRO researchers who want to enhance the throughput of GPCR assays.

  • Other cell research

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Automation of the Freedom EVO food analysis workflow

Automation of the Freedom EVO food analysis workflow

Automation of sample preparation, ELISA, PCR, and microbiology workflows.

In today's world, where a vast variety of sample analyses such as raw materials, dairy products, and processed foods are conducted using various methods, flexible automation solutions are required in laboratories. These solutions must not only meet the current testing requirements but also possess the potential to evolve according to future needs. For various applications such as chemical analysis, microbiology, molecular biology, or mass spectrometry, Tecan provides solutions that meet workflow requirements. *For more details, please download the PDF or contact us.*

  • TEC000781I.jpg
  • Sunrise_white.jpg
  • TEC001104I_sm.jpg
  • Food Testing/Analysis/Measuring Equipment

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Tecan's automation systems for testing and research in food and pharmaceuticals.

Tecan's automation systems for testing and research in food and pharmaceuticals.

New Release! Introduction of MS sample preparation automation equipment, microplate reader, and colony picking system.

●MS Sample Preparation Automation System Resolvex Series Concentration and purification of target compounds are performed under pressure. Solid-phase extraction (SPE) using pressurized gas provides maximum reproducibility and uniformity in columns and well plates. ●Multi-Mode Plate Reader Infinite 200PRO As cited in 1,800 papers worldwide, Tecan's plate readers have a proven track record in research settings. They can be used for methods such as ORAC for measuring antioxidant capacity in food and ELISA. ●Colony Picking System Freedom EVO The Freedom EVO automated pipetting system, with over 5,000 units installed worldwide, enables cost-effective automation. Equipped with a colony picker, it allows for reliable picking of various microorganisms. Automation saves valuable time and ensures reproducible results.

  • Infinite200PRO.jpg
  • Pickolo.JPG
  • Other inspection equipment and devices

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[Case Study on Improving Production Efficiency] Automation System with Stamping Function

[Case Study on Improving Production Efficiency] Automation System with Stamping Function

Introducing a case of an automated system for stamping with a rubber stamp on devices where writing has been successfully performed.

We would like to introduce an example of the "automation system with stamp imprinting functionality" that we handle. In particular, for product types where the device writing time is long and the device transport robot is in a waiting state, we utilize the robot's waiting time to apply the stamp, thereby increasing the robot's operating rate and contributing to efficient ROM production. This single system can perform writing, stamping, and simple marking inspection, making it easy to integrate into the production line. 【Case Overview】 ■ Industry: Mounted equipment, precision machinery, home appliances/OA equipment, FA equipment/industrial machinery, others ■ Application: ALL ■ Devices: NOR, Serial FLASH, Microcontrollers ■ Purpose/Features: Improved production efficiency, custom support, quality control ■ Supported Programmers: TEH27/28 series *For more details, please refer to the PDF materials or feel free to contact us.

  • Software (middle, driver, security, etc.)

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Case Study of Automated Visual Inspection: Inspection Example of the Side Condition of Plastic Bottles

Case Study of Automated Visual Inspection: Inspection Example of the Side Condition of Plastic Bottles

A case study of the automation of inline appearance inspection by partially improving the transport line and conducting side inspections of bottles inline!

Regarding necessary inspections such as "label text," "scratches," and "dirt" on the side of the bottle, would you consider switching from "visual inspection" to "automated inspection using a camera"? We would like to introduce examples of systems that have been implemented by refurbishing parts of existing production lines for inspection purposes. In this system, a rotating mechanism is installed on the customer's transport line to conduct inline inspections for defects on the sides of the bottles. Although the examples mention plastic bottles, the system can accommodate various materials, including metal and rubber. 【Features of this system】 - By partially refurbishing the existing production line, it enables automated inspections without the need to introduce separate inspection lines or equipment. - The use of a rotating mechanism allows for comprehensive inspection of the entire side surface. - Since inspections are conducted on the transport line, quick responses are possible in case of defects. - The equipment can be modified based on the inspection requirements. *First, we will verify whether the work you wish to inspect can be accommodated. *Detailed processing information, including specifics and processing flow, is provided in the PDF.

  • Contract manufacturing

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Case study of automated visual inspection *Examples of color and design discrimination inspection

Case study of automated visual inspection *Examples of color and design discrimination inspection

A case study of automating appearance inspection to automatically check for differences in color and design, such as sample backing and color samples!

Would you like to switch the inspection of the placement positions and correctness of sample backing and color samples from "visual inspection" to "automated inspection using a camera"? We would like to introduce a case study of an inspection device that performs color inspection using a hand-held inspection device. In this system, a hand-held inspection device is equipped with only a camera and lighting on the inspection stand. Initially, it memorizes the good products, and then it determines whether the placement and color of the sample backing being inspected are correct. Since this system memorizes the correct information at the beginning, it can perform inspections without changing the settings even if the placement or color changes. 【Features of this system】 - A simple inspection system with a camera and lighting installed on the inspection stand - Prevention of overlooking defects due to subtle differences - By memorizing good products initially, it can be used with various types - The device can be modified depending on the inspection content *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information and flow are provided in the PDF.

  • Image Processing Software

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Case study of introducing automation for appearance inspection *Case study of automating label printing condition inspection

Case study of introducing automation for appearance inspection *Case study of automating label printing condition inspection

Case study on the automation of visual inspection to check for printing defects, smudging, fading, and barcode conditions in label printing!

Regarding the confirmation of the printing state of labels output from the label printer, such as printing content, smudging, and blurring, would you consider switching from "visual inspection" to "automated inspection using a camera"? We would like to introduce a system that installs a camera and lighting between the labels output from the printer and the winding mechanism to capture images and conduct inspections. In this system, for the labels printed by the printer, we first teach the system the state of a good label and then perform comparisons to inspect various printing defects all at once. Additionally, it is also possible to verify whether the correct values and information are recorded for lot numbers and barcodes. 【Features of this system】 - By conducting inspections immediately after printing, it allows for quick responses to issues with the printing device. - By recording the image of a good label initially, it can accommodate various types of labels. - It simultaneously checks not only printing defects but also the content of printed information such as lot numbers. *First, we will verify whether the work desired by the customer can be inspected. *Detailed processing information and flow are included in the PDF.

  • Visual Inspection Equipment

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Case Study of Automated Visual Inspection: Metal Parts Shape Inspection and Monitoring System

Case Study of Automated Visual Inspection: Metal Parts Shape Inspection and Monitoring System

A case study of automating visual inspection by installing cameras and lighting on the line to capture images and inspect for the mixing of different types of metal parts and shape defects flowing through the conveyance line!

Regarding the inspection of metal parts being transported on the line, including the mixing of different types and shape defects, would you consider switching from "visual inspection" to "automated inspection using cameras"? This system involves installing cameras and lighting on the existing transport line to inspect whether items that differ from pre-stored shapes are flowing through during transport. It is suitable for manufacturing processes that handle components with different detailed shapes on the left and right or components with differing hole positions. 【Features of this system】 - Inspection can be conducted on the transport line without creating a separate inspection system. - Conducting inspections on the transport line is effective in preventing outflow to the next process. - Effective for processes using components with subtle differences, such as differing hole positions. - The equipment can be modified based on the inspection requirements. *First, we will verify whether the workpieces you wish to inspect can be accommodated. *Detailed processing information, including the processing flow, is provided in the PDF.

  • Visual Inspection Equipment

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Case study of automated visual inspection: *Example of sheet material scratch dimension and depth inspection*

Case study of automated visual inspection: *Example of sheet material scratch dimension and depth inspection*

A case study of the automation of visual inspection using a camera and 3D sensors to inspect the size and depth of scratches on the surface of steel plates and other sheet materials!

Regarding the inspection of the size and depth of surface scratches on metal plates, why not switch from "manual inspection" to "automated inspection using cameras and 3D sensors"? We will introduce a case of automating visual inspection by utilizing both cameras and 3D sensors to take advantage of their respective features for inspection and measurement. While the size and length of scratches can be measured through camera inspection, measuring depth is challenging. By using a 3D sensor for depth measurement, it becomes possible to measure size, length, and depth. 【Features of this system】 - By using both cameras and 3D sensors, it is possible to measure the size, length, and depth of scratches. - In cases where it is difficult to determine defects with only a camera or only a sensor, using both allows for effective handling. - The equipment can be modified based on the inspection requirements. *First, we will verify whether the workpieces you wish to inspect can be inspected. *Detailed processing information and flow are provided in the PDF.

  • Image Processing Software

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Case Study of Automated Visual Inspection: Tablet Chipping and Staining Inspection Example

Case Study of Automated Visual Inspection: Tablet Chipping and Staining Inspection Example

A case study of automating visual inspection using a general-purpose XY stage for inspecting tablets spread out on a tray!

Would you like to switch the visual inspection of tablets and other pills spread out on a tray from "manual inspection" to "automated inspection using a camera"? We will introduce a practical example of the "iVision Robot," which installs a camera and lighting on a general-purpose XY stage movement device, enabling inspection over a specified area. By using a two-dimensional operating stage, it is possible to inspect the entire designated area for each specified section without having to set the camera position each time, allowing you to confirm where and what kind of defects were present. 【Features of this system】 - By using a two-dimensional operating stage, it is possible to sequentially inspect even large areas. - It indicates the coordinates of defects and displays a map showing where and what kind of defects were found. - The device can be modified based on the inspection requirements. *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information is included in the PDF, along with the processing flow.

  • Image Processing Software

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Case study of automated visual inspection: Example of container lid condition inspection using 3D sensors.

Case study of automated visual inspection: Example of container lid condition inspection using 3D sensors.

An example of automating visual inspection to check the sealing condition of container lids flowing on the conveyor line by installing a 3D sensor on the line!

Regarding the inspection of the lids of containers being transported on the line, would you consider switching from "visual inspection" to "automated inspection using 3D sensors"? By installing 3D sensors on the existing transport line and measuring the condition of the lids, we can create a system that performs inspections without the need for inspectors to be stationed on the transport line. Using 3D sensors allows us to confirm the sealing condition of the lids, including slight "lifting" that is difficult to detect with overhead cameras. 【Features of this system】 ■ Inspections can be conducted on the transport line without creating a separate inspection system. ■ Since inspections are performed on the transport line, it is possible to conduct inspections without creating additional equipment. ■ The use of 3D sensors enables the detection of slight lifting of the lids. ■ The equipment can be modified based on the inspection requirements. *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information and flow are provided in the PDF.

  • Image Processing Software

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