We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Automation Equipment.
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Automation Equipment Product List and Ranking from 44 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.

Automation Equipment 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. テカンジャパン Kanagawa//Pharmaceuticals and Biotechnology
  2. 山善 Osaka//Trading company/Wholesale
  3. メイコー 本社 産業システム機器部 SRシステムグループ Kanagawa//Industrial Machinery
  4. 4 Unchained Labs (アンチェインドラブズ） Tokyo//others
  5. 5 BRICS Shizuoka//robot
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Automation Equipment 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. Automating the packaging process for multiple varieties! Robo-Kaser [Yamazen TFS] 山善
  2. High-precision Powder Weighing Automation Device JUNIOR Unchained Labs (アンチェインドラブズ）
  3. Automated device for LC-MS sample preparation Resolvex A200 テカンジャパン
  4. 4 The quality of back fillet is unrelated to the amount of solder. メイコー 本社 産業システム機器部 SRシステムグループ
  5. 4 Case Studies: A Comprehensive Introduction to Successful Examples of Factory Automation and Smart Technology! BRICS

Automation Equipment Product List

76～90 item / All 145 items

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Features of Automation at Iwaki Industries: Do you have any of these concerns?

Features of Automation at Iwaki Industries: Do you have any of these concerns?

Solving issues such as the lack of manufacturers that modify automatic equipment from other manufacturers.

Are you facing any of the following issues: 'There is not enough manpower on the factory floor, and we want to reduce the burden,' 'Existing equipment manufacturers do not support automation,' or 'The automation equipment manufacturer has already gone out of business'? Our company has been proposing and providing equipment to the manufacturing industry for many years, and we have increasingly been able to accommodate automation equipment for each process. We are also preparing a system to allow you to consult us about automation equipment. Please feel free to contact us. [We can solve the following issues] ■ Not enough manpower on the factory floor; want to reduce the burden ■ Existing equipment manufacturers do not support automation ■ The automation equipment manufacturer has already gone out of business ■ Want to repair but have no drawings and do not know the parts ■ Cannot agree on delivery time or cost ■ There are no manufacturers that modify equipment from other manufacturers *For more details, please refer to the related links or feel free to contact us.

  • Other inspection equipment and devices

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Automation of extracting contents from a box.

Automation of extracting contents from a box.

I responded to a request to automatically extract the contents of the box.

There was a consultation about whether it is possible to automatically extract the contents of a box. There were challenges such as how to separate the contents from the box and whether they would be damaged during the separation process, so we started by cutting the edges of the box corners. There were issues with the precision of the cutting position and the cutting method, so we began to verify each aspect and refined the process to suit automation. Recently, we have also received projects outside the automotive parts field, and we are continuously challenging ourselves to try new things using the technology we have accumulated. Please feel free to contact us.

  • Other industrial robots

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Wiel Industrial Co., Ltd. Business Introduction

Wiel Industrial Co., Ltd. Business Introduction

A specialized manufacturer of automated machines, contributing in various fields such as inspection, assembly, and transportation.

Since its establishment in 1965, Weyer Industrial has been manufacturing automatic machines that meet customer needs for over 40 years. The majority of these machines are custom-designed and built according to customer specifications. In this process, we standardize products that have strong demand from customers, aiming for low prices and short delivery times. Moving forward, we will continue to focus on developing automatic machines that match the needs of various industries and will propose manufacturing solutions to our customers. 【Features】 - Customization that can be optimized according to the installation site - Proven track record in various industries For more details, please contact us or download the catalog.

  • Mechanical Design
  • Contract manufacturing

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Automated device for LC-MS sample preparation Resolvex A200

Automated device for LC-MS sample preparation Resolvex A200

A compact desktop device suitable for medium-sized labs. It quickly handles pressurized SPE or buffer exchange workflows.

• Improved work efficiency with an intuitive touchscreen • Supports up to 11 types of solvent handling for multiple users • Programmable pressure control feature • Automation of pressure profile operation from 0 to 5.5 bar • Compatible with 96-well plates or 1 mL columns in units of 4 • Compatible with standard 96-well plates and 1 mL columns from other manufacturers *For more details, please download the PDF or contact us.*

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  • Dispenser

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Automation of silica-based RNA purification using a pressurized automated system.

Automation of silica-based RNA purification using a pressurized automated system.

Automation of virus RNA purification using Resolvex A200 - no disposable tips are needed.

◎ Refinement process that does not require disposable tips ◎ Automation of binding, washing, and elution ◎ Purification in 30 to 60 minutes per 96 samples (processing time depends on the kit) ◎ Compatible with kits other than RNA purification (such as DNA purification) ◎ Virus RNA purification kit dedicated script co-developed with MACHEREY-NAGEL

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  • A200_overview.jpg
  • Dispenser
  • Analytical Equipment and Devices

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Automation of virus RNA purification using the silica membrane method with A200.

Automation of virus RNA purification using the silica membrane method with A200.

Automation of virus RNA purification using Resolvex A200 - no disposable tips are required.

◎ Refinement process that does not require disposable tips ◎ Automation of binding, washing, and elution ◎ Purification in 30 to 60 minutes per 96 samples (processing time depends on the kit) ◎ Compatible with kits other than RNA purification (such as DNA purification) ◎ The virus RNA purification kit's dedicated script was co-developed with MACHEREY-NAGEL.

  • A200_4.JPG
  • A200_5.jpg
  • A200_2.jpg
  • A200_3.jpg
  • カラム.jpg
  • カラム2.jpg
  • A200_overview.jpg
  • Dispenser
  • Analytical Equipment and Devices

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Proposal for Automation Equipment

Proposal for Automation Equipment

To level up the three elements of delivery time, quality, and price! We will propose ideas.

Our company specializes in the design and manufacturing of automation and labor-saving equipment, with a strong track record in automatic assembly machines and inspection machines for small functional parts. We excel in handling workpieces that are palm-sized. Are you considering automating the assembly process for functional parts? You will surely feel that you have finally found the machine you wanted. Additionally, we also perform control using multi-axis robots. Industrial robots shaped like human arms are highly versatile and can be used for various applications such as transportation, assembly, and inspection. We offer ideas based on our extensive experience. Please feel free to consult with us. 【Benefits of Introducing Automated Machines】 ■ Delivery: Ensured delivery with stable production without fluctuations ■ Quality: Elimination of mistakes caused by human error ■ Cost: Cost reduction through labor-saving measures *For more details, please refer to the PDF materials or feel free to contact us.

  • Other conveying machines

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Presentation of case studies! We will introduce a collection of 8 examples of automation in the parts insertion process!

Presentation of case studies! We will introduce a collection of 8 examples of automation in the parts insertion process!

Various examples of improving production efficiency, stabilizing quality, and reducing costs through engineering improvements are included!

This document introduces case studies of automation implementation in the insertion process conducted by JUKI Corporation. It includes examples of transforming to a high-precision insertion process and achieving a stable production system through process stabilization. It is a valuable resource, so please take a moment to read it. 【Featured Case Studies (Excerpt)】 ■ Transformation to a high-precision insertion process ■ Achieving a high-efficiency production system through process improvement ■ Quality enhancement through variability improvement ■ Quality enhancement through traceability *For more details, please download the PDF or feel free to contact us.

  • Other assembly machines
  • Other processing machines
  • Other mounting machines

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Case study of automation in component insertion processes: Improving production efficiency and shortening delivery times with high-precision insertion processes.

Case study of automation in component insertion processes: Improving production efficiency and shortening delivery times with high-precision insertion processes.

Presenting a collection of case studies! Automating the component insertion process to improve production efficiency and shorten delivery times.

We would like to introduce a case study on the automation of the insertion process by JUKI Corporation. In the component insertion process, advanced technology and experience are required, making skilled workers play a crucial role. However, with the aging of skilled workers, maintaining technical expertise on-site has become one of the challenges. To address this issue, we introduced the "JM100." By combining the skills cultivated by skilled workers with automation, we established a highly precise insertion process. [Case Overview] ■ Background: A process where high-precision mounting is difficult ■ Solution: Automation of the technology that relied on skilled workers ■ Effect: Improvement in production efficiency and reduction in delivery time *For more details, please download the PDF or feel free to contact us.

  • Other assembly machines

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Case study of automation in the parts insertion process: Reduction of defect rate and improvement of quality through variation improvement.

Case study of automation in the parts insertion process: Reduction of defect rate and improvement of quality through variation improvement.

Presenting a collection of case studies! Examples where productivity dramatically improved and production costs decreased.

We would like to introduce a case study of automation in the insertion process by JUKI Corporation. In the component insertion process, there was variability between processes, and it relied on the skills of experienced workers. As a result, variations in quality occurred depending on the skill level and physical condition of the workers, leading to a decline in quality. Therefore, we considered automation using the JM100 and the introduction of the JaNets system. By reducing variability, the defect rate decreased, high-quality production was achieved, and productivity dramatically improved due to stable production speeds, resulting in reduced production costs. [Case Summary] ■ Background: Variability due to worker skills, task difficulty, physical condition, and experience was an issue. ■ Solution: Automation and system implementation. ■ Effect: High-quality production and increased efficiency. *For more details, please download the PDF or feel free to contact us.

  • Other assembly machines

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Case study of automation in parts insertion process: Resolving labor shortages and reducing recruitment costs/labor expenses.

Case study of automation in parts insertion process: Resolving labor shortages and reducing recruitment costs/labor expenses.

Presenting a collection of case studies! Achieving reductions in adoption costs and labor expenses, leading to an improved work environment.

We would like to introduce a case study on the automation of the insertion process by JUKI Corporation. Frequent personnel changes resulted in startup costs each time, and it took time to stabilize quality. Additionally, due to a labor shortage, there was an increase in overtime, outsourcing, and the use of temporary workers, which put pressure on profits. In response, we introduced the "JM50" and "JM20" with the expectation of reducing hiring costs and labor expenses. We were able to achieve reductions in hiring costs and labor expenses, which alleviated the burden on workers and improved the working environment. [Case Overview] ■ Background: Issues of labor shortage and cost pressure ■ Solution: Automation and efficient personnel allocation ■ Effect: Achievements in cost reduction and productivity improvement *For more details, please download the PDF or feel free to contact us.

  • Other assembly machines

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[New Product] Complete parts insertion and screw tightening in one machine! Introducing the JM-E01.

[New Product] Complete parts insertion and screw tightening in one machine! Introducing the JM-E01.

Solve your troubles with inserting parts quickly! A new model that completes two processes—screwing and part insertion—in one machine has arrived.

Are you facing any of these concerns regarding the automation of the parts insertion process and screw tightening process? - Want to automate but don't know how to proceed - Differences in parts supply forms from manufacturers require various specialized machines, putting pressure on the factory space - Manual screw tightening work has quality variations and is unstable The newly released JUKI JM-E01 is a groundbreaking machine that automates both the parts insertion and screw tightening processes simultaneously in a single unit. It also has a high versatility, accommodating parts up to 150mm in size, 90mm in height (80mm for the main body), and weighing up to 400g, making it suitable for automating all types of parts insertion. Please take a look below for more information about the JM-E01, which achieves high efficiency, high versatility, and high quality. 【Features of the Multi-Task Platform JM-E01】 ■ High Efficiency Simultaneous automation of parts insertion and screw tightening processes with one machine ■ High Versatility A wide range of nozzles and feeding devices are available, allowing for the construction of optimal insertion lines based on the packaging forms and production items of the parts ■ High Quality By automating and integrating the work, it prevents human errors and establishes a high-quality insertion process. JUKI's unique high-speed 3D recognition sensor enables high-precision insertion of a wide range of parts.

  • Mounter

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Automation of the inspection process

Automation of the inspection process

Achieve faster processes and reduced manpower! We propose the automation of inspection processes.

We will achieve improvements in productivity, cost reduction, and quality enhancement through automation and labor-saving measures. Example 1 ■ In the inspection process of molded products, we will automate the transportation between devices. ■ By adopting collaborative robots, coexistence with humans is possible (no safety fence required). ■ Installation of inspection equipment. Example 2 ■ We will automate the visual inspection and tray packing of molded products. ■ Operators will only be responsible for collecting and replenishing trays. *For more details, please refer to the PDF document or feel free to contact us.

  • Articulated Robot

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Automation of Food Packaging: Stick Food Packaging System

Automation of Food Packaging: Stick Food Packaging System

We can make proposals using VR and simulation even for customers without experience in robot implementation!

Our company offers fully customized solutions for automating various manufacturing lines by leveraging the latest robotic technology, based on our extensive track record in a wide range of industries, including automotive, food packaging and packing equipment, residential equipment, and railway business. The packaging work for stick food that we introduce involves a wide variety of tasks, including bagging stick food, canning packing boxes, boxing, sealing, and loading onto pallets, which have traditionally been performed by a large number of workers, and automation has not progressed at all. [Overview] ■ Challenge: A wide range of tasks were being performed by many workers, and automation had not progressed at all. ■ Result: By sharing actual equipment images and solving challenges, we provided solutions that improved productivity while maintaining safety and quality, even for customers with no prior experience in robot implementation. *For additional examples of automation equipment utilizing robots, please check "Download Catalog."

  • Binding/Packing Machine

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[Business Introduction] Creating user-friendly machines Equipment manufacturing (Mechanical and Electrical)

[Business Introduction] Creating user-friendly machines Equipment manufacturing (Mechanical and Electrical)

We respond to our customers' needs in various fields such as maintenance, pollution, and environmental issues.

At Tamagawa Engineering Co., Ltd., we design and manufacture various automation devices, including induction heating equipment. We also undertake equipment manufacturing (mechanical and electrical) with a focus on "user-friendly machine creation." We respond to customer needs in various fields, including the design, manufacturing, installation, and maintenance of automation and labor-saving machines, as well as various industrial machinery under vacuum and high pressure, and issues related to pollution and the environment. 【Examples】 ■ Cooling equipment for automotive parts castings ■ Mirror plate inversion processing equipment ■ Wafer ID reader/sorter *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract manufacturing

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