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 98 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

Automation Equipment Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

  1. 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
  2. ハラエンジニアリング Shizuoka//Industrial Machinery
  3. 山善 Osaka//Trading company/Wholesale
  4. 4 null/null
  5. 5 エーディーディー Kyoto//software
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Automation Equipment Product ranking

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

  1. Company Overview - Business Activities ハラエンジニアリング
  2. 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
  3. A must-see for those who find assembling cardboard boxes and closing lids difficult! Automated machine selection guide.
  4. 4 Case study of automated visual inspection: Example of condition inspection for the outer circumference of cylindrical components. エーディーディー
  5. 4 The cause of red-eye defects is not the misalignment of the soldering iron tip. メイコー 本社 産業システム機器部 SRシステムグループ

Automation Equipment Product List

136～150 item / All 155 items

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Hara Manufacturing Co., Ltd.

Hara Manufacturing Co., Ltd.

"Pouring passion into manufacturing and challenging all possibilities." Supporting high-precision parts processing.

We are passionate about manufacturing and challenge all possibilities. Within our well-equipped NC machine facilities, primarily featuring machining centers, we perform high-precision machining of molds, labor-saving devices, and automatic assembly machines. To meet all user demands, we are constantly working to enhance our manufacturing technology, ensuring reliable quality and a flexible production system.

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  • others

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Shimeji mushroom harvesting device

Shimeji mushroom harvesting device

By automating the previously manual loading process, we have achieved greater efficiency in operations!

We handle a "Shimeji Harvesting Device" that uses EPSON robots to harvest shimeji mushrooms grown in bottles and place them into individual packaging trays. The device is equipped with a rotating cutter to remove sawdust and other debris from the stems, allowing the harvested shimeji mushrooms to be packaged directly. Additionally, we offer other devices such as deburring machines and loading devices with work inspection using robots, turning our reliable technology and creative ideas into solutions that meet our customers' needs. 【Overview】 ■ Features: Fully automated device for harvesting to individual packaging ■ Application: Labor-saving ■ Client: Shiga Mushroom Farm (Suzaka City, Nagano Prefecture) *For more details, please refer to the related links or feel free to contact us.

  • Food Cutting Equipment
  • Food Factory Equipment

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Business Introduction of Japan Robot Creation Co., Ltd.

Business Introduction of Japan Robot Creation Co., Ltd.

Solve problems with a system using robots! Robotization has many advantages.

Our company designs and proposes concepts for streamlining and automating factories (mainly food manufacturing plants), and we procure and handle the associated machinery, equipment, and facilities. We provide robots for packing snacks and frozen foods into trays, image processing devices for inspecting products with cameras, robots for packing wrapped products into boxes, conveyors for transporting products, palletizers for cardboard cases, and more. We propose the introduction of machines that can replace manual labor, offering benefits such as mechanization and automation, reduction of labor costs, improvements in speed, accuracy, and yield, as well as advantages in hygiene management and reduction of waste. 【Our Strengths】 ■ Expertise in machinery for the food manufacturing industry ■ A strong nationwide network of reliable partner companies ■ Capability to design and manufacture specialized equipment ■ Product inspection services available ■ Ability to build not just individual devices but also entire systems *For more details, please download the PDF or feel free to contact us.

  • Other industrial robots

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The quality of back fillet is unrelated to the amount of solder.

The quality of back fillet is unrelated to the amount of solder.

Focusing on the 'optimal timing'! Also able to handle back fillets for through holes without any issues.

In industry common sense, it is considered better to increase the amount of solder to secure the back fillet of through holes. However, in our view, the amount of solder is not the issue; rather, it is necessary to create a condition where solder can easily flow into the through holes as a prerequisite. Specifically, it is essential to quickly introduce flux into the through holes before flowing the solder, and if this is not done, no matter how much solder is supplied later, an appropriate back fillet cannot be formed. If the importance of flux is overlooked, one may conclude that "the amount of solder is not adequate (insufficient)." Our robots focus on the "optimal timing" to make the most of the flux, allowing for proper handling of back fillets in through holes without any issues. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Soldering Equipment

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[Meiko Theory 3] V-slit is not recommended as a countermeasure against solder balls.

[Meiko Theory 3] V-slit is not recommended as a countermeasure against solder balls.

The reasons for occurrence are diverse! A stable supply speed is achieved through the supply of wire solder.

In the industry, it is commonly understood that methods such as V-slit processing, hole drilling, and preheating for wire solder are effective for reducing solder balls, and these are actively proposed to users. However, in our view, the above measures cannot completely eliminate solder balls and may significantly impair the soldering process itself, so we do not make such proposals. The reasons for the occurrence of solder balls are diverse, and one example of the generation principle is that solder can scatter and form solder balls due to the explosive phenomenon of moisture-absorbing impurities present in the flux components. One of the causes of the flux explosion phenomenon is the rapid temperature rise of wire solder due to the high temperature of the soldering iron tip. Therefore, by using a double motor for the supply of wire solder, we have achieved a stable supply speed, resulting in certain success in preventing the explosion phenomenon. *For more details, please refer to the PDF document or feel free to contact us.*

  • Soldering Equipment

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【For streamlining production lines】 TIG Co., Ltd. Company Profile

【For streamlining production lines】 TIG Co., Ltd. Company Profile

We have delivered over 4,000 various products! We provide solutions that are well-suited for our customers' equipment.

TIJ Corporation is a technical group engaged in the design and manufacturing of automated machines and labor-saving equipment. To propose suitable solutions that meet our customers' needs, we continuously develop and accumulate knowledge with free-thinking that breaks the mold. We have delivered over 4,000 various products that we have been producing for more than 30 years. The solid technical skills and creativity we have gained are our strengths. 【Business Description】 ■ Design and manufacturing of automated machines and labor-saving equipment *For more details, please refer to the PDF document or feel free to contact us.

  • Mechanical Design

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Key Points of Coating Process Automation

Key Points of Coating Process Automation

Introducing specific points and examples related to the automation of coating processes!

The coating process plays an important role in the manufacturing industry. By automating the coating process, many benefits can be achieved, such as improved production efficiency, uniform quality, and ensured safety. This article introduces specific points and examples regarding the automation of the coating process. There are several challenges associated with manual coating processes. - Variability in quality: Manual work requires measures to address quality variability due to the skill of the worker. - Low efficiency: Manual work is time-consuming and tends to result in low production efficiency. - Safety issues: Solvents and paints are often harmful to the human body, which can threaten the safety of workers. *For more detailed information, please refer to the related links. Feel free to contact us for more details.

  • Other industrial robots

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For system construction after machinery introduction, leave it to the Engineering Division.

For system construction after machinery introduction, leave it to the Engineering Division.

Even with the introduction of machinery, we solve challenges such as lacking the knowledge to build a system in-house!

We would like to introduce the "Engineering Division" of BRICS Corporation. For concerns such as, "I want to automate only part of the factory line, but I'm worried about connecting it to the existing line," or "I don't know where to start with DX," we offer solutions through "Conveyor Line Automation" and "Factory/Manufacturing DX." We solve various issues in the manufacturing industry. 【Examples of such concerns (excerpt)】 ■ Not enough to rely on an SIer, but lacking knowledge in design and construction ■ Veteran workers on-site are planning to retire, and preparation for automation is urgent ■ Interested in collaborative robots but want to know specifically what they can do ■ Want to automate tasks due to labor shortages ■ Want to reduce man-hours and working time ■ Want to enhance safety on-site ■ Want to update old equipment *For more details, please download the PDF or feel free to contact us.

  • Company：BRICS
  • Price：Other
  • Other contract services

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Support for partial updates of existing lines! Automation of transport lines.

Support for partial updates of existing lines! Automation of transport lines.

Even if you introduce machinery, we solve challenges such as lacking the knowledge to build a system in-house! If you are looking for a robot system integrator, leave it to us.

We would like to introduce the "Engineering Division" of BRICS Co., Ltd. For concerns such as "I want to automate only part of the factory line, but I'm worried about connecting it to the existing line" and "I don't know where to start with DX," we provide solutions through "Conveyor Line Automation" and "Factory/Manufacturing DX." We solve various issues in the manufacturing industry. 【Examples of concerns (excerpt)】 ■ Not enough to rely on an SIer, but lacking knowledge in design and construction ■ Veteran workers on-site are about to retire, and preparing for automation is urgent ■ Interested in collaborative robots but want to know specifically what they can do ■ Want to automate tasks due to labor shortages ■ Want to reduce man-hours and working time ■ Want to enhance on-site safety ■ Want to update old equipment *For more details, please download the PDF or feel free to contact us.

  • Company：BRICS
  • Price：Other
  • Mechanical Design

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METALSPECTOR Series

METALSPECTOR Series

Significant time reduction and labor saving! Achieving quality control that further enhances reliability through the automation of visual inspections.

We offer the "METALSPECTOR series" as an automated solution for metal structure testing. By utilizing our long-developed image processing technology and AI, we address challenges such as prolonged visual inspection times, variability in judgment, data entry errors, and difficulties in technical knowledge transfer. Automation of visual inspections helps reduce human error and enables data-driven, evidence-based quality management. Additionally, AI allows for the output of stable judgment results based on consistent criteria. 【Features】 ■ Improved reliability ■ Labor-saving ■ Standardization *For more details, please refer to the PDF materials or feel free to contact us.

  • Testing Equipment and Devices
  • Visual Inspection Equipment
  • Other inspection equipment and devices

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I created a case study on the introduction of automation using robots.

I created a case study on the introduction of automation using robots.

I created a manga about examples of automation using robots.

Even when we talk about "automation," it inevitably becomes an abstract expression. We used robots for the automation of dedicated processes, and to convey this clearly as a case where robots not only transport but also perform tasks, we created a manga. This is a case of automating the process of peeling film with robots. For more details, please download the catalog.

  • Articulated Robot

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Solving automation problems

Solving automation problems

[Towards Successful Automation] A must-see for those who have tried automation but haven't succeeded! We are releasing a collection of points and case studies for automation.

"Would you like to consult with us about automation?" If you have consulted with other companies about automation and are feeling "troubled" or "giving up," this is a must-see for you! We will solve your automation-related issues. THA has a wealth of experience in sequentially addressing various concerns. The starting point for automation is the "challenges within the factory." - Improving correction work through quality stabilization in mass production - Enhancements through the automation of inspection processes - Streamlining operations by consolidating processes such as pressing, inspection, and packaging (transportation) into one - Wanting to improve quality and efficiency but unsure of the areas for improvement Please refer to the materials that illustrate attempts at automation stemming from challenges. **Concerns regarding the "peeling" of film:** - There are differences in skill levels among employees due to the specialized film - "Peeling" film takes the most time in the process, so we want to automate it - We were told that automating complex tasks is impossible Recently, we have also been challenging ourselves with robots for tasks like folding seals. Please feel free to consult with THA at least once. *For more details, please download the catalog or feel free to contact us.*

  • Articulated Robot

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The cause of red-eye defects is not the misalignment of the soldering iron tip.

The cause of red-eye defects is not the misalignment of the soldering iron tip.

Proving that the misalignment of the position where the tip of the tool touches is not the direct cause!

In the industry, it is commonly believed that the cause of "pad red eye defects" is due to misalignment of the soldering iron tip position. However, our perspective is completely opposite to that notion. This is because, in manual soldering performed by operators, the position of the soldering iron tip varies slightly each time, yet red eye defects do not occur. This proves that misalignment of the soldering iron tip position is not the direct cause. The cause of red eye defects is that insufficiently performing robots are unable to achieve soldering at the "optimal timing," resulting in inadequate solder wetting. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Soldering Equipment

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The heating time and quality by the tip of the soldering iron do not correlate proportionally.

The heating time and quality by the tip of the soldering iron do not correlate proportionally.

By achieving "good timing" in soldering, a contrasting positive cycle will be created!

In industry common sense, it is believed that the length of time the tip is in contact (heating time) is proportional to the stability of soldering. However, in our view, the above is an idea caused by "poor timing" in soldering. In other words, as a result of the reduced effectiveness of the flux, the wetting of the solder becomes slower, leading to a negative process where heating must continue during that time. On the other hand, if "good timing" in soldering is achieved, a contrasting positive cycle (balancing tact and quality) will emerge. *For more details, please refer to the PDF document or feel free to contact us.*

  • Soldering Equipment

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Meiko's True Theory 2: Nitrogen should not be utilized unconditionally.

Meiko's True Theory 2: Nitrogen should not be utilized unconditionally.

Nitrogen does not have a reducing effect like flux! There is a risk of an unbalanced state occurring.

In industry common sense, using nitrogen gas in soldering is considered beneficial for improving solderability. However, in our view, the advantages of nitrogen can be sufficiently obtained from the flux within the solder wire, and there are also quality control disadvantages associated with nitrogen, so we do not make any recommendations regarding its use. Nitrogen is commonly used in the reflow process, and its effects have been confirmed. The reason for its use is to suppress the oxidation of cream solder, but what about its effects in robotic soldering (subsequent processes)? In conclusion, since nitrogen does not have a reducing effect like flux, there is a risk of creating an unbalanced state in the fillet appearance and solder wetting (joint surface). Without relying on nitrogen at an increased cost, pursuing the "appropriate timing" and maximizing the use of the flux (reducing power) within the solder wire can enable high-quality soldering. *For more details, please refer to the PDF document or feel free to contact us.

  • Soldering Equipment

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