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Control System Product List and Ranking from 41 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

Control System Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Kyoritsu Electric Corporation Shizuoka//Industrial Electrical Equipment
  2. コーギケン Tokyo//Testing, Analysis and Measurement
  3. クボタ計装 Osaka//Testing, Analysis and Measurement
  4. 4 東洋機械 Osaka//Industrial Machinery
  5. 5 ホルビガー日本 Chiba//Industrial Machinery
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Control System Product ranking

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Liquid Level Control System "Safety Elcon SL Series" コーギケン
  2. Water Quality Continuous Monitoring Device "Unireleaf" Kyoritsu Electric Corporation
  3. "EQ Water" Water Quality Continuous Monitoring Device (Bioassay) Kyoritsu Electric Corporation
  4. 4 Feeder Control System KF-C3000 Series クボタ計装
  5. 5 List of Discontinued Products 東洋機械

Control System Product List

406～420 item / All 482 items

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[Development Case] Pesticide Factory Instrumentation and Control System

[Development Case] Pesticide Factory Instrumentation and Control System

Share the same information in real-time and enable monitoring even from distant locations!

We would like to introduce a case study of a system developed for operating equipment installed in remote locations via remote I/O, built on the CC-Link IE Field network. By sharing information about the connected I/O devices, monitoring and operating the same information can be done from anywhere. By displaying the operation monitoring screen of SoftGOT, set up on an office PC, on an explosion-proof touch panel, monitoring and operation can also be performed within the explosion-proof area. 【Case Overview】 ■Industry: Manufacturing ■Field: FA/Control ■Development Environment ・OS: Windows 10 ・Development Language: GX Works 3 (PLC) / GT Designer 3 ・Used Equipment: MELSEC PLC *For more details, please refer to the PDF document or feel free to contact us.

  • Company：TCC
  • Price：Other
  • Other core systems
  • Other security and surveillance systems
  • Other information systems

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VP-Motion for crisis avoidance, mistakes, and human error prevention.

VP-Motion for crisis avoidance, mistakes, and human error prevention.

Aren't you prone to forgetting "Forward, Yosh!"? Let's properly check the "pointing and calling."

Ensuring safety in the workplace is extremely important for employees and site managers. In industries such as manufacturing and construction, where many tasks involve hazardous work, thorough safety checks are required. The behavior analysis system "VP-Motion" enables real-time checks of the effective "pointing and calling" method, which helps in crisis avoidance and human error prevention. ■ Steps for Pointing and Calling 1. Clearly recognize the target by focusing on it. 2. Extend your right arm straight and point to the target with your index finger. 3. Clearly vocalize the name of the target. 4. While checking the condition of the target, return your right hand to your ear. 5. Once confirmed, say "Okay!" aloud. 6. Bring your right hand down. ■ Demo videos are now available! Pointing and Calling [Pre-Work Safety Check Edition] https://youtu.be/oha--ESZZ8E Pointing and Calling [Before Crossing the Road Safety Check Edition] https://youtu.be/xyzXDauZyEs Pointing and Calling [Before Vehicle Departure Safety Check Edition] https://youtu.be/PdmK0tbmCaQ VP-Motion can build a monitoring system that enhances work efficiency and safety! Please feel free to contact us.

  • Other analyses

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Visual/Auditory Stimulus Multi Trigger System

Visual/Auditory Stimulus Multi Trigger System

Multifunctional Condition Presentation System: Smoothly presenting stimuli for higher brain function and cognitive function experiments.

This is a system that controls images, sounds, lights, and electrical stimuli used in experiments such as event-related potentials and in the fields of psychology and ergonomics. System Features: - Easily configure images and sounds used in experiments. - Supports up to 10 trigger input/output systems, allowing control of light and electrical stimulation devices via output signals. - Allows detailed settings for stimulus duration, output intervals, and output order. - Optional animation playback function enables video presentation. - Reaction measurement using switches allows for determination of reaction speed and display/printing of histograms. - By connecting to evoked potential testing equipment, it can accommodate a wide range of experiments, including the addition of response waveforms. Challenges and survey tasks that cannot be achieved with the Multi Trigger System can be created using custom software or tools like PsychoPy. Please feel free to consult us.

  • Other Software
  • Other measurement and measuring equipment

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Realizing the micronization of paint and quantitative supply: "IPD Micronized Powder Coating Control System"

Realizing the micronization of paint and quantitative supply: "IPD Micronized Powder Coating Control System"

Borrow, use, and reduce costs! Achieved precise supply and micronization of powder coatings.

The "IPD Micronized Powder Coating Control System" crushes coarse particles of powder coating, allowing for precise supply and the realization of micronized powder coating. Coarse particles are crushed by a micronization device located in the injector section, and the powder flow passing through is read by a sensor. By adjusting the discharge amount with a controller, precise supply is made possible. Reproducing the ideal particle size distribution during manufacturing brings various benefits. For more details, please refer to the publicly available YouTube video linked. 【Features】 ■ Crushes coarse particles with a micronization device in the injector section ■ Reads the passing powder flow with a sensor ■ Enables precise supply by adjusting the discharge amount with a controller ■ Reproduces the ideal particle size distribution during manufacturing ■ Can be installed on any existing manufacturer's painting equipment (handguns, automatic machines) *For more details, please refer to the PDF materials or feel free to contact us.

  • Flow Control

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Could the rough surface and spitting issues in powder coating be caused by large particles or uneven film thickness?

Could the rough surface and spitting issues in powder coating be caused by large particles or uneven film thickness?

Introducing a powder coating control system that can be installed on existing painting machines. It contributes not only to quality improvement but also to cost reduction by decreasing discharge volume!

< Common Issues with Powder Coating > - Concern about the roundness and unevenness of the coating film - Paint defects and spitting - Inconsistent patterns in patterned powder - Issues such as wrinkles around screw holes due to thick film - Accumulation of powder sludge in the painting booth ⇒ Do you have any of these concerns? In fact, the problem may be caused by coarse particles and uneven film thickness of the powder coating that occur during transport and storage! At Kawaguchi Chemical Products Co., Ltd., we offer the 'IPD Micronized Powder Coating Control System' that achieves micronization and precise supply of powder coatings. It can be easily installed on existing painting machines, making it convenient for consideration of implementation. ★ In response to the recent surge in paint prices, we can approach the reduction of painting defects and discharge volume, thereby contributing to a reduction in paint usage and overall cost savings. (Case studies are available in PDF format) 【Benefits of Implementation】 ■ Reduction of painting defects and improvement of coating efficiency ⇒ Cost reduction ■ Improvement of painting quality and yield ⇒ Increased customer satisfaction ■ Enhanced film thickness control and paint savings ⇒ Reduced environmental impact * For more details, please refer to the PDF document or feel free to contact us.

  • Painting Machine

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[Case Study] Reduction of Paint Consumption Using the IPD Powder Coating Control System

[Case Study] Reduction of Paint Consumption Using the IPD Powder Coating Control System

<Case Study Data Release> Introducing a case where approximately 23% of paint usage was reduced through the quantitative supply and micronization of powder coatings.

The "IPD Micronization Powder Coating Control System" crushes coarse particles of powder coating, enabling micronized powder coating after precise quantitative supply. Coarse particles are crushed by a micronization device in the injector section, and the powder flow rate passing through is read by a sensor, allowing for quantitative supply by adjusting the discharge amount with a controller. *Since this is available for rental, it is a system that is easy to consider for introduction. < Case Study: Reduction Effect of Paint Usage with the IPD Powder Coating Control System > ■ Target: Resipro Powder Coating ■ Duration: 10-month comparison (Conventional Coating vs. IPD System) ■ Content: Tracking the number of painted products and the amount of powder coating purchased using the same workpiece ■ Effect: Less variation from the targeted film thickness, improved appearance + reduction of wasted paint Reduction in defects caused by clumps of powder coating, contributing to improved appearance ■ Result: Compared to the conventional method, approximately 23% reduction in paint usage due to decreased defect rate and reduced discharge amount. *Detailed case information can be viewed in the PDF document. Please feel free to contact us for more details.

  • Other painting machines

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ZEROVA EV Charging Solutions Comprehensive Catalog

ZEROVA EV Charging Solutions Comprehensive Catalog

This is the comprehensive catalog of ZEROVA, a manufacturer of EV charging solutions used worldwide.

This catalog introduces ZEROVA's EV charging solutions. It includes information on "production bases," "future prospects," "electric vehicle AC charging devices," "adoption results," and "electric vehicle DC charging equipment." [Contents] ■ Production Bases ■ Future Prospects ■ Electric Vehicle AC Charging Devices ■ Electric Vehicle DC Charging Equipment ■ Electric Vehicle Charging Software Solutions *For more details, please refer to the PDF document or feel free to contact us.

  • Charger

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Cloud-based monitoring system (QR code detection)

Cloud-based monitoring system (QR code detection)

Counterfeit measures will protect your brand with a cloud-based monitoring system made in Taiwan!

A cloud-based monitoring system is based on the principle of "one item, one code" (i.e., each individual product is assigned a unique code), enabling authenticity verification and traceability. Since all access history is stored on the server, it is possible to quickly identify the market influx of counterfeit products if a QR code is duplicated and affixed to a counterfeit item (the more frequently the same QR code is accessed, the higher the likelihood of it being a counterfeit). Additionally, by integrating the cloud-based monitoring system with social media platforms like WeChat, it becomes possible to derive marketing benefits from anti-counterfeiting technology. The purpose of implementing a cloud-based monitoring system is "counterfeit prevention." Our "third-generation cloud-based monitoring system" monitors the market through a process of "monitoring → planning → action → tracking," helping to prevent damage from counterfeit products.

  • Printing/Publishing
  • Paper and pulp products
  • Contract manufacturing

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Maximum Demand Power Controller IV "KCD-4" (Demand Controller)

Maximum Demand Power Controller IV "KCD-4" (Demand Controller)

Devices that can manage maximum power demand and reduce electricity costs ★★★ For distribution boards, control panels, distribution panels, and panels.

To prevent accidents caused by the increase in load rates, it is necessary to maintain an appropriate reserve ratio and control the temporary maximum demand power. To encourage users to voluntarily manage their maximum demand power, Korea Electric Power Corporation has decided to base the basic charge on maximum demand power during electricity rate assessments. Continuous management of maximum usage power is essential to lower the basic charge. For managing maximum usage power, a maximum demand power controller should be used to set target power levels, continuously monitor usage power (peak power) to ensure it does not exceed the set target, and compare the pre-set target value with the current power usage. If the current power exceeds the target power, loads that can be temporarily turned off, such as air conditioners, refrigerators, pumps, and HVAC systems, should be automatically and cyclically disconnected. When the usage power is below the target power or the demand time limit ends, the load power should be automatically restored to control the maximum demand power. Features: - Economical - Panel-mounted design allows for attachment to distribution boards - Easy monitoring and setting with 16 buttons and an LCD display Demand Controller IV For inquiries, please contact "lightstar_1979@yahoo.co.jp".

  • controller
  • Board materials
  • Power meter

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[Case Study of Omakase Save-Air - Ito Electric] Air Conditioning Energy Saving Control

[Case Study of Omakase Save-Air - Ito Electric] Air Conditioning Energy Saving Control

No initial costs and immediate decision! Achieving peak cut while considering the comfort of the workplace environment! Balancing energy savings and comfort in factory air conditioning.

We would like to introduce the case of "Ito Electric Co., Ltd." which has implemented the air conditioning control service "Omakase Save-Air." 【Challenges Before Implementation】 ● Energy-saving measures varied by factory and lacked clear results. ● The power consumption of air conditioning remained high, making demand control difficult. 【Effects After Implementation】 ● Automatic control of air conditioning output achieved reasonable energy savings and CO₂ reduction. ● Demand control reduced the maximum demand value by approximately 30%. ● Consideration was given to the comfort of the workplace environment (maintaining appropriate temperatures). Furthermore, "Omakase Save-Air" has no initial costs. It can be retrofitted to existing air conditioning equipment and comprehensively supports energy-saving and demand measures for the entire factory. It contributes to both a decarbonized society and reliable cost reductions, helping to solve customer challenges. *For more details, please refer to the catalog and related links.

  • air conditioning
  • Demand Monitoring

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Energy-saving control for air conditioning in office buildings.

Energy-saving control for air conditioning in office buildings.

Reduce office air conditioning costs by 850,000 yen annually! Start an energy-saving automatic control service as an add-on.

"Omaka Save-Air" is an energy-saving automatic control service designed for the air conditioning systems of office buildings that operate for long hours. It can be retrofitted to existing air conditioning systems and optimizes the operation of outdoor units through AI control. This reduces the electricity consumption of air conditioning while maintaining comfort, thereby lowering the electricity costs for the office. 【Implementation Results (Example)】 ● Certain Office Building *The following values are annual figures. 　＜Before Implementation＞　Electricity Cost: 15.89 million yen 　　　　　　　　　　　　　Electricity Consumption: 569 MWh 　＜Reduction Effect＞　Electricity Cost: Reduced by 850,000 yen 　　　　　　　　　　　　Electricity Consumption: Reduced by 25 MWh 　　　　　　　　　　　　CO₂ Emissions: Reduced by 11 tons 【Main Features】 ● Automatically optimizes air conditioning power while maintaining a comfortable indoor environment ● Automatically executes demand control according to power load, also addressing peak cuts ● Control level changes can be made via PC or smartphone, visualizing energy-saving effects to improve management efficiency ● Can be implemented with zero initial costs, achieving immediate energy savings while keeping costs down This is the ideal air conditioning control solution for office buildings that balances energy savings and decarbonization management. For more details, please refer to the catalog and related links.

  • air conditioning
  • Demand Monitoring

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7" Monitor MSI EV Standard Charger 'EV Premium'

7" Monitor MSI EV Standard Charger 'EV Premium'

Equipped with a 7-inch display! Clearly shows the charging status and operation instructions.

The "EV Premium" is an MSI-made EV regular charger with a 7-inch display that shows movement and guidance in real-time. It provides easy-to-understand information for users of all ages, and with just a touch of a card key, you can switch the charging ON and OFF. Additionally, it can be used both indoors and outdoors, accommodating various areas. You can also make one-click payments for parking and charging fees through a mobile app. 【Features】 ■ Equipped with a TYPE 1 (SAE J1772) charging cable compatible with Japanese EVs and PHEVs ■ User-friendly design with easy operation ■ Monitor charging progress and set charging times anytime via the mobile app ■ OCPP1.6J compliant *For more details, please refer to the PDF or contact us.

  • サブMSI_EV_Premium_1 280x280.jpg
  • サブMSI_EV_Premium_3 280x280.jpg
  • Charger

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Drying and Firing Control System "Photomask Repair Device"

Drying and Firing Control System "Photomask Repair Device"

We also offer advanced repair equipment for printed circuit boards! A drying and firing control system with a minimum correction line width of 5 micrometers.

The "Photo Mask Repair Device" is a drying and firing control system aimed at correcting black defects through laser processing and white defects through the application of repair materials. It receives coordinate position data from the inspection equipment in the previous process and moves to a location close to the defect coordinate position. The minimum correction line width is 5μm. Additionally, we also handle the advanced "PCB Laser Repair Device" for printed circuit boards. 【Features】 ■ Receives coordinate position data from the inspection equipment in the previous process ■ Moves to a location close to the defect coordinate position ■ Laser system: Nd YAG laser (selectable between 1064nm, 532nm, 266nm) ■ X/Y/Z three-axis independent motor system drive ■ Minimum correction line width of 5μm *For more details, please refer to the PDF materials or feel free to contact us.

  • Photomask
  • Circuit board processing machine

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