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Control System Product List and Ranking from 302 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Aug 12, 2026~Sep 08, 2026
This ranking is based on the number of page views on our site.

Control System Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Aug 12, 2026~Sep 08, 2026
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. HexaCORE Co., Ltd. (formerly Chuo Seisakusho Co., Ltd.) Head Office and Factory Miyagi//Industrial Electrical Equipment
  4. 4 マーポス Tokyo//Testing, Analysis and Measurement
  5. 5 null/null

Control System Product ranking

Last Updated: Aggregation Period:Aug 12, 2026~Sep 08, 2026
This ranking is based on the number of page views on our site.

  1. Water Quality Continuous Monitoring Device "Unireleaf" Kyoritsu Electric Corporation
  2. Liquid Level Control System "Safety Elcon SL Series" コーギケン
  3. Wireless Control System "LiCONEX"
  4. 4 Modular Control System "BLÚ LT" マーポス
  5. 4 "EQ Water" Water Quality Continuous Monitoring Device (Bioassay) Kyoritsu Electric Corporation

Control System Product List

451~480 item / All 504 items

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【Introduction of Temperature Control Device】Major Plastic Molding Company

We respond to your request to stabilize the molding process! Here we introduce our track record of implementing temperature control devices that have led to improvements in molding defects.

We would like to introduce the successful implementation of our "Temperature Control Device" at a major plastic molding company. The company faced challenges in stabilizing their molding processes. As a solution, we provided a system that automatically adjusts heaters and cooling devices by comparing the measured temperature of the target or equipment with a pre-set target temperature, thereby maintaining a consistent temperature. After the implementation, they were able to improve molding defects. 【Case Overview】 ■ Request - To stabilize the molding process ■ Effect - Led to improvements in molding defects *For more details, please download the PDF or feel free to contact us.

  • others
  • Control System

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Introduction of energy-saving systems in response to the emergency measure "15% power restriction."

Reduce demand peaks, maintain indoor environment, and lower electricity costs - PN Series

Electricity charges are generally composed of a basic fee and a usage fee based on the amount of electricity consumed. Reducing electricity costs is important not only for lowering peak power values but also for decreasing overall usage. The Parcosmo PN (Parnatural) series automatically controls and reduces the basic and usage fees, helping to lower electricity costs. For more details, please download the catalog or contact us.

  • Other operation management software
  • Control System

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To recycling plants and manufacturing lines! 【Monitoring and Control System】

Adaptable to various fields! Numerous delivery achievements in agriculture and waste treatment facilities! The monitoring and control system 'BB-MACS' realizes operability and versatility.

"BB-MACS" is a distributed monitoring and control system that combines with PLCs. By achieving operability, versatility, reliability, and expandability, it can be adapted to various fields from small to large scale. It can be widely utilized for monitoring and control applications in facilities such as water supply, sewage, sewage treatment, agricultural community drainage treatment, leachate treatment, waste management, recycling plants, manufacturing lines, and power distribution equipment. Additionally, by seamlessly integrating with the design and production of power distribution panels, control panels, monitoring panels, as well as PLC and TP software, we provide an optimal monitoring and control system. 【Features】 ■ Can connect with most domestic PLCs via manufacturer-specific links, enabling high-speed communication ■ Various system configurations can be selected ■ Mirroring HDD (RAID1) is standard ■ Quick response through remote maintenance (ISDN lines, analog telephone lines) 【Supported Areas】 Kanto region (Ibaraki Prefecture, Tochigi Prefecture, Gunma Prefecture, Saitama Prefecture, Chiba Prefecture, Tokyo, Kanagawa Prefecture) *For more details, please refer to the PDF materials or feel free to contact us.

  • Other security and surveillance systems
  • Control System

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BMW Advanced Crash Safety

Analysis of safety systems to protect human lives as much as possible.

Modern automobiles are largely electronically controlled. What I will introduce this time is the Advanced Crash Safety Module. This system changes the rotation rate of each of the four wheels while the car is swaying at high speeds, independently controlling the brakes and accelerator for each wheel. To control this, MEMS sensors are utilized, along with software algorithms applied to them. This system represents a significant level of difficulty among onboard systems. I will explain in detail what types of semiconductors are used in this module, as well as report on the prices at which various electronic components, including several types of MEMS sensors, are offered.

  • Other electronic parts
  • Control System

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Energy-saving control system exclusively for air conditioners "ESCO-ONE"

ESCO-ONE will assist customers in reducing their energy costs with ideas and methods that have never been seen before.

"ESCO-ONE" monitors the operating status of commercial air conditioners, freezers, and freezer compressors, and helps reduce power consumption by controlling the compressors for energy efficiency at the right timing, all while maintaining the comfort of the facility without causing environmental changes.

  • Company:TSP
  • Price:Other
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  • Demand Monitoring
  • Control System

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Golf Course Management IoT and AI System

Long-standing achievements in various IoT and AI technologies! Proposals for cost reduction through the automation and visualization of irrigation systems.

We can provide information on the reduction effects for golf courses and security. We propose self-consumption solar power generation using solar carports, rooftops, and surplus space, along with battery storage systems and automation/visualization of irrigation systems to reduce costs. Additionally, we offer products for security monitoring of golf courses, lightning detection systems, and solutions for pond water and environmental conservation. Please feel free to contact us if you have any requests. 【Details】 ■ Proposals for significant reductions in electricity costs and cost savings through automation ■ Security monitoring for golf courses ■ Lightning detection systems ■ Pond water and environmental conservation *For more details, please refer to the PDF document or feel free to contact us.

  • Other security and surveillance systems
  • Control System

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Custom-made power and control systems

Providing optimal power solutions with one-stop custom design tailored to customer needs.

This is a custom-made system that can design and manufacture a wide range of products, such as solar power generation systems, battery power sources, and computer control devices, tailored to the needs of our customers. Since our establishment in 1977, we have accumulated battery technology and automatic control technology, providing consistent support from research and development to sales, manufacturing, and after-sales service. We flexibly respond to everything from prototypes and one-off items to system development, offering efficient and highly safe power systems. By utilizing solar and lithium battery technologies, we achieve sustainable and high-efficiency energy use. We design, evaluate, and adjust according to customer requests, delivering the most suitable products for the field. 【Features】 ■ One-stop support with integrated management from design to delivery ■ High-efficiency systems utilizing solar and battery technologies ■ Unique control technology ensuring safety and reliability ■ Flexible response to prototyping, evaluation, and adjustments ■ Customized design according to applications and needs *For more details, please refer to the PDF materials or feel free to contact us.

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  • power supply
  • Control System

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【サーバールーム】空調運用、担当者任せですか?

AIが空調を自動調整。属人化を抑え、設備環境を安定化

サーバールームを安定して運用するには、設備環境の温度を継続的に把握し、空調運用へ適切に反映することが重要です。「Smart Facility Manager」は、温度データを取得・分析し、AIによる空調の自動制御を通じて、設備環境の安定化と運用負担の軽減を支援します。通信ネットワークそのものではなく、機器が設置された室内の温度・空調環境を対象とするサービスです。 詳細は資料をダウンロードしてご確認ください。

  • Cooling system
  • Server monitoring and network management tools
  • Server Cooler
  • Control System

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Are you adequately prepared for the increased heat generation from the addition of equipment to the server room?

Responding to changes in heat generation after expansion with AI control to optimize cooling operations.

The addition and densification of servers and routers can lead to localized temperature increases and imbalances in cooling loads in equipment rooms. "Smart Facility Manager" collects and analyzes temperature data from the facility environment, and AI automatically controls the air conditioning based on the situation. It ensures necessary cooling while minimizing excessive cooling, supporting the review of temperature management and air conditioning operations after expansion. The applicability to existing air conditioning systems will be provided after confirming the model and equipment conditions. For details, please download the materials and check.

  • Cooling system
  • Server monitoring and network management tools
  • Server Cooler
  • Control System

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How about utilizing the existing air conditioning temperature data in the server room for energy saving?

Automating the control of existing air conditioning with AI to support energy saving and operational efficiency.

In server rooms and communication equipment rooms within buildings, temperature management is essential based on the addition of equipment and usage conditions. "Smart Facility Manager" is a service that supports the efficiency of air conditioning operations by automatically controlling air conditioning based on temperature data from the facility environment using AI, leading to energy savings through reduced air conditioning power and alleviating the burden of manual adjustments through AI-driven automatic control. We will check the status of the target equipment and provide individual proposals for feasibility and configuration. For more details, please download the materials and check.

  • Cooling system
  • Server monitoring and network management tools
  • Server Cooler
  • Control System

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Is manual adjustment of the air conditioning in the server room a burden?

Reducing the burden of manual adjustments and individual reliance through AI-based automatic air conditioning control.

In managing server rooms and communication equipment rooms, it is important to continuously monitor the temperature and air conditioning conditions and operate according to the equipment environment. "Smart Facility Manager" is a service that supports equipment operation not solely relying on the experience of personnel by analyzing the acquired temperature data and performing automatic air conditioning control using AI as needed. For more details, please download the materials and check.

  • Cooling system
  • Server monitoring and network management tools
  • Server Cooler
  • Control System

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Would you like to optimize air conditioning operations even after updating the on-site server?

Optimize cooling operations with AI in response to heat generation and environmental changes after equipment updates.

With the update of the in-house communication infrastructure, adding servers and edge equipment will also change the heat generation and temperature distribution. The "Smart Facility Manager" collects and analyzes temperature data from the equipment environment, and the AI automatically controls the air conditioning according to the condition of the equipment. Since it may be possible to utilize existing air conditioning systems, we propose configurations tailored to the equipment conditions for facilities that want to review their cooling operations alongside the renewal of the communication infrastructure. For more details, please download the materials and check.

  • Cooling system
  • Server monitoring and network management tools
  • Server Cooler
  • Control System

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Aren't you just collecting temperature data at the data center?

Utilizing temperature data for AI air conditioning control to support continuous improvement.

The temperature data obtained in the server room provides clues to understand heat accumulation and excessive cooling, helping to improve air conditioning operations. "Smart Facility Manager" collects and analyzes temperature data from the facility environment, and based on that data, AI automatically controls the air conditioning. It supports continuous operational improvement and energy saving by utilizing objective data. For more details, please download the materials and check them.

  • Cooling system
  • Server monitoring and network management tools
  • Server Cooler
  • Control System

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Data center operations: Is there any waste in the air conditioning power?

Suppressing excessive cooling with AI to support the reduction of air conditioning power and stable operation.

In facilities responsible for interconnecting data centers, appropriate management of temperature and air conditioning is essential for the stable operation of internal server equipment. "Smart Facility Manager" collects and analyzes temperature data from the facility environment, and AI automatically controls the air conditioning according to the indoor environment, helping to reduce excessive cooling and improve the efficiency of air conditioning operations. In implementation cases, there are examples of reducing annual average air conditioning electricity consumption by about 30%. *Results may vary depending on equipment conditions, load situations, and operational conditions. For details, please download the materials and check.

  • Cooling system
  • Server monitoring and network management tools
  • Server Cooler
  • Control System

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Data Center | Supporting the introduction of automatic temperature control for energy saving in air conditioning.

Support for construction from investigation and proposal, installation work, configuration, operation confirmation to the start of operation.

When introducing AI for air conditioning in a data center, multiple processes are required, including consideration of equipment configuration, installation work, various settings, and operational checks. In this service, temperature data around the racks is collected and analyzed, and based on that data, AI automatically controls the temperature settings and operation of the air conditioning. Hexacore Inc. supports the entire system setup from investigation and proposal to installation work, various settings, operational checks, and the start of operations. 【Challenges】 - I want to consider the equipment configuration and implementation methods necessary for introducing air conditioning AI. - I would like to consult about equipment installation, settings, and operational checks. - I want to choose between cloud or on-premises based on our operational policies. 【Implementation Effects】 - Collect and analyze temperature data around the racks to utilize for air conditioning control. - Automatic control of air conditioning temperature settings and operation by AI. - Support for a series of implementations from investigation and proposal to installation, settings, operational checks, and start of operations. For more details, please download the materials or feel free to contact us.

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Recommended for virus proliferation suppression! "Automatic Humidification and Airflow Control System"

<Case study video available> Improve virus infection environments with humidity control! It is also possible to suppress the dispersion of fine particles (pollen, dust), and there is no need for water supply to the humidification system using tap water.

The system (Tefnut) detects indoor dryness through monitoring functions and quickly and automatically humidifies the room with mist spraying. It is recommended for those who want automatic humidity control and environmental improvement. It operates automatically 24 hours a day, 365 days a year, even at night. Cloud-compatible and does not require water replenishment for the humidification system using tap water, making it an ideal tool for visualizing data and reducing maintenance through labor-saving. 【Used for the following measures!】 ■ Suppression of virus proliferation ■ Suppression of fine particle (pollen, dust) dispersion ■ Suppression of static electricity ■ Heatstroke prevention *For more details, please refer to the PDF document or feel free to contact us.

  • Humidification device
  • Control System

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Self-consumption and surplus electricity sales, with energy savings achieved through air conditioning control [Control System].

In addition to the self-consumption support function, we are currently developing and proposing a new system that effectively stores and uses energy through the integration of storage batteries and air conditioning control! A humidifier control system can also be added.

The control system "E&E Solution" reduces electricity consumption through solar self-consumption and air conditioning control. The energy-saving effects of combined air conditioning can reduce the initial payback period for solar power generation. By maintaining comfort while saving energy, electricity costs decrease, leading to reduced expenses and lower CO2 emissions. As an application for VPP and aggregator businesses, we have established smart meter technology necessary for self-consumption, VPP, and PPA, and we will collaborate with the digital grid. Additionally, we offer a "humidifier control system" as an added feature to the air conditioning control system. Tasks that previously required constant human intervention, such as refilling water, can now be managed with unmanned automatic humidification control, providing peace of mind and satisfaction. In continuous operation results within the company, we can maintain a stable humidity environment (45-55%) and save tap water through intermittent spraying while measuring humidity. In addition to a comfortable space, the energy-saving effects of air conditioning control can recover initial costs. [Example of Expansion for Humidifier Control System in Large Facilities] Total Investment: 6.5 million yen Air Conditioning Power Reduction Effect: 2.2 million yen ⇒ Investment can be recovered in 3 years!

  • Other information systems
  • others
  • Control System

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The impact on the lifespan of air conditioners and refrigeration units by controlling with ESCO-ONE.

Frequently Asked Questions! Introduction to whether it affects the lifespan of air conditioners and refrigerators.

Q: Does controlling with ESCO-ONE affect the lifespan of air conditioners and refrigeration units? A: According to the manufacturer's response, starting and stopping the compressor up to 6 times per hour is not a problem, and controlling it 1 to 2 times within 30 minutes is certainly not frequent control. Therefore, it has little impact on the typical lifespan of air conditioners and refrigeration units, which is 10 to 20 years. *For more details, please refer to the related links or feel free to contact us.

  • Temperature and Humidity Control
  • Control System

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【Air Conditioning Control System ESCO-ONE Implementation Case】Hospital

Achieve planned energy conservation without changing the environment! Here are some examples of how to utilize it.

Here is an introduction to the case studies of implementing ESCO-ONE in hospitals. In the case of Koga City, Ibaraki Prefecture, it was implemented for 25 air conditioning systems. This resulted in a reduction of 73,561 kWh in annual electricity consumption, a decrease in contracted power (maximum demand) of 49 kW, and an estimated cost reduction of about 1,815,000 yen in electricity charges. In a hospital in Hachioji City, Tokyo, it was implemented for 34 air conditioning systems, successfully reducing annual electricity consumption by 254,549 kWh, with a decrease in contracted power (maximum demand) of 89 kW, resulting in an estimated cost reduction of about 4,460,000 yen in electricity charges. [Case Summary] ■ Hospital (Yamanashi Prefecture) - Implemented for 9 air conditioning systems - Reduced annual electricity consumption by 24,228 kWh - Decreased contracted power (maximum demand) by 11 kW - Estimated cost reduction of about 578,000 yen in electricity charges *For more details, please refer to the PDF document or feel free to contact us.

  • Power Monitoring Equipment
  • Control System

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Retrofittable ventilation control system "BA CLOUD"

From a single store to large facilities, easily implement ventilation control tailored to the scale!

"BA CLOUD" is a smart ventilation system that automatically controls ventilation equipment using IoT technology. It continuously monitors CO₂ concentration and temperature and humidity with sensors, automatically adjusting the necessary ventilation volume while meeting environmental standards. By minimizing the air conditioning load associated with ventilation, it can reduce electricity consumption by up to 50%. This product is retrofittable and can be easily introduced into existing ventilation systems. Installation can be completed in a short period, making it suitable for facilities that are currently in operation. Its greatest feature is its scalability. It can flexibly accommodate everything from a single store to multiple facilities, as well as complex buildings such as large buildings and hospitals, allowing for the construction of an optimal control network tailored to the facility's size and purpose. It has already been implemented in a wide range of fields, including healthcare, nursing, education, hospitality, and public facilities, achieving both environmental improvement and energy cost reduction. It is a ventilation control system that is gentle on both the planet and your wallet, achieving energy savings and comfort simultaneously. [Features] ■ Automatic ventilation control ■ CO2 concentration display ■ High-precision display of odors/ozone ■ Remote monitoring function ■ Remote control function *For more details, please download the PDF or feel free to contact us.

  • Ventilation and Exhaust
  • Control System

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[Development Case] Monitoring System

Introducing the white LED crystal growth monitoring system, wood drying condition management system, and more!

Our company is engaged in the development of monitoring systems. We have developed the "White LED Crystal Growth Route Monitoring System," which controls the thermal processing furnace for generating white LED crystals, and the "Wood Drying Condition Management System," which manages appropriate wood drying while controlling the temperature and humidity in the drying chamber. Additionally, we have a track record of developing a general-purpose package system for control and monitoring that integrates control technology for digital measurement and control instruments with program development technology. [Details of the Constructed General-Purpose Function Package System] - Applicable to various measurement and control systems - Supports diverse communication methods as standard, enabling communication with various measuring instruments - Can operate as a dedicated monitoring and control system - Has a wide adaptability in the field of PC instrumentation - Has operational records of over 500 sets nationwide *For more details, please refer to the related links or feel free to contact us.

  • Server monitoring and network management tools
  • Control System

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ABR/ASSR

Multi-Purpose Condition Presentation System: Smooth stimulation presentation for higher brain functions and cognitive function experiments - Multi Trigger System

This is a system that controls images, sounds, lights, and electrical stimuli used in experiments such as event-related potentials and other induced response experiments in the fields of psychology and ergonomics. System Features: - Easily set images and sounds used in experiments. - Has 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. - Capable of video presentation with an animation playback function (optional). - Enables reaction measurement using switches, allowing for reaction speed assessment and histogram display/printing. - By connecting to evoked response 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 with us.

  • Other Software
  • Other measurement and measuring equipment
  • Control System

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VEP/Pattern Reversal

Multi-Purpose Condition Presentation System: Smoothly presenting stimuli for higher brain function and cognitive function experiments - Multi Trigger System

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 set images and sounds for experiments. - Equipped with up to 10 trigger input/output systems, allowing control of light and electrical stimulation devices through output signals. - Detailed settings for stimulus duration, output intervals, and output order are possible. - Animation playback function (optional) enables video presentation. - Reaction measurement using switches allows for determination of reaction speed and display/printing of histograms. - By connecting to evoked 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 PsychoPy, etc. Please feel free to consult with us.

  • Other Software
  • Other measurement and measuring equipment
  • Control System

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Retrofitting energy-saving measures for the air conditioning in logistics warehouses.

Reduced air conditioning costs by 920,000 yen annually in the logistics warehouse! Energy-saving control that also contributes to CO₂ reduction.

"Omaka Save-Air" is a service that automatically controls the air conditioning of logistics warehouses operating 24 hours a day for extended periods, achieving energy savings. It can be retrofitted to existing air conditioning systems, optimizing the control of outdoor units to reduce power consumption while maintaining comfort. 【Implementation Results (Example)】 ● A certain large logistics warehouse *The following values are annual figures.  <Before Implementation> Electric Bill: 20.09 million yen         Power Consumption: 755 MWh  <Reduction Effect> Electric Bill: Reduced by 920,000 yen         Power Consumption: Reduced by 30 MWh         CO₂ Emissions: Reduced by 13 tons 【Main Features】 ● Automatically optimizes air conditioning operation while maintaining temperature management, maximizing energy-saving effects ● Automatically controls demand based on power load to suppress peak power ● Allows changes to control levels from smartphones or PCs, visualizing energy-saving status ● Initial cost of 0 yen. Enables immediate implementation of energy-saving measures without risk This is an air conditioning control solution for logistics warehouses that can simultaneously achieve energy savings, reduced electricity costs, and CO₂ emission reductions. For more details, please refer to the catalog and materials.

  • air conditioning
  • Demand Monitoring
  • Control System

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[Case Study] Automotive Image Recognition Control System

Improving the safety and response speed of autonomous vehicles through high-precision object detection and situational awareness!

We would like to introduce a case study of the development of an "Automotive Image Recognition Control System" at our company. During the development, we faced challenges such as ensuring the versatility of image processing that is robust against adverse conditions like low light, backlighting, and raindrops. To overcome these challenges, we are implementing multi-sensor fusion with infrared cameras, distillation of deep learning models, and support for compact GPUs. 【Technical Challenges】 ■ Ensuring the versatility of image processing that is robust against adverse conditions like low light, backlighting, and raindrops ■ Maintaining a balance with onboard processing capabilities through model lightweighting ■ Optimizing the end-to-end pipeline to minimize detection latency *For more details, please download the PDF or feel free to contact us.

  • Image analysis software
  • Control System

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[SCADA Implementation] Trends in Abnormal Occurrences, Quality Control, and Energy Resource Conservation

High compatibility with FA equipment and wide connectivity enable flexible system configuration.

SCADA collects data from devices that make up manufacturing plants, production equipment, and large-scale infrastructure, and monitors the situation. It enables real-time monitoring of production rates and anomalies at factory and equipment sites in a remote environment. By utilizing a database and analyzing the collected data, it can contribute to identifying trends in abnormal occurrences, quality control, and energy resource conservation. 【Main Features】 ■ Mechanical and automatic monitoring and control of collected data ■ Graphical screens for displaying collected data ■ Communication infrastructure that can utilize networks *For more details, please download the PDF or feel free to contact us.

  • Other security and surveillance systems
  • Control System

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Downsizing update for PLC+SCADA for semiconductor manufacturing.

Aren't you tired of the high maintenance costs of DCS and dependence on manufacturers?

In the semiconductor manufacturing industry, reliable control systems are essential for ensuring production stability and maintaining quality. Particularly as manufacturing processes become more complex and refined, the flexible scalability of systems and rapid troubleshooting are crucial for minimizing production losses. Aging DCS systems often face challenges such as the discontinuation of parts supply, increased maintenance costs, and dependence on manufacturers for system modifications, which can lead to decreased production efficiency and higher costs. Our SCADA software + PLC renewal plan offers solutions to these challenges through an approach based on on-site insights. It enables system replacement, including modifications to existing panels and wiring conversions, while ensuring future scalability through the adoption of open technologies. 【Use Cases】 - Updating aging DCS systems - Reducing maintenance costs and freeing from vendor lock-in - Enhancing flexibility in system modifications - Updating systems in plants, including hazardous areas 【Benefits of Implementation】 - Significant reduction in lifecycle costs due to decreased DCS maintenance contract fees - Flexible in-house responses to screen changes and control additions - Rapid troubleshooting through general-purpose technologies

  • Instrumentation and Control Systems
  • Instrumentation and Control Systems
  • Control System

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