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control Product List and Ranking from 110 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

control Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. OZUNO TRADING JAPAN Tokyo//Building materials, supplies and fixtures
  2. 有限会社エムティプレシジョン Tokyo//Optical Instruments
  3. null/null
  4. 4 諏訪制御 Nagano//Industrial Electrical Equipment
  5. 5 MHIパワーエンジニアリング 高砂事業部 Hyogo//Industrial Machinery
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control Product ranking

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. Suwa Control "Terminal Block General Catalog" 諏訪制御
  2. Positioning control with a laser distance sensor that can be retrofitted to a ceiling crane. 有限会社エムティプレシジョン
  3. Retrofitting sensors to existing cranes for collision prevention and position control. 有限会社エムティプレシジョン
  4. Production control, data diode for factory monitoring IoT OWCD3 "i" MHIパワーエンジニアリング 高砂事業部
  5. 5 Roll winding, zigzag control

control Product List

61～75 item / All 182 items

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Power Electronics Sensorless Motor Control

Power Electronics Sensorless Motor Control

Patent obtained! We are conducting research on sensorless control in collaboration with Shizuoka University.

The Electronics Division of Takenaka Corporation is conducting research on sensorless control in collaboration with Shizuoka University. "There is the possibility of speed control without sensors," "only power line connections to the motor," and "various advantages such as reduced component count leading to compactness, lightweight, low cost, and high reliability." 【Features】 ■ Speed control is possible without sensors ■ Only power line connections to the motor ■ Compact, lightweight, low cost, and high reliability due to reduced component count ■ Backup available in case of sensor failure *For more details, please refer to the PDF document or feel free to contact us.

  • Other process controls
  • Other motors

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Remote operation and automatic control

Remote operation and automatic control

Manual remote control is also possible in special situations and emergencies! A system suitable for cases where human judgment is required.

We would like to introduce our "Remote Operation and Automatic Control" services. This allows for the control of equipment located in remote areas, recovery of malfunctioning equipment, and other remote equipment control. In addition to automatic control based on information sent automatically from the equipment, it is also possible for operators to issue specific commands to remote equipment. This system is particularly suitable in situations where human judgment is required, such as when a person needs to assess the situation and instruct the equipment on necessary actions. 【Features】 ■ Energy-saving measures ■ Automatic control ■ Remote operation *For more details, please refer to the PDF document or feel free to contact us.

  • Other environmental analysis equipment
  • Wind Speed/Volume Meter
  • Soil testing

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Energy-saving automatic control of the air conditioning in the food warehouse.

Energy-saving automatic control of the air conditioning in the food warehouse.

Reduce air conditioning power in food warehouses by up to 20%! Retrofit energy-saving control system available.

"Omaka Save-Air" is an energy-saving air conditioning service ideal for large food warehouses that operate 24 hours a day for extended periods. In warehouses where air conditioning must run continuously to maintain food quality, the electricity costs for air conditioning can significantly impact overall expenses. "Omaka Save-Air" can be retrofitted to existing air conditioning systems, automatically controlling outdoor units to achieve up to 20% reduction in power consumption. 【Main Features】 ● Significantly reduces electricity usage for air conditioning while maintaining necessary temperature and humidity for food storage. ● Automatically controls demand based on power load, contributing to peak power reduction. ● Optimizes operations with remote control at the operational level via smartphone or PC, making energy-saving effects visible. ● Can be implemented with zero initial costs, allowing immediate energy savings without any installation risk. This solution for food warehouses balances the optimization of cooling and air conditioning costs with CO₂ reduction. For more details, please refer to the catalog or documentation.

  • air conditioning
  • Demand Monitoring

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Energy-saving and air conditioning control in hospitals is "Omakase Save-Air."

Energy-saving and air conditioning control in hospitals is "Omakase Save-Air."

Zero initial cost for energy savings and comfort! Reduce air conditioning electricity costs by up to 20%! Many proven results in hospitals!

"Omaka Save-Air" is a service that optimally controls the air conditioning systems in hospitals and medical facilities while maintaining comfort, achieving both energy savings and demand management simultaneously. It can be retrofitted to existing air conditioning systems without the need for major construction on-site. It is easy to implement for general affairs and facility management personnel, and there are no initial costs. 【Implementation Results (Example)】 ● A certain hospital *The following values are annual figures. 　＜Before Implementation＞　Electricity Cost: 23.29 million yen 　　　　　　　　　　　　　Electricity Usage: 869 MWh 　＜Reduction Effect＞　Electricity Cost: Reduced by 1.16 million yen 　　　　　　　　　　　　　Electricity Usage: Reduced by 32 MWh 　　　　　　　　　　　　　CO₂ Emissions: Reduced by 14 tons 【Main Features】 ● Automatic control of outdoor air conditioning units to optimize electricity usage ● Control design that does not compromise the comfort (appropriate temperature and humidity) of patient rooms and the entire facility ● Supports automatic demand control based on the overall electrical load of the building ● Remote operation and visualization of energy-saving effects possible via PC or smartphone This is an energy-saving air conditioning service for hospitals that automatically reduces electricity costs without burdening facility management personnel. For more details, please refer to the catalog and related links.

  • air conditioning
  • Demand Monitoring

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Automatic control for snow removal and melting equipment! 【Snowfall Sensor】

Automatic control for snow removal and melting equipment! 【Snowfall Sensor】

Essential for snowy regions! A rich lineup including the "Light Snow Con SHK Series" which uses infrared detection technology!

This catalog features the "snowfall sensors" handled by our company. Please utilize them for the automatic control of snow melting systems, such as groundwater sprinkling snow melting equipment and non-sprinkling melting systems like electric and hot water circulation types. The SHK series uses infrared sensors to count the number of snowflakes passing in front of the sensor, allowing for the determination of snowfall amounts and output judgment. By making output judgments based on snowfall amounts, we reduce the excessive operation of snow melting systems, achieving eco-friendly operation. Additionally, we offer a lineup that includes the "SNK" series, which determines output based on snow accumulation on the sensor, and the "FS" series, which is priced affordably for general consumers. *We also sell snow and ice observation equipment and systems, such as snow depth gauges and snow weight gauges, which are not listed in this catalog. If you have any questions about snow and ice-related equipment, please feel free to contact us. *For more details, please refer to the PDF document or feel free to reach out to us.

  • Other environmental analysis equipment

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Automatic control of commercial air conditioning equipment

Automatic control of commercial air conditioning equipment

Isn't it possible to reduce electricity usage without changing the perceived temperature?

ESCO-ONE is a control device that monitors the operating status of compressors in commercial air conditioners, freezers, and refrigerators, and helps reduce power consumption by controlling the compressors for energy savings at the appropriate timing, all while maintaining comfort in the facility without causing environmental changes. An average reduction of 15% to 20% is possible! Even with control applied, the room temperature change is only between 0.3 degrees and 0.9 degrees, so there is no need to endure discomfort! Not only does it control the compressors of air conditioning and refrigeration units at the right timing, but it also takes the temperature environment into consideration during restart after long periods of inactivity, ensuring that the time to reach the set temperature is not delayed. Therefore, it can reduce power consumption without causing environmental changes.

  • air conditioning
  • Other air conditioning equipment
  • Other energy equipment

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Robot Control × MaaS Autonomous Driving Robot 'SiBOT' 1st

Robot Control × MaaS Autonomous Driving Robot 'SiBOT' 1st

High-precision environmental map generation and self-position estimation enable highly accurate mapping!

SiBOT" is an autonomous driving robot that generates the environmental map necessary for self-position estimation and movement using SLAM. Based on information from cameras and sensors, it performs fine-tuning to achieve high-precision mapping. Additionally, by controlling the rotation speed and direction of each wheel using mecanum wheels, it is also capable of omnidirectional movement! Building on the automotive development technologies we have cultivated, we are engaged in next-generation mobility development using cutting-edge technologies such as AI, IoT, and Robotics. 【Provided Technologies】 ■ Navigation ┗ Plans appropriate route planning that is responsible for route exploration, enabling the robot to move freely and efficiently. ■ Driving Control Technology ■ Obstacle Detection/Avoidance *For more details, please download the PDF or contact us by mentioning "Ipros.

  • Transport and handling robots
  • Other industrial robots
  • Picking robot system

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[Data Science Utilization Case] Automatic Control of Heavy Machinery Using Reinforcement Learning AI

[Data Science Utilization Case] Automatic Control of Heavy Machinery Using Reinforcement Learning AI

Indicating the technical possibilities for achieving business efficiency! A case study of developed control AI.

We will introduce a case study of automatic control of heavy machinery using reinforcement learning-based AI. In heavy machinery operations, there was a challenge of unstable quality among technicians due to a lack of technical inheritance caused by a declining workforce. Additionally, there were significant hurdles in collecting data for heavy machinery operations, necessitating the establishment of a safe method for data collection. To address this, we constructed a simulator that reproduces certain operations of heavy machinery using sensor data installed on the machinery, employing machine learning techniques. We developed a control AI through reinforcement learning within that simulator environment. As a result, we were able to gain insights into the technical possibilities for improving operational efficiency. 【Case Overview】 ■Industry: Construction ■Business: Construction Work ■Challenge: Labor Reduction ■Analytics & AI Solution - Simulator Development We built a simulator that reproduces certain operations of heavy machinery using sensor data installed on the machinery. The behavior of the sensor data in response to control signals for the actual machinery was learned. - Control AI Development The AI was trained to minimize the error between the simulator's operation and target values in response to control signals. *For more details, please refer to the PDF document or feel free to contact us.

  • Company：TDSE
  • Price：Other
  • Other process controls

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[Data Science Case] Optimizing Indoor Environment and Reducing Power Consumption with Air Conditioning Control AI

[Data Science Case] Optimizing Indoor Environment and Reducing Power Consumption with Air Conditioning Control AI

Challenges of creating a suitable indoor environment and energy conservation! A case study on the development of control AI that achieves temperature maintenance.

We will introduce a case study of optimizing indoor environments and reducing power consumption using air conditioning control AI in the manufacturing industry. In environments where temperature management is essential, such as food factories, the challenge was to automatically control air conditioning through AI's autonomous learning to achieve an appropriate indoor environment and energy savings. We adopted a policy to train AI that simultaneously achieves room temperature maintenance and power consumption reduction through reinforcement learning in a simulation environment, aiming for the rapid development of control AI that can be transferred to actual equipment. By using a simulation environment, we successfully accelerated the development of control AI to be 1000 times faster compared to reality. 【Case Overview】 ■Industry: Manufacturing ■Business: Operational Optimization ■Challenges: Operational Optimization, Autonomous Control, Cost Reduction ■Analytics and AI Solutions - Adopted a policy to aim for the rapid development of control AI that can be transferred to actual equipment - Conducted AI development focused solely on maintaining room temperature as a Proof of Concept (PoC) *For more details, please refer to the PDF document or feel free to contact us.

  • Company：TDSE
  • Price：Other
  • Temperature and Humidity Control

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Optimal design and real-time control of self-consumption solar power with battery storage.

Optimal design and real-time control of self-consumption solar power with battery storage.

Leave the optimal design and control of self-consumption solar power generation to us.

AI analyzes your past electricity usage! AI automatically designs according to electricity cost reduction and peak cut goals! After installation, it predicts your electricity demand while providing real-time control! Leave self-consumption solar power to Argmax.

  • Company：Tilda
  • Price：500,000 yen-1 million yen
  • Software (middle, driver, security, etc.)

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Spot welding posture control

Spot welding posture control

Challenging quality improvement even in welding technology! Introducing the difference between conventional spot welding and "spot welding posture control."

Spot welding is a strong joint at each point, but in addition to deformation of the material due to heat, there were weaknesses in the welding process. The improvement made by automating this is called "spot welding posture control." Welding is performed using a spot welding machine with pre-programmed point locations. The setting of the point locations is done by technicians who consider the material's elongation and "distortion" based on their experience and achievements, but after that, it is just a matter of setting the product in the machine. If the product is not properly set, the sensors mounted on the spot welding machine will activate, automatically stopping the movement to prevent defects from occurring in advance. [Features] ■ Further reduction of human error ■ Welding is performed using a spot welding machine with pre-programmed point locations ■ Product quality stabilizes and waste is reduced *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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"Modula CC" vertical storage system - temperature and humidity control

"Modula CC" vertical storage system - temperature and humidity control

Modula Climate Control's temperature management protects items from high temperature and humidity environments.

"Modula Climate Control" is designed to store items that are susceptible to changes in temperature and humidity, requiring careful management of storage conditions to prevent deterioration. It maintains and circulates cool air through its insulated panel structure, opening and closing doors at the work entrance, and an air handling unit. By maintaining the strengths and functions of our "Standard Modula Lift Vertical Automatic Storage System," we expand its applications and accommodate more flexible operations. It is used for distribution management of fresh food not only in the food and pharmaceutical industries but also in the chemical, plastics, electronics, and leather industries. 【Advantages】 ■ Independent structure, no external insulation required ■ Easy access for the storage and retrieval of items ■ Temperature management between +2 to +25°C ■ Technology applicable to the entire LIFT series ■ Achieves energy savings by cooling only the necessary areas * The refrigeration equipment is the responsibility of the customer. * For more details, please download the PDF or feel free to contact us.

  • Other Storage
  • Food storage equipment and facilities

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DALI-2 Lighting Control Phase Control RAPIX DALI

DALI-2 Lighting Control Phase Control RAPIX DALI

Compatible with dimmable LED lighting loads from 1W to a maximum of 200W *Requires prior compatibility check.

**Features** - Dimming of phase control compatible LEDs with DALI-2 - Ideal for phase dimmable LED lighting loads - Suitable for incandescent lamps using electronic or magnetic transformers, as well as dimmable halogen lighting - DALI consumption current: 2 mA - Line-type dimming device: No neutral required, only connect AC line (live L) and load. - Dedicated to AC100 V, 50 Hz (J05) / 60 Hz (J06) - Compliant with DALI-2 IEC 62386 (Ed 2) and device type 4. - Can be configured using other DALI commissioning software that supports DALI device type 4. *For more details, please download the PDF or feel free to contact us.*

  • LED lighting
  • Other lighting equipment
  • Food store lighting

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DALI -2 Switch Rotary Master DALI Dimming Control

DALI -2 Switch Rotary Master DALI Dimming Control

No setup needed! DALI switch ready to use Minimum configuration (1) DALI BUS (2) DALI-2 switch 3 (3) DALI-2 lighting fixture

Multi-Master DALI-2 Application Controller Built-in 【Features】 ■Smooth dimming and color adjustment from 0.1% with ease! ■Master RAPIX modular switch connects to the DALI signal line. Slave RAPIX switch connects to the master. ■DALI consumption current 4mA ■Configurable white LED IEC 62386–332 (Feedback) ■Various settings possible with the built-in application controller: On/Off/Dimming, color adjustment, RGB/timer start/stop/ Scene recall/continuous playback of multiple scenes, etc. ■Built-in memory in the controller: 8 zones/8 scenes/2 flags/8 User Memory/8 Timer ■Settings can be configured using DALI-2 software or RAPIX software ■DALI-2 certified, multi-master. Compliant with IEC 62386-101 (System Components) IEC 62386–103 (Input Devices) IEC 62386–301 (Push-button) IEC 62386–302 (Digital/Analogue Input) IEC 62386–332 (Feedback) certification obtained.

  • LED lighting
  • LED fluorescent lamp
  • Other lighting equipment

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