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Sensors Product List and Ranking from 1364 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. センシリオン Kanagawa//Electronic Components and Semiconductors
  3. MACOME CORPORATION NAGANO TOKYO OSAKA NAGOYA HIROSHIMA Nagano//Industrial Electrical Equipment
  4. 4 三協インタナショナル Tokyo//Trading company/Wholesale
  5. 5 KELLER Pressure Japan 日本支社 Tokyo//Machine elements and parts
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Sensors Product ranking

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

  1. Clamp-on flow sensor "FD-H series"
  2. Easy predictive and preventive maintenance! Wi-Fi vibration sensor *Demo units available for loan.
  3. Radar Level Sensor "FR Series"
  4. 4 水戸工業が提案するデータセンター向け製品 水戸工業
  5. 5 AI-equipped image sensor 'IV4 Series'

Sensors Product List

7111～7140 item / All 7805 items

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Makome Research Institute Co., Ltd. for Automobiles

Makome Research Institute Co., Ltd. for Automobiles

Industrial magnetic sensors supporting autonomous driving

In autonomous driving systems, high-precision sensors are required to accurately grasp the vehicle's condition and the surrounding environment. In particular, obtaining real-time information on the vehicle's behavior and location is essential for achieving safe and efficient autonomous driving. Inaccurate sensor data can lead to system malfunctions or accidents. Our company contributes to improving the reliability of autonomous driving systems through the development, manufacturing, and sales of industrial magnetic sensors. 【Usage Scenarios】 - Steering control of autonomous vehicles - Utilization as wheel speed sensors - Application in ADAS (Advanced Driver Assistance Systems) - High-precision data acquisition leveraging achievements in motorsports 【Benefits of Implementation】 - Enhanced safety of autonomous driving systems - Improved accuracy of vehicle control - Provision of accurate data in real-time - Offering reliable sensor solutions

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  • Sensors

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Makome Research Institute Co., Ltd. for Communications

Makome Research Institute Co., Ltd. for Communications

Supporting stable network operation with industrial sensors.

In the telecommunications industry and network optimization, stable operation of systems and efficient management are required. In particular, the detection of abnormalities in network equipment and the maintenance of performance are directly linked to the reliability of service provision. Inadequate monitoring or failure to detect abnormalities early can lead to communication failures or service interruptions. Makome Research Institute's industrial sensors address these challenges and contribute to the stable operation of networks. 【Usage Scenarios】 - Monitoring the operational status of network equipment - Real-time monitoring of communication quality - Rapid identification of causes during failures 【Benefits of Implementation】 - Reduction of network downtime - Improvement of communication performance - Optimization of operational costs

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[For Electronic Component Manufacturing] PT-VM02 Ultrasonic Sound Pressure Sensor

[For Electronic Component Manufacturing] PT-VM02 Ultrasonic Sound Pressure Sensor

Quantifying the condition of the cleaning tank to support quality control.

In the quality control of the electronic components manufacturing industry, the cleaning process is a crucial factor that affects product reliability. Changes in cavitation intensity within the cleaning tank and aging deterioration can lead to reduced cleaning effectiveness and adverse effects on products. To prevent these issues and maintain stable quality, it is essential to accurately understand the condition of the cleaning tank and implement appropriate management. The PT-VM02 supports problem-solving in quality control by quantifying the condition of the cleaning tank. 【Usage Scenarios】 - Daily management of the cleaning tank - Aging deterioration management - Performance comparison of cleaning equipment - Evaluation of cavitation intensity 【Benefits of Implementation】 - Visualization of the cleaning tank's condition for early detection of abnormalities - Quality improvement through optimization of the cleaning process - Stable operation of equipment and improved product yield - Reduction of maintenance costs

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  • Other measurement, recording and measuring instruments
  • Sensors

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Nearline-PM for Data Centers

Nearline-PM for Data Centers

Early detection of server anomalies to reduce downtime.

In a data center, the stable operation of servers is the most important issue. Abnormal vibrations from server cooling fans and power units can lead to system shutdowns. Nearline-PM continuously monitors the vibrations of these devices and detects abnormalities early, preventing downtime before it occurs. 【Usage Scenarios】 - Server rooms - Cooling fans and power units in data centers - 24/7 operational monitoring 【Benefits of Implementation】 - Stable operation of servers - Reduced risk of system shutdowns - Lower operational costs

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
  • Sensors

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Nearline-PM for Infrastructure

Nearline-PM for Infrastructure

No wiring work required, easy to install later. Constant monitoring of infrastructure equipment vibrations.

In the infrastructure industry, continuous monitoring is required to maintain the integrity of structures such as bridges and tunnels. In particular, vibrations are an important indicator of deterioration or abnormalities in structures. Nearline-PM enables quantitative and objective management of infrastructure equipment's vibrations through wireless vibration sensors, allowing for early detection of anomalies. It does not require wiring and is easy to retrofit, making it simple to implement in existing facilities. 【Usage Scenarios】 - Bridges - Tunnels - Plant equipment 【Benefits of Implementation】 - Early detection of equipment abnormalities, reducing repair costs - Enables planned maintenance, contributing to the longevity of equipment - Improves the efficiency of inspection work through remote monitoring

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
  • Sensors

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Nearline-PM for Mining

Nearline-PM for Mining

Early detection of abnormalities in mining equipment using vibration sensors. Supporting improved operational efficiency.

In the mining industry, stable operation of equipment is essential for ensuring productivity and safety. In particular, equipment such as motors, pumps, and conveyors used in harsh environments has a high risk of failure due to vibration, and unexpected shutdowns can lead to significant losses. Nearline-PM addresses these challenges by enabling early detection of equipment anomalies and facilitating planned maintenance, thereby contributing to improved operational rates. 【Use Cases】 - Equipment such as motors, pumps, and conveyors in mining plants - Equipment prone to anomalies caused by vibration - Situations where remote monitoring of equipment operation is desired 【Benefits of Implementation】 - Prevents unexpected equipment shutdowns, maintaining productivity - Reduces maintenance costs - Extends the lifespan of equipment

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
  • Sensors

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Nearline-PM for Food Factories

Nearline-PM for Food Factories

Support for quality control in food factories. Early detection of equipment anomalies with vibration sensors.

In the food industry, stable operation of manufacturing equipment is crucial for quality control. Contamination and production line stoppages can lead to a decline in product quality and production losses. Nearline-PM enables early detection of abnormalities in equipment such as motors and pumps through vibration diagnostics, allowing for planned maintenance. This reduces the risk of production stoppages due to sudden equipment failures and contributes to maintaining product quality. 【Usage Scenarios】 - Monitoring of motors, pumps, compressors, etc., on food production lines - Equipment condition management to reduce the risk of contamination - Predictive maintenance of equipment in the quality control department 【Benefits of Implementation】 - Prevents unexpected equipment failures, improving production efficiency - Maintains product quality and earns customer trust - Reduces costs through planned maintenance

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
  • Sensors

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Nearline-PM for Aerospace

Nearline-PM for Aerospace

Support quality control of aerospace components with vibration sensors.

In the aerospace industry, the quality of components affects safety and performance. Particularly for parts subjected to vibration and stress, even minor anomalies can lead to serious accidents. Nearline-PM supports quality management by detecting initial anomalies in components through vibration measurement and analysis. It requires no wiring and is easy to retrofit, allowing for flexible integration into existing inspection systems. 【Usage Scenarios】 * Vibration inspection of aircraft components * Anomaly detection in engine parts * Quality management on the manufacturing line 【Benefits of Implementation】 * Improved quality through early detection of component anomalies * Cost reduction through planned maintenance * Streamlined inspection processes

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
  • Sensors

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Nearline-PM for Shipbuilding

Nearline-PM for Shipbuilding

Monitoring the vibrations of structures to support safe operations.

In the shipbuilding industry, maintaining the integrity of the hull structure is essential for the safe operation of vessels. Particularly, prolonged use and operation in harsh environments can lead to deterioration and damage of the structure. Continuous monitoring is crucial for early detection of these issues and for implementing appropriate measures. Nearline-PM addresses these challenges through vibration diagnostics of structures using wireless vibration sensors. 【Use Cases】 - Vibration monitoring of hull structures - Vibration monitoring of engines and propulsion systems - Anomaly detection of various equipment 【Benefits of Implementation】 - Early detection of structural anomalies to prevent accidents - Enables planned maintenance and reduces costs - Enhances operational safety

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
  • Sensors

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Nearline-PM for the Energy Industry

Nearline-PM for the Energy Industry

A wireless vibration sensor for early detection of abnormalities in energy equipment.

In the energy industry, equipment monitoring is crucial for the stable operation of plants and power stations. Equipment failures can lead to power supply interruptions and significant losses. It is especially important to detect abnormalities in rotating equipment such as motors, pumps, and fans early and to carry out planned maintenance. Nearline-PM is a wireless vibration sensor that addresses these challenges. 【Usage Scenarios】 - Power plants - Substations - Oil plants - Gas plants 【Benefits of Implementation】 - Prevents unexpected equipment shutdowns - Reduces maintenance costs - Extends equipment lifespan

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
  • Sensors

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Nearline-PM for Mining

Nearline-PM for Mining

Optimize the operation of mining equipment with vibration sensors. No wiring required, easy to retrofit.

In the mining industry, the stable operation of equipment affects production efficiency. Particularly for critical equipment such as crushers and conveyors, it is important to detect abnormalities caused by vibrations early and to carry out planned maintenance. Sudden failures can lead to significant losses due to operational downtime. Nearline-PM addresses these challenges through vibration diagnostics of equipment using wireless vibration sensors. 【Usage Scenarios】 * Crushers * Conveyors * Pumps * Fans 【Benefits of Implementation】 * Early detection of equipment abnormalities and realization of planned maintenance * Prevention of sudden failures, reducing losses from operational downtime * Improvement of equipment operating rates and enhancement of production efficiency * Reduction of maintenance costs * On-site equipment condition monitoring and efficiency improvement

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
  • Sensors

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Nearline-PM for Pharmaceuticals

Nearline-PM for Pharmaceuticals

A wiring-free vibration sensor visualizes the vibrations of pharmaceutical equipment, enabling early detection of abnormalities.

In the pharmaceutical industry, stable operation of manufacturing equipment is essential for maintaining product quality and production efficiency. In particular, abnormalities in rotating equipment such as compressors and pumps can lead to production line stoppages and a decline in product quality. Nearline-PM supports stable operation of these facilities by continuously monitoring their vibrations and detecting abnormalities early. 【Usage Scenarios】 - Vibration monitoring of pumps, compressors, and fans on pharmaceutical manufacturing lines - Vibration monitoring of equipment in clean rooms - Monitoring of equipment condition in quality control departments 【Benefits of Implementation】 - Prevents unexpected equipment failures and improves production efficiency - Maintains product quality and reduces the occurrence of defective products - Enables planned maintenance and reduces maintenance costs

  • Vibration Inspection
  • Vibration Monitoring
  • Safety Sensors
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Near-Line PM for Disaster Prevention

Near-Line PM for Disaster Prevention

We will detect bearing abnormalities early and ensure the safety of infrastructure facilities.

In the field of disaster prevention, the stable operation of infrastructure facilities is essential for protecting the safety of the public. In particular, failures of rotating machinery such as pumps and generators can reduce the ability to respond in emergencies. Nearline PM contributes to the stable operation of infrastructure facilities by enabling early detection of bearing abnormalities in these devices, allowing for proactive maintenance. 【Usage Scenarios】 - Pump equipment at fire stations - Emergency generators at disaster prevention centers - Air conditioning systems in public facilities 【Benefits of Implementation】 - Reduction of equipment downtime - Improvement of emergency response capabilities - Optimization of maintenance costs

  • Vibration Monitoring
  • shaft
  • Generators and transmission motors
  • Sensors

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Nearline PM for Financial Institutions

Nearline PM for Financial Institutions

Early detection of bearing abnormalities to reduce fraud risk.

In financial institutions, stable operation of equipment is essential, and system downtime due to fraudulent activities can lead to significant losses. In particular, abnormalities in rotating machinery, which are critical infrastructure, can trigger a complete system shutdown. Nearline PM detects bearing abnormalities in high-frequency bands above 10 kHz, capturing signs of failure early to prevent system downtime caused by fraud risks. 【Usage Scenarios】 * Data center air conditioning systems * Backup power supply systems * Monitoring of critical infrastructure equipment 【Benefits of Implementation】 * Improved business continuity through stable operation of equipment * Reduced risk of system downtime due to failures * Early detection of abnormalities through high-frequency measurements

  • Vibration Monitoring
  • shaft
  • Generators and transmission motors
  • Sensors

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Signs of bearing abnormalities are not visible unless measured above 10 kHz.

Signs of bearing abnormalities are not visible unless measured above 10 kHz.

Condition monitoring of rotating machinery: Why should we measure above 10 kHz?

"Why can't we detect abnormalities quickly?" The reason lies in the measurement frequency range. Initial damage to bearings cannot be captured below the conventional 1kHz. This white paper summarizes the reasons why high-frequency measurements (10kHz to 30kHz) change predictive maintenance.

  • Vibration Monitoring
  • pump
  • Motor
  • Sensors

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Condition monitoring of rotating machinery: Why should we measure above 10 kHz?

Condition monitoring of rotating machinery: Why should we measure above 10 kHz?

Why can't we detect abnormalities quickly?

The cause lies in the measurement frequency range. Initial damage to bearings cannot be detected at conventional frequencies below 1 kHz. This white paper summarizes the reasons why measurements in the high-frequency range (10 kHz to 30 kHz) change predictive maintenance.

  • probe
  • Vibration Monitoring
  • Power Transmission Equipment
  • Sensors

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Is ISO standards alone insufficient? New common sense in anomaly detection opened up by high-frequency measurements.

Is ISO standards alone insufficient? New common sense in anomaly detection opened up by high-frequency measurements.

Many equipment troubles depend on how quickly initial damage to bearings can be detected.

This document presents actual measurement data showing that bearing damage progresses from high frequency to medium frequency to low frequency, while organizing the differences in diagnostic accuracy brought about by high frequency measurements.

  • Vibration Monitoring
  • Metal bearings
  • Vibration Inspection
  • Sensors

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Introduction of Exhibiting Companies at the Aerospace Festival Fukushima 2025

Introduction of Exhibiting Companies at the Aerospace Festival Fukushima 2025

Okayama University Silicon Photonics Engineering Laboratory

Exhibition and demonstration of photonic city electric sensors to prevent electrical accidents in satellites.

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  • Sensors

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Automatic control devices, position, angle, and control sensors.

Our company started with the repair of instruments mounted on ships and aircraft, as well as the manufacturing of gyros for attitude control devices. Since then, we have been committed to prioritizing quality in the manufacturing and repair of position, angle, and control sensors used in automatic control equipment, as well as various measuring instruments. We will respond to changes in the times, challenge ourselves with advancing technologies, engage in environmentally friendly manufacturing, and consider the harmony between people and nature to contribute to the development of local communities.

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Example: Predicting failures through the integration of devices and spatial data. Free materials available.

Example: Predicting failures through the integration of devices and spatial data. Free materials available.

Advanced predictive maintenance utilizing Azure Databricks. Detection accuracy that takes into account changes in the surrounding environment.

We will explain our (NTP) achievements in building an advanced failure prediction model that combines equipment data with spatial data. In addition to IoT sensor data such as equipment vibration and pressure, we integrated surrounding environmental data, such as pedestrian flow and material placement obtained from LiDAR and cameras, along a time axis. As a result, we successfully visualized the "impact of environmental changes on equipment," which had previously been difficult to capture, significantly improving the accuracy of abnormal signal detection. The case of digital twin implementation through a near-real-time dashboard directly contributes to stable operations on-site. Please download our support achievement document summarizing the actual implementation scheme and results for free right now.

  • Company：NTP
  • Price：Other
  • Sensors
  • Other safety equipment
  • Sensors

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Real-time troubleshooting through the collaboration of IoT sensors and 3D technology.

Real-time troubleshooting through the collaboration of IoT sensors and 3D technology.

We will introduce a case where the initial signs of trouble were quickly detected, preventing the escalation of the issue!

We would like to introduce a case study utilizing our 3D scanning technology "SPLAT TWIN." Even in locations where it is difficult to grasp the situation with just IoT sensor data, we quickly detect the initial signs of trouble. When an error occurs, technicians at our headquarters can understand the on-site situation in a realistic 3D space and provide accurate recovery instructions. 【Case Overview】 ■ Real-time trouble response through the integration of IoT sensors and 3D technology ■ Quickly detecting the initial signs of trouble to prevent escalation ■ When an error occurs, technicians at headquarters grasp the on-site situation in a realistic 3D space and provide accurate recovery instructions *For more details, please download the PDF or feel free to contact us.

  • Process Control System
  • Sensors

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KUS Company low-cost small liquid level sensor for meteorological data measurement

KUS Company low-cost small liquid level sensor for meteorological data measurement

The low-cost small liquid level sensor measures liquid levels using an internal hermetic reed switch and a magnetic float.

Manufacturer: KUS, Dongguan Zhengyang Electronic Mechanical Co., Ltd. Headquarters: Dongguan City, China Certifications Obtained: TS16949 ISO9001 ISO14001 CE TUV PED+AD2000 Product Name: KUS Low-Cost Compact Liquid Level Sensor for Meteorological Data Measurement Model: S5 Series Overview: The low-cost compact liquid level sensor measures liquid levels (such as water, fuel, oil, and chemical liquids) using an internal hermetically sealed reed switch and a magnetic float. Applications: It can be used in construction machinery, trucks, buses, work vehicles, agricultural machinery, meteorological data measurement, power generation equipment, and fuel tanks for ships, small tanks, and tanks with special shapes.

  • Sensors
  • Sensors

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KUS Corporation low-cost small power shovel liquid level sensor

KUS Corporation low-cost small power shovel liquid level sensor

The low-cost small liquid level sensor measures liquid levels using a float that incorporates a built-in hermetic reed switch and magnet.

Manufacturer: KUS, Dongguan Zhengyang Electronic Mechanical Co., Ltd. Headquarters Factory: Dongguan City, China Certifications Obtained: TS16949 ISO9001 ISO14001 CE TUV PED+AD2000 Product Name: KUS Low-Cost Compact Liquid Level Sensor for Power Shovels Model: S5 Series Overview: The low-cost compact liquid level sensor measures liquid levels (water, fuel, oil, chemical liquids, etc.) using an internal hermetically sealed reed switch and a magnetic float. It can be used in construction machinery, trucks, buses, work vehicles, agricultural machinery, meteorological data measurement, power generation equipment, fuel tanks for ships, small tanks, and tanks of special shapes.

  • Sensors
  • Sensors

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KUS Corporation Liquid Level Sensor for Low-Cost Agricultural Machinery

KUS Corporation Liquid Level Sensor for Low-Cost Agricultural Machinery

The low-cost small liquid level sensor measures liquid levels using a built-in hermetic reed switch and a magnetic float.

Manufacturer: KUS, Dongguan Zhengyang Electronic Mechanical Co., Ltd. Headquarters Factory: Dongguan City, China Certifications Obtained: TS16949 ISO9001 ISO14001 CE TUV PED+AD2000 Product Name: KUS Low-Cost Liquid Level Sensor for Agricultural Machinery Model: S5 Series Overview: The low-cost small liquid level sensor measures liquid levels (water, fuel, oil, chemical liquids, etc.) using an internal hermetically sealed reed switch and a magnetic float. It can be used in construction machinery, trucks, buses, work vehicles, agricultural machinery, meteorological data measurement, power generation equipment, fuel tanks for ships, small tanks, and specially shaped tanks.

  • Sensors
  • Sensors

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What is a Temperature Power Sensor (TPS)?

What is a Temperature Power Sensor (TPS)?

It is the world's hit product, the bimetallic control thermostat (TPS).

The Temperature Power Sensor (TPS) is the product name for Matsuo's bimetallic control thermostat. Please refer to it as TPS. It is a globally successful product created by Matsuo. Traditionally, bimetal thermostats were mostly disk-type protectors, and there were very few that could be used as controllers. Matsuo began challenging this difficult field (bimetallic control thermostats) in 1975 and started full-scale sales in 1980. For more details, please download the catalog.

  • Temperature and Humidity Control
  • Sensors

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Principle of Temperature Power Sensor

Principle of Temperature Power Sensor

This is a control-type thermostat developed with the goal of being small and low-priced.

The principle of the temperature power sensor is the "control-type thermostat," developed with the goal of providing a high-performance bimetal thermostat that can be used as a controller in a compact and low-cost form. It combines a sharp jumping spring with a semi-permanent lifespan and a flat bimetal that does not experience material distortion, using two bimetals to increase sensitivity. The sharp jumping spring made of beryllium copper guarantees the high performance of the small DIFF. thermostat, switching ON/OFF with an extremely small hysteresis (approximately 0.05 m/m), which corresponds to about 3 degrees when converted to temperature. It can withstand over 2 million cycles of repeated operation. For more details, please download the catalog.

  • Temperature and Humidity Control
  • Sensors

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Comparison of characteristics between temperature power sensors and disk-type thermometers.

Comparison of characteristics between temperature power sensors and disk-type thermometers.

We will compare the lifespan of temperature power sensors and disc-type thermostats.

We will compare the characteristics of the temperature power sensor (controller) and the disk-type thermostat (protector). The lifespan of the "temperature power sensor" is 100,000 cycles at rated load (within the range of no temperature change) and 7 million cycles at minimal load (within the range of no temperature change), while the "disk-type thermostat" has a lifespan of 10,000 cycles for use as a protector (within the range of not becoming inoperative). Both have a contact configuration that turns OFF with rising temperature and turns ON with rising temperature, but the "temperature power sensor" has transfer contacts. For more details, please download the catalog.

  • Temperature and Humidity Control
  • Sensors

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