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Biometric Sensor Product List and Ranking from 5 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.

Biometric Sensor Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.

  1. アフォードセンス Hyogo//Educational and Research Institutions
  2. テクノアクセルネットワークス Tokyo//IT/Telecommunications
  3. スキノス Nagano//others
  4. 4 SEMITEC Tokyo//Electronic Components and Semiconductors
  5. 5 キッセイコムテック株式会社 Nagano//IT/Telecommunications
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Biometric Sensor Product ranking

Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.

  1. Non-contact biometric sensor health monitoring platform テクノアクセルネットワークス
  2. Biometric sensor for fatigue recovery measurement 'Vitalgram' アフォードセンス
  3. Wristwatch-type wearable sweat sensor SKWL-1000 スキノス
  4. Multifunctional wearable biometric sensor 'Vitalgram' *Video available アフォードセンス
  5. 5 Capable of measuring deep body temperature! Wireless biosensor アフォードセンス

Biometric Sensor Product List

31～40 item / All 40 items

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Labor Safety: Biometric Sensors Protect Lives in Harsh Environments

Labor Safety: Biometric Sensors Protect Lives in Harsh Environments

Zero heatstroke and death from overwork. A safety device for professionals working in harsh environments.

We will reliably monitor the health status of workers operating in hazardous environments such as power plants, plants, and disaster rescue sites from a distance. High-performance biosensors calculate signs of heatstroke and extreme fatigue in real-time from deep body temperature and heart rate variability. By being worn by firefighters and rescue team members, it becomes possible to visualize physical stress in extreme conditions and prevent accidents or health issues before they occur. A robust device designed to be waterproof and dustproof supports the "safety" of workers with data, regardless of how harsh the work environment is. *For more details on the safety management platform that prevents accidents for on-site workers, please refer to the materials.

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Overwhelming specifications of the multifunctional vital biometric sensor "Vitalgram2"

Overwhelming specifications of the multifunctional vital biometric sensor "Vitalgram2"

Real-time measurement of over 10 vital signs. Reliability protected by patented technology.

We are unveiling the full details of a compact and multifunctional sensor device protected by dozens of patents. In addition to measuring ECG, heart rate, and respiratory rate, it can collect a wide variety of data, including deep body temperature and stress indicators (RMSSD/LF-HF) calculated using a unique algorithm, all from a single device. We offer two types: a patch type (6g) and a belt-mounted type (15g), allowing you to choose the appropriate wearing style based on your needs. It is effective in a wide range of scenarios, from medical settings to harsh working environments. *For details on the device's size and the sensors it includes, please refer to the documentation.

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[Case Study] Precise Analysis of Physical Load During Running Using Biometric Sensors

[Case Study] Precise Analysis of Physical Load During Running Using Biometric Sensors

Simultaneous measurement of heart rate, body temperature, and acceleration during a 3km run. Maximizing the effects of exercise.

We will provide a detailed introduction to the changes in vital data during actual running, along with time series graphs. Using sensors attached to the back, we accurately tracked the increase in heart rate during running and the subsequent changes in core body temperature. The measurement data showing a gradual decline in body temperature rhythm after exercise cessation, along with a high correlation with rectal temperature, is extremely valuable from the perspective of sports science. This contributes to setting appropriate training intensities tailored to individual fitness levels. *Detailed analysis graphs of the running demonstration data are included in the materials.

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[Example] Remote monitoring of biological sensors to ensure safety at civil engineering and construction sites.

[Example] Remote monitoring of biological sensors to ensure safety at civil engineering and construction sites.

We won't miss any changes in the health of heavy machinery operators. We also track location information through GPS integration.

This is a case of real-time management of workers implemented at construction sites in Himeji City, Hyogo Prefecture, and Rumoi City, Hokkaido. The vital signs of heavy machinery operators working on vast sites can be monitored from the office with 4x playback and real-time monitoring. By monitoring changes in heart rate, respiration, and deep body temperature, we can prevent accidents caused by heatstroke and overwork before they occur. Additionally, by combining GPS location tracking, we enable rapid rescue in case of emergencies. *Specific operational screens and tracking results from construction sites are available in the materials.

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The Science of Meditation Guided by Biological Sensors: A Case Study of "(MU)ROOM"

The Science of Meditation Guided by Biological Sensors: A Case Study of "(MU)ROOM"

Score the "meditative state" from heart rate and breathing. Experience ultimate relaxation.

This is an example of a meditation service that combines spatial control and biometric measurement, currently being offered at hotels like "GOOD NATURE HOTEL KYOTO." Our "Vitalgram2" precisely measures changes in the mind and body within a space enveloped in mist, light, sound, and scent. The collected data is sent to an algorithm developed by Panasonic, which scores the depth of meditation on a scale from 0 to 100. By visualizing changes in fatigue and refreshment through the app, we strongly support the mental health care and habit formation of our guests. *Details of the experience flow in the meditation room and app screens are introduced in the materials.

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Biological sensor for early detection of infectious diseases "Vitalgram"

Biological sensor for early detection of infectious diseases "Vitalgram"

A wearable sensor that detects slight changes in physical condition, enabling early detection of infections through high-precision temperature and electrocardiogram measurements.

To prevent the spread of infectious diseases, the key is how quickly we can detect infections. The flexible adhesive wireless biosensor 'Vitalgram' continuously collects vital data such as electrocardiograms and skin temperature for 24 hours simply by being attached to the chest. It can directly capture subtle increases in body temperature and changes in resting heart rate that appear in the early stages of infection with overwhelming accuracy compared to general inference devices. With its lightweight and comfortable fit, it enables uninterrupted data collection, including during sleep and bathing. By comparing and analyzing baseline data from daily health with current values in real-time, it quickly detects "hidden health issues" before any subjective symptoms appear. [Features] ■ Detects subtle changes in health from skin temperature and electrocardiogram waveforms ■ Early alerts for infection risks before subjective symptoms appear ■ Continuous 24-hour measurement without interruption during bathing and sleep ■ High-precision monitoring to ensure the safety of employees and facility users *For detailed use cases and specifications, please refer to "Download the catalog."

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Biometric sensor for sleep quality management 'Vitalgram'

Biometric sensor for sleep quality management 'Vitalgram'

Visualize deep body temperature rhythms and fundamentally improve sleep quality. A wireless sensor in the form of a band-aid that is unobtrusive during bathing and sleeping.

High-quality sleep is the foundation for maintaining health and improving performance. The wireless biosensor 'Vitalgram,' which can be attached to the chest like a band-aid, is an appropriate device for managing health during sleep. Unlike smartwatches that rely on pulse wave inference, it directly measures changes in posture such as rolling over and lying down using electrocardiogram waveforms, skin temperature, and three-axis acceleration. It is particularly capable of accurately analyzing the "rhythm of deep body temperature," which is closely related to sleep quality, through continuous measurement of skin temperature data. Made from a small, lightweight, and flexible material, it does not hinder rolling over during sleep and does not cause discomfort while wearing. Additionally, it is waterproof, allowing measurements to be taken during bathing, enabling total tracking of how temperature changes from bathing affect sleep onset. [Features] ■ High-precision analysis of deep body temperature rhythm from skin temperature measurements ■ Simultaneous monitoring of posture changes such as rolling over and lying down ■ Lightweight and flexible band-aid type that causes zero discomfort during sleep ■ Continuous data acquisition from bathing to sleep *For detailed use cases and specifications, please refer to "Download the Catalog."

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Heatstroke prevention biosensor "Vitalgram"

Heatstroke prevention biosensor "Vitalgram"

A wearable sensor that accurately measures the internal temperature of clothing and electrocardiograms, enabling heat stroke prediction and safety management for maintenance workers in harsh environments.

Heatstroke prevention measures in harsh environments such as construction sites and plant maintenance are essential as part of a company's duty of care for safety. The small and lightweight adhesive wireless biosensor 'Vitalgram' monitors the health of workers in real-time simply by being attached to the chest. Unlike the inference data from current mainstream simple measuring devices and smartwatches, its greatest strength lies in its ability to directly and accurately measure electrocardiograms, skin temperature, and temperature and humidity inside clothing. In the future, when the introduction of wearable devices for heatstroke prevention becomes common, the "quality and reliability of measurement data" will be critically scrutinized in the event of an accident. 'Vitalgram' can send precise data that leads to predictions of deep body temperature fluctuations to external devices, allowing for heatstroke warning alerts before a dangerous condition occurs. 【Features】 ■ Predicts heatstroke in advance from clothing temperature and humidity and skin temperature ■ Sends electrocardiogram and posture data in real-time ■ Flexible design that is hard to dislodge even in harsh maintenance environments ■ High-reliability data measurement that can serve as proof in case of an accident *For detailed use cases and specifications, please refer to "Download Catalog."

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Biometric sensor for sports environment measurement 'Vitalgram'

Biometric sensor for sports environment measurement 'Vitalgram'

Simultaneously monitoring the referee's physical condition and the pitch environment. An innovative band-aid type sensor that ensures safety in harsh match conditions.

In recent years, holding matches in extreme heat or bad weather conditions has placed an extremely harsh burden on referees in sports competitions. The compact and lightweight biometric sensor 'Vitalgram' is a groundbreaking device that allows referees to measure their own vital signs and environmental data on the pitch simultaneously by simply attaching it to their chest. In addition to monitoring heart rate and activity levels using ECG and 3-axis acceleration, it quantifies the harsh thermal environment at ground level by measuring temperature and humidity inside clothing. Unlike the estimated values from smartwatches, it can transmit direct, high-precision data to the main office in real-time, enabling the introduction of cooling breaks when the risk of heatstroke increases and allowing for scientifically grounded decisions regarding referee substitutions. 【Features】 ■ Ultra-thin, band-aid type sensor that does not hinder intense movement ■ Accurate assessment of referee fatigue based on ECG waveform and activity levels ■ Quantification of the harsh environment on the pitch using clothing temperature and humidity ■ Support for appropriate break decisions through real-time communication *For detailed use cases and specifications, please refer to "Download the Catalog."

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Biometric sensor for fatigue recovery measurement 'Vitalgram'

Biometric sensor for fatigue recovery measurement 'Vitalgram'

Proving the recovery effects of a hydrogen inhalation relaxation chair. Real-time measurement of the fatigue recovery process using highly accurate vital data.

In wellness facilities and relaxation salons, the introduction of high-value-added services such as relaxation chairs that allow hydrogen inhalation is progressing. However, to help customers truly feel the effects of fatigue recovery, the presentation of objective data is essential. By utilizing the biometric sensor 'Vitalgram', the recovery process of customers during service use can be measured and visualized in real-time. With a simple attachment that sticks to the chest, it measures the stability of the autonomic nervous system from the electrocardiogram and analyzes the relaxation effects from improved blood flow based on changes in skin temperature. By using highly reliable direct measurement data that sets itself apart from inference-based wearable devices, service providers can provide customers with specific numerical feedback on "how much fatigue has been recovered." 【Features】 ■ Analyzes the fatigue recovery process from electrocardiogram waveforms and skin temperature ■ Comfortable patch type that does not interfere with relaxation time ■ Objectively quantifies the effects of services such as hydrogen inhalation ■ Enhances customer satisfaction and repeat business with highly reliable data *For detailed use cases and specifications, please refer to "Download the Catalog."

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