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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

6751～6780 item / All 7805 items

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Optical sensing system using metal tube fiber optic sensors

Optical sensing system using metal tube fiber optic sensors

[Free sample available] The optical fiber is protected by a metal tube, making it highly resistant to environmental conditions and easy to install.

Pico sensing refers to an optical sensing system that utilizes a metal tube fiber optic sensor called "Pico Sensor." 【Advantages of General Optical Sensing Systems】 ◎ No need for dedicated power supply or signal lines for sensors ◎ No influence from electromagnetic noise ◎ High corrosion resistance and long lifespan due to the glass medium ◎ Usable in explosive atmospheres 【Advantages of the Pico Sensing System】 ■ Flexible selection of sensor types based on the usage environment → The casing material and structure can be freely chosen according to the usage environment, allowing for optimal sensor design ■ Flexible selection of sensor types based on application (including measured physical quantities and resolution) → Comprehensive product specifications for distributed and multipoint types ■ The casing is primarily a metal tube structure, making it easy to attach to the measured object → Mechanical clips and resin bonding are possible, accommodating the realization of installation methods ■ By using heat-resistant optical fibers, temperature sensors capable of measuring up to 500°C can be supplied ■ Easy customization for both distributed and multipoint types ■ Consistent support as an optical system integrator → Support from selection of measuring instruments to sensor design and manufacturing, planning and guidance of installation methods, design and construction of measurement application software, and operation management of measurement systems.

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Light Sensing System 【Enhancing Maintenance Technology for Factory Equipment】

Light Sensing System 【Enhancing Maintenance Technology for Factory Equipment】

[Free sample available] The optical fiber is protected by a metal tube, making it highly resistant to environmental conditions and easy to install.

Pico sensing refers to an optical sensing system that utilizes a metal tube fiber optic sensor called "Pico Sensor." 【Advantages of General Optical Sensing Systems】 ◎ No need for dedicated power supply or signal lines for sensors ◎ No influence from electromagnetic noise ◎ High corrosion resistance and long lifespan due to the glass medium ◎ Usable in explosive atmospheres 【Advantages of the Pico Sensing System】 ■ The sensor form can be freely selected based on the usage environment → The casing material and structure can be freely chosen according to the usage environment, allowing for optimal sensor design ■ The sensor type can be freely selected based on the application (including measured physical quantities and resolution) → Rich product specifications for distributed and multipoint types ■ The casing is fundamentally a metal tube structure, making it easy to attach to the measured object → Mechanical clips and resin bonding are possible, accommodating the realization of installation methods ■ By using heat-resistant optical fibers, temperature sensors capable of measuring up to 500°C can be supplied ■ Customization is easy for both distributed and multipoint types ■ Consistent support as an optical system integrator → Support from selection of measuring instruments to sensor design and manufacturing, planning and guidance of installation methods, design and construction of measurement application software, and operation management of measurement systems.

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High-temperature type FBG

High-temperature type FBG

FBG that can withstand up to 300℃.

Thanks to the unique manufacturing process of TechnicaSA, it can be used in high-temperature environments.

  • Other optical parts
  • Glass
  • Other measurement, recording and measuring instruments
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Bubble sensor "FBS2Z5D-FC"

Bubble sensor "FBS2Z5D-FC"

Detects bubbles and liquid depletion in the tube through which the liquid flows.

The "FBS2Z6D-FC" is a sensor that detects bubbles and liquid depletion in tubes through which liquid flows. The propagation efficiency of ultrasound varies depending on the medium through which it travels (with the property that bubbles < liquid). When there is only liquid in the tube, ultrasound propagates sufficiently, but when air (bubbles) is present in the liquid, our bubble sensor utilizes this relationship to detect bubbles. 【Features】 ■ Nominal frequency of 2 MHz ■ Compact size of φ10mm and H10mm ■ Compatible with adhesive for supplied cases ■ Available for order from a single unit ■ Custom manufacturing options available *Please feel free to contact us for more details.

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No worries about sparks or hydraulic leaks! Fully air-operated snake correction device.

No worries about sparks or hydraulic leaks! Fully air-operated snake correction device.

There are no worries about sparks or hydraulic leaks! This is a completely air-operated alignment correction device that can be used safely and securely!

This is a wavering correction device that does not use hydraulic, electrical, or electronic components at all, eliminating the need for explosion-proof measures and allowing for safe and secure use in clean rooms. This unique edge guide device is compliant with the European RoHS directive and is sold not only domestically but worldwide. Since it does not use electricity, it can easily correct wavering by simply piping compressed air. (Note: The European RoHS directive refers to the EU directive that restricts the use of certain hazardous substances in electrical and electronic equipment. It was announced in February 2003 along with the WEEE directive and came into effect in July 2006.)

  • Other packaging machines
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Air source only meandering correction device [no explosion-proof required as it does not use electricity or hydraulics]

Air source only meandering correction device [no explosion-proof required as it does not use electricity or hydraulics]

The world's only edge guide device that corrects wandering using only factory air sources for clean rooms and food machinery. Also complies with the European RoHS directive.

This is a waviness correction device that does not use hydraulic, electric, or electronic components at all, so there is no need for explosion-proofing, allowing for safe and secure use in clean rooms. This unique edge guide device is compliant with the European RoHS directive and is sold not only domestically but also worldwide. Since it does not use electricity, it can easily correct waviness by simply piping compressed air. (Note: The European RoHS directive refers to the EU directive on the restriction of the use of certain hazardous substances in electrical and electronic equipment. It was announced in February 2003 along with the WEEE directive and came into effect in July 2006.)

  • Other packaging machines
  • Food Packaging Machinery
  • Other conveying machines
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[New Product] Ribbon-Type Thermocouple Temperature Sensor 'RB Type Sensor'

[New Product] Ribbon-Type Thermocouple Temperature Sensor 'RB Type Sensor'

Ultra-thin 150μm elongated ribbon-type temperature sensor! Now suitable for narrow spaces and gaps where installation was previously impossible!

The "RB-type sensor" is a temperature sensor that features a thin and elongated thermocouple molded with polyimide, finished to a thickness of just 150μm, enhancing heat resistance and strength. It can be used in narrow spaces where installation was previously impossible, and it can be installed anywhere without taking up space, as there are no joints in between. This product has already demonstrated measurement capabilities for electronic components, batteries, motors, and more. [Examples of Use] ■ Temperature measurement of micro electronic components ■ Heat dissipation measurement of heat sinks ■ Heat generation measurement of battery cells ■ Heat management of motors ■ Effect verification of heat dissipation fins, among many others *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

  • Thermometer
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Toilet flush sensor

Toilet flush sensor

I disassembled an electronic circuit board that automatically dispenses water when you wave your hand near the restroom.

The mechanism that responds and flushes when you bring your hand close while flushing the toilet is called a flush sensor. This time, we conducted a disassembly investigation of that product. The structure is quite simple. It is equipped with an 8-bit microcontroller and a capacitive controller, which detects the response and is controlled by the microcontroller. The size of the circuit board is also very small, and the components are of course mounted on one side. If you are interested, please feel free to contact us. The price starts at $999.

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Rubber magnet for magnetic proximity switches

Rubber magnet for magnetic proximity switches

Free pasting is possible, and the detection distance can also be adjusted by the magnetic flux density of the magnet!

The "Rubber Magnet for Magnetic Proximity Switches" can be used as a detection body for magnetic proximity switches. It can be easily cut with scissors and comes with double-sided tape, allowing for flexible attachment. By sticking it to the desired location where you want the magnetic proximity switch to turn ON, you can easily achieve switching in a specific area. 【Features】 ■ Available with N and S poles on the surface using anisotropic magnets ■ Adhesive tape on the back side ■ Available in two thicknesses: 0.9mm and 1.6mm, with a width of 50mm *For more details, please refer to the PDF document or feel free to contact us.

  • magnet
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I tried weight measurement with a smart force sensor!

I tried weight measurement with a smart force sensor!

I tried weight measurement with a smart force sensor and Arduino! The LED lights up red when the threshold is exceeded! There is a YouTube video!

The "Smart Force Sensor" is a capacitive load displacement sensor that combines metal spring manufacturing technology with electronic control technology. It is very compact and does not require large auxiliary equipment like existing load cells. The detection and signal processing units have been simplified and miniaturized. *We created a demo device using the Smart Force Sensor and Arduino! When a weight is added and exceeds a set value, an LED lights up red. Please check out the YouTube video!!

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  • Other weight measuring instruments
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High-speed and high-precision thickness measurement and shape measurement! Precitech non-contact sensors.

High-speed and high-precision thickness measurement and shape measurement! Precitech non-contact sensors.

A non-contact sensor manufacturer skilled in measurements using chromatic aberration confocal method and spectral interference method. Strong in high-speed and high-precision thickness and shape measurements. Capable of handling various materials!

Presitech is a German manufacturer of non-contact sensors. They develop and manufacture optical sensors using chromatic aberration confocal method and spectral interference method. They specialize in high-speed and high-precision thickness measurement and shape measurement, which are used for wafer thickness, edge shape, height measurement, and flatness measurement and inspection. They offer a wide measurement range, tolerance angles, and can accommodate various materials, including line sensors and area scanners suitable for full surface measurement. They have numerous achievements in being integrated into semiconductor manufacturing equipment and are also used in LCD manufacturing equipment and inline inspection of films. Additionally, they are utilized as embedded sensors for tabletop machines such as standalone units. **Applications** Thickness measurement before and after wafer processing (such as polishing), thickness measurement of films/l coatings, glass wafer thickness inspection, wafer edge shape, TTV, flatness, wire bonding shape, micro bump shape, weld joint shape, PCB shape, non-contact distance sensors mounted on CMM, thickness of foil for batteries, glass thickness, air gaps, etc. *For more details, please refer to the PDF materials or feel free to contact us.*

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Idea Blog

Idea Blog

Discovering the potential of new products! We will create prototypes and pursue technology and ideas.

On the Touchence homepage, we are featuring the "Idea Blog." The sensors we have developed independently have the potential to create entirely new things depending on the ideas. To discover that potential, we create prototypes and pursue technology and ideas. Please take a look. 【Featured Content (Partial)】 ■ Haptics + AI ■ Flexible Mattress ■ Game Controller (Input Device Proposal) ■ Small Force Plate (Input Device Proposal) ■ Child Seat *You can view the detailed content of the blog through the related links. For more information, please feel free to contact us.

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To all cosmetics manufacturers: Measuring and quantifying 'tactile sensation' with tactile sensors.

To all cosmetics manufacturers: Measuring and quantifying 'tactile sensation' with tactile sensors.

The Shokac Probe has a structure similar to human fingerprints and can simultaneously detect fine surface irregularities and changes in frictional force!

The "Shokac Probe" is a tactile sensor that measures "touch." It has a structure similar to a human fingerprint and can simultaneously detect fine surface irregularities and changes in friction. It is expected to be used in various situations, allowing for the quantification of tactile evaluations in the inspection processes of robots, as well as the quantification of the health status of skin and hair, enabling personalized care recommendations. 【Features】 ■ Quantification of skin tactile sensation ■ Quantification of the tactile sensation of paper and fabric ■ Quantification of hair structure and tactile sensation ■ The probe tip's contact element scans the surface ■ Utilizes Micro-Electro-Mechanical Systems (MEMS) ■ A high-resolution structure that is compact and can achieve mass production effects *For more details, please refer to the related links or feel free to contact us.

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To all collaborative robot manufacturers: Would you like to measure and quantify tactile sensation?

To all collaborative robot manufacturers: Would you like to measure and quantify tactile sensation?

The Shokac Probe has a structure similar to human fingerprints, allowing for simultaneous detection of fine surface irregularities and changes in frictional force!

The "Shokac Probe" is a tactile sensor that measures "touch." It has a structure similar to a human fingerprint and can simultaneously detect fine surface irregularities and changes in friction. It is expected to be used in various situations, allowing for the quantification of tactile evaluations in the inspection processes of robots, as well as the quantification of the health of skin and hair, enabling tailored care suggestions for individuals. 【Features】 ■ Quantification of skin tactile sensation ■ Quantification of the tactile sensation of paper and fabric ■ Quantification of hair structure and tactile sensation ■ The probe's contact sensor scans the surface ■ Utilizes Micro-Electro-Mechanical Systems (MEMS) ■ A technology that achieves high-resolution structures while being compact and suitable for mass production *For more details, please refer to the related links or feel free to contact us.

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Why not measure the skills and senses of artisans with tactile sensors and preserve them as numerical data?

Why not measure the skills and senses of artisans with tactile sensors and preserve them as numerical data?

"Shokac Probe" has a structure similar to human fingerprints, simultaneously detecting fine surface irregularities and changes in frictional force! Contributes to the shortage of successors.

The "Shokac Probe" is a tactile sensor that measures "touch." It has a structure similar to human fingerprints and can simultaneously detect fine surface irregularities and changes in friction. It is expected to be used in various situations, allowing for the quantification of tactile evaluations in the inspection processes of robots, as well as the quantification of the health status of skin and hair, enabling personalized care recommendations. 【Features】 ■ Quantification of skin tactile sensation ■ Quantification of tactile sensation of paper and fabric ■ Quantification of hair structure and tactile sensation ■ The probe tip's contact sensor scans the surface ■ Utilizes Micro-Electro-Mechanical Systems (MEMS) ■ A high-resolution structure that is compact and allows for mass production effects *For more details, please refer to the related links or feel free to contact us.

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Operator Proximity Detection Sensor [Demo Unit Rental]

Operator Proximity Detection Sensor [Demo Unit Rental]

Detecting the surroundings of heavy machinery in 360 degrees with IC tags! Measures to prevent collision accidents and near misses at work sites!

The "Hiyari Hunter," a worker proximity detection sensor, detects the approach of workers carrying IC tags and alerts heavy machinery operators to potential dangers through alarms. The IC tag can detect workers in noisy environments, such as factories and warehouses, as well as those hidden from view, using a magnetic field in all 360° directions. It is compact in size, making it unobtrusive when placed in a work uniform pocket. 【Features】 ■ Long battery life (up to approximately 3 years) with a small-sized tag ■ Capable of detecting not only workers but also the approach of vehicles ■ Unit type that can be retrofitted ■ Compatible with large machinery, including reach and counter types ■ Maximum detection range of 9 to 14 meters *For more details, please contact us or download the catalog for further information.

  • Other safety equipment
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Prevent near-miss incidents at factories and construction sites! Vehicle approach warning sensor *Demo in progress.

Prevent near-miss incidents at factories and construction sites! Vehicle approach warning sensor *Demo in progress.

After implementation, there have been zero near-miss incidents! A vehicle proximity detection system with few false alarms such as "continuous alarms." *Case studies and product catalog available.

The "Hiyari Hunter" is a sensor device that detects the approach of workers carrying IC tags and alerts heavy machinery operators to potential dangers. It contributes to the safety management and safety measures of companies conducting operations. 【New Features】 ■ People Display (an external unit that shows how many people are nearby) ■ Cabin Canceller (does not trigger alarms in the driver's seat) ■ Introduction of other safety management using tags 【Features】 ■ Long-lasting battery (up to approximately 3 years) with a compact IC tag ■ Ability to identify which forklift detected the presence (reducing the risk of excessive alarms) ■ Capable of detecting not only workers but also the approach of vehicles (optional equipment required) ■ Unit type that can be retrofitted ■ Compatible with large machinery, including reach and counter types ■ Maximum detection range of 9 to 14 meters (adjustable) *For more details, please refer to the catalog or feel free to contact us. Demonstrations are also available, so please let us know if you are interested!

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A single unit measures acceleration, angular velocity, and geomagnetism on three axes each! 9-axis motion sensor.

A single unit measures acceleration, angular velocity, and geomagnetism on three axes each! 9-axis motion sensor.

[Downloadable detailed catalogs for each product] Wireless monitoring/data logging of acceleration, angular velocity, and geomagnetism in one device! Low cost with minimal implementation risk!

【Industry-leading low prices】 Entry model available from 50,000 yen! 【All-in-one design】 　■ Equipped with a high-performance DSP for advanced calculations 　　Real-time computation of measurement data and wireless transmission 　■ Logger function 　　Data logging essential for research purposes in built-in memory 　■ Wireless control/real-time monitoring 　　Change sensor settings and monitor measurement data in real-time wirelessly 【Uses a unique wireless method specialized for sports!】 Emphasizing simultaneous control of multiple units and synchronization performance, with a wireless communication range of up to 50 meters in line of sight, making it suitable for various sports measurement environments. *Detailed product catalogs can be downloaded from the PDF link below!

  • Other electronic measuring instruments
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Sun Sensor SSOC-D60 for Small Satellites

Sun Sensor SSOC-D60 for Small Satellites

Achieving accuracy, durability, and high sensitivity of Sun Sensors in space.

The SSOC-D60 is an innovative sun sensor designed for high-precision solar tracking, positioning, and attitude determination for small satellites. This device leverages advanced MEMS manufacturing processes to directly integrate sensing structures onto the chip, providing a compact and efficient solution for space applications. Key features include: - Direct measurement of the solar incident angle in both axes without external calculations - High sensitivity based on the device's geometric design - Minimization of degradation through a metal shield and cover glass that protect against radiation - Calibration and characterization of each sensor to ensure reliability - Digital interface for easy integration into satellite systems The benefits of using the SSOC-D60 include improved accuracy in sun sensing and positioning, which enhances satellite operations and data collection. The device's durability and resistance to harsh space conditions also ensure long-term performance, making it a valuable asset for any space mission.

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Design and Development: Band-Aid Biometric Sensor 'Vitalgram'

Design and Development: Band-Aid Biometric Sensor 'Vitalgram'

Real-time transmission and analysis of biometric information such as electrocardiograms and body surface temperature, as well as activity levels during exercise.

AffordSense Inc. has developed a wireless biometric sensor in the form of a bandage called "Vitalgram," which provides a comfortable wearing experience. It can acquire biometric information such as ECG and body surface temperature, activity levels during exercise, changes in altitude due to posture and stair climbing, as well as environmental information like temperature and humidity. The data can be sent in real-time to external devices such as smartphones and mobile terminals for analysis. [Design and Development] - Biometric Sensors - Customization of Vitalgram Hardware and Software [We will be exhibiting at a trade show] - Event: 4th Medical and Nursing Comprehensive EXPO Osaka (Commonly known as Medical Japan 2018 Osaka) - Dates: February 21 (Wednesday) to February 23 (Friday), 2018 10:00 AM to 6:00 PM (until 5:00 PM on the last day) - Location: Intex Osaka - Booth No. 29-20 (Zone B, Hall 6) Within the 8th Kansai Medical Device Development and Manufacturing Exhibition Area 1, No. 28 *For more details, please refer to the catalog or feel free to contact us.

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Application fields of the adhesive bandage biosensor "Vitalgram"

Application fields of the adhesive bandage biosensor "Vitalgram"

Real-time transmission and analysis of information such as electrocardiogram, body surface temperature, 3-axis acceleration, and environmental temperature.

"Vitalgram" is a wireless biosensor in the form of a patch that can be simply attached to the chest, sending real-time biometric data to external devices such as mobile terminals, allowing for the analysis of the body's condition and changes over time. It can be used for "monitoring" purposes for elderly individuals living alone, infants at home, and nurse calls in hospitals, as well as for "health management" to check daily health conditions and fatigue levels of professional drivers, among various other scenarios. *For more details, please feel free to contact us.*

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Vitalgram Application Examples: Rehabilitation / Health Management / Heat Stroke Prediction

Vitalgram Application Examples: Rehabilitation / Health Management / Heat Stroke Prediction

Introducing applications of a lightweight and flexible small adhesive bandage-type wireless biosensor.

The adhesive bandage-type wireless biometric sensor "Vitalgram" can be applied to rehabilitation and remote exercise support services conducted at home and in facilities, as well as to health management of workers in hazardous workplaces and prediction of heatstroke. *For more details, please feel free to contact us.

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Health Prevention: Long-term Health Management Supported by Biosensors

Health Prevention: Long-term Health Management Supported by Biosensors

Health management viewed as a "line" rather than a "point." Continuous monitoring to protect your future self.

Understanding biological rhythms, which cannot be seen through temporary measurements, is the key to improving lifestyle-related diseases and managing body shape. Biological sensors that continuously collect vital data for 24 hours capture daily activity levels, heart rate, and body temperature rhythms as a "line." This allows for accurate understanding of changes in the body due to lifestyle improvements as parameters, making it possible to maintain motivation towards achieving goals. Long-term data accumulation becomes highly valuable evidence in collaboration with doctors and in managing pre-disease conditions. *Detailed materials explain the reasons why long-term monitoring extends healthy life expectancy.

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[Driving Safety] Preventing Major Accidents in Advance with Biometric Sensors

[Driving Safety] Preventing Major Accidents in Advance with Biometric Sensors

Predicting drowsy driving and providing warnings. Accident prevention solutions that support the safety of logistics and public transportation.

We eliminate the accident risks posed by drowsiness and sudden illnesses in drivers of automobiles and trains using advanced analytical technology. The biometric sensors worn by drivers detect signs of drowsiness from fluctuations in heart rate and issue warnings before attention wanes. They also detect sudden changes in vital signs associated with conditions like epilepsy in real-time, providing a buffer to safely stop the vehicle. Through analysis linked to GPS location data, we identify stress points along the travel route, contributing to the optimization of operational plans. *Examples of drowsiness detection algorithms and their application in operation management are available in the downloadable materials.

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[Training] Development of Optimal Menu Planning Using Biological Sensors

[Training] Development of Optimal Menu Planning Using Biological Sensors

A sustainable choice to exceed limits. Personalized training that takes into account the environment and physical condition.

By integrating and analyzing environmental factors such as temperature and humidity with an individual's condition, we derive optimal training methods. Patch-type biosensors simultaneously measure temperature, humidity, altitude, and even cardiopulmonary load within clothing, calculating the appropriate amount of exercise for that day. To prevent injuries from overwork, we precisely score the body's condition based on the rate of increase in deep body temperature and the recovery speed of heart rate. By formulating training plans based on scientific evidence, we can efficiently and safely improve performance in a short period. *For details on the integrated analysis that maximizes athlete performance, please refer to the materials.

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The necessity of wearable biosensors that visualize the body's "biological rhythms" for health.

The necessity of wearable biosensors that visualize the body's "biological rhythms" for health.

Vital data that changes moment by moment, not missing a single instant.

Human health is deeply dependent on daily lifestyle habits and biological rhythms, and transient measurements are insufficient. A healthy person's body temperature fluctuates throughout the day, and blood pressure and heart rate (100,000 times a day) are constantly varying. To capture these continuous changes, 24-hour continuous monitoring is essential. This technology seamlessly integrates into daily life, recording subtle changes in both body and mind, and supports true health management. *For examples of vital data trends and the importance of measurements, please refer to the materials.*

  • Sensors
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[Case Study] Visualizing the Stress of Snow Removal Workers with Biometric Sensors

[Case Study] Visualizing the Stress of Snow Removal Workers with Biometric Sensors

Proving the difference between skilled and unskilled workers with data. DX of safety education.

In the snow removal work in Rumoi City, Hokkaido, the mental load experienced by workers was analyzed using the "LF/HF" index. It was confirmed that inexperienced workers tend to have greater heart rate variability and maintain higher values of the stress index "LF/HF" compared to experienced workers. By cross-referencing behaviors extracted from acceleration data with stress values, it is possible to identify which operations are causing psychological burden. This quantified data is being utilized as a tool for effective skill transfer and safety education. *For comparison data and detailed analysis examples between experienced and inexperienced workers, please refer to the materials.

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Quantification of labor load and pre-disease management realized through biosensors and life logging.

Quantification of labor load and pre-disease management realized through biosensors and life logging.

Visualizing the "quality" of work styles through data. Towards improving work-life balance.

This is a new management method that seamlessly measures daily life and working hours, scoring physical and mental stress. It calculates "LSIndex (Lifestyle Index)" based on sleep duration, light tasks, and periods of high physical load. By visually understanding physical condition through radar charts, it can aid in guiding appropriate breaks and preventing lifestyle-related diseases. It supports data management aimed not only at the "safety" of the workplace but also at enhancing the "well-being" of each employee. *Please refer to the materials for indicators of lifestyle analysis and examples of scoring.

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Biometric sensor for product evaluation "Vitalgram"

Biometric sensor for product evaluation "Vitalgram"

Demonstrating the effectiveness of the assist suit with objective data. Strongly supporting the manufacturer's product evaluation with electrocardiograms and posture measurements.

In the development and implementation of power assist suits, how to objectively evaluate their fatigue reduction effects has become an important issue. The wearable biosensor 'Vitalgram' is an appropriate tool for accurately quantifying the physical load on suit wearers. Its small and lightweight design, which simply adheres to the chest, does not interfere with the operation of the assist suit or the movements of the wearer. In addition to analyzing stress and fatigue levels through electrocardiograms during work, it uses 3-axis acceleration and angular velocity sensors to measure detailed movements such as walking states and forward-leaning postures in real time. Since it can obtain highly reliable biosensor data comparable to that in the medical field, manufacturers can provide clear evidence to address the question of whether it is truly effective. 【Features】 ■ Small and lightweight patch type that does not hinder suit movement ■ Evaluates the fatigue reduction level of the wearer through electrocardiogram waveform analysis ■ Accurately records posture during work using 3-axis acceleration and angular velocity ■ High-reliability data usable for product evaluation by manufacturers *For detailed usage examples and specifications, please refer to "Download the catalog."

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