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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

6631～6660 item / All 7805 items

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Aerospace-oriented digiVIT eddy current displacement sensor

Aerospace-oriented digiVIT eddy current displacement sensor

Sensitivity adjustment and output conversion with the push of a button. For high-precision vibration monitoring.

In the aerospace industry, vibration monitoring is essential to maintain the safety and performance of aircraft. It is particularly important to accurately measure the minute vibrations of engines and structural components to detect anomalies early. digiVIT contributes to solving the challenges of vibration monitoring in the aerospace field with its high-precision measurement capabilities and ease of operation. 【Application Scenarios】 - Monitoring engine vibrations in aircraft - Monitoring vibrations of structural components - Vibration measurement in testing and research 【Benefits of Implementation】 - Acquisition of high-precision vibration data - Improved safety through early anomaly detection - Increased efficiency in testing and research

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DigiVIT Eddy Current Displacement Sensor for Machine Tools

DigiVIT Eddy Current Displacement Sensor for Machine Tools

Displacement sensor with adjustable sensitivity and output conversion at the push of a button.

In the machine tool industry, it is important to accurately understand the wear state of tools in order to maintain processing accuracy. Tool wear can lead to a decrease in processing accuracy and the occurrence of defective products, potentially reducing production efficiency. digiVIT solves these challenges by measuring tool displacement non-contactly and with high precision, allowing for early detection of wear progression. 【Usage Scenarios】 - Monitoring tool wear in machine tools - Detecting abnormalities in cutting tools - Monitoring grinding wheel wear in grinders 【Benefits of Implementation】 - Cost reduction through optimization of tool replacement - Improvement in processing accuracy - Reduction of defective products

  • Testing Equipment and Devices
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Aerospace Semiconductor Acceleration Sensor 1201/1201F

Aerospace Semiconductor Acceleration Sensor 1201/1201F

MEMS-type collision acceleration sensor measurable from DC. Ideal for black boxes.

In the aerospace industry, it is crucial to accurately record shocks and accelerations in black boxes. This information is essential for investigating the causes of accidents and analyzing flight data. Reliable accelerometers must withstand harsh environments and provide precise data. Our semiconductor accelerometers 1201/1201F support a wide range of ±50 to ±2000 G and meet the recording requirements of black boxes with NIST-traceable accuracy. 【Application Scenarios】 - Aircraft black boxes - Shock recording for rockets and missiles - Shock measurement for spacecraft 【Benefits of Implementation】 - Contributes to the investigation of causes in the event of an accident - Accurate recording of flight data - High reliability and durability

  • Vibration Testing
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【物流向け】衝突用加速度センサ 1201/1201F

【物流向け】衝突用加速度センサ 1201/1201F

貨物輸送中の衝撃を検知し、記録。輸送品質を守ります。

物流業界では、輸送中の貨物への衝撃を正確に把握し、品質を維持することが重要です。衝撃による破損は、顧客からのクレームや企業の信頼失墜につながる可能性があります。当社の半導体加速度センサ 1201/1201Fは、貨物輸送中の衝撃を検知し、記録することで、輸送品質の向上に貢献します。 【活用シーン】 ・トラック輸送中の貨物 ・航空輸送中の貨物 ・鉄道輸送中の貨物 ・倉庫内での貨物移動 【導入の効果】 ・輸送中の衝撃を可視化し、原因を特定 ・衝撃発生時の状況を記録し、証拠として活用 ・輸送ルートや梱包方法の見直しに役立て、輸送品質を向上 ・顧客からのクレーム対応を迅速化 ・企業の信頼性向上

  • Vibration Testing
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Semiconductor Accelerometer for Medical Devices 1201/1201F

Semiconductor Accelerometer for Medical Devices 1201/1201F

For patient monitoring. MEMS accelerometer capable of measurement from DC.

In the field of medical devices, accurately capturing the subtle movements and conditions of patients is crucial for patient monitoring. In particular, high-precision accelerometers are essential for detecting patient body movements and vibrations to aid in the early detection of abnormalities. This product is capable of measurements from DC and can capture the subtle movements of patients. 【Usage Scenarios】 - Monitoring patient body movements - Detecting vibrations in medical devices 【Benefits of Implementation】 - Accurate understanding of patient conditions - Contribution to early detection of abnormalities

  • Vibration Testing
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Through-type photo sensor KI5784

Through-type photo sensor KI5784

Dust-proof type! It is a photo interrupter with analog output.

The KI5784 is a dust-proof photo interrupter with analog output. Its dust-proof structure makes it resistant to the effects of dust. It has high detection accuracy, with a slit width of 0.5 mm. Being a visible light cut type, it is also less susceptible to the effects of stray light. It can be used for object passage detection in card machines, change machines, coin passage detection in vending machines and amusement devices, as well as in OA equipment. For more details, please contact us or refer to the catalog.

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Attachable Micro-Raman Sensor for Pharmaceuticals

Attachable Micro-Raman Sensor for Pharmaceuticals

Easy attachment to microscopes, Raman sensors that accelerate drug analysis.

In the pharmaceutical industry, drug analysis requires rapid and accurate substance identification. Particularly in quality control and research and development of pharmaceuticals, identifying trace components and confirming crystal polymorphs are crucial for ensuring product safety and efficacy. Our "attachable micro-Raman sensor" serves as a cost-effective alternative to expensive Raman microscope systems, easily attaching to your existing microscope in just one minute, streamlining drug analysis. 【Use Cases】 - Quality control of pharmaceuticals - Substance identification in research and development - Analysis of trace components - Confirmation of crystal polymorphs 【Benefits of Implementation】 - Improved operational efficiency through rapid analysis - Cost reduction - Establishment of an analysis environment that is not location-dependent - Enhanced analysis quality through data visualization

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Attachable Micro-Raman Sensor for Semiconductor Quality Control

Attachable Micro-Raman Sensor for Semiconductor Quality Control

Easy attachment to microscopes! Strongly supports quality control in semiconductor manufacturing.

In the semiconductor industry, quality control requires the rapid and accurate analysis of the fine structures and compositions of products. In particular, foreign matter detection on wafers and chips, as well as material composition analysis, are critical factors that influence product yield and reliability. Our "attachable micro-Raman sensor," which serves as a cost-effective alternative to expensive Raman microscope systems, can be easily attached to your existing microscope in just one minute, achieving overwhelming cost performance. As one of the world's smallest plug-in mini-Raman devices, it instantly transforms your microscope into a Raman device, allowing for immediate Raman spectroscopic measurements using a smartphone or tablet. 【Application Scenarios】 - Foreign matter analysis on wafers - Material composition analysis of chips - Quality control in manufacturing processes 【Benefits of Implementation】 - Increased efficiency in quality control through rapid analysis - Cost reduction - Improved convenience through remote measurement

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Attachment-type micro Raman sensor for materials science

Attachment-type micro Raman sensor for materials science

Easily attachable to a microscope, structural analysis of materials anywhere.

In the field of materials science, rapid and accurate structural analysis is required for the evaluation of material properties. Particularly in the development of new materials and quality control, it is important to obtain structural information from micro-regions non-destructively. Our "attachable micro-Raman sensor," which serves as an alternative to expensive large Raman microscope systems, can be easily attached to your existing microscope in just one minute. This facilitates the structural analysis of materials and contributes to the efficiency of research and development. 【Application Scenarios】 - Composition analysis of materials - Foreign substance analysis - Surface analysis - Thin film analysis 【Benefits of Implementation】 - Rapid data acquisition - Cost reduction - Increased convenience due to portability

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Attachment-type micro-Raman sensor for environmental pollutant analysis

Attachment-type micro-Raman sensor for environmental pollutant analysis

Easily attachable to a microscope! Rapidly identify contaminants.

In the field of environmental science, there is a demand for the rapid and accurate identification of contaminants in soil and water quality. In particular, the detection of trace contaminants is crucial for environmental risk assessment. Traditional analytical methods can be time-consuming and costly, potentially hindering prompt responses. Our "Attachable Micro-Raman Sensor" can be easily mounted on your existing microscope, allowing for the swift identification of contaminants. 【Use Cases】 - Soil contamination investigation - Water quality contamination investigation - Analysis of particulate matter in the atmosphere 【Benefits of Implementation】 - Early response through rapid identification of contaminants - Detection of trace contaminants through high-sensitivity analysis - Improved cost performance

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Attachment-type micro Raman sensor for food applications

Attachment-type micro Raman sensor for food applications

Easy Raman spectroscopic analysis of foreign substances in food using a microscope.

In the food industry, foreign matter contamination during the manufacturing process is a serious issue that not only compromises product quality but also leads to health hazards for consumers and a loss of trust for companies. Detecting foreign matter is a crucial challenge in ensuring food safety. Traditional foreign matter inspections required specialized knowledge and expensive analytical equipment. Our "attachable micro-Raman sensor" can be easily mounted on your existing microscope, allowing for the rapid and straightforward identification of foreign matter in food products. This reduces the risk of contamination and enhances food safety. 【Usage Scenarios】 - Foreign matter inspection on food production lines - Incoming inspection of raw materials - Quality control of products 【Benefits of Implementation】 - Faster foreign matter detection - Reduced analysis costs - Improved food safety

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Infrared temperature sensor (8-point measurement)

Infrared temperature sensor (8-point measurement)

One sensor can measure 8 locations! Measuring the temperature distribution on the tire surface and more.

The "Infrared Temperature Sensor (8-point measurement)" is a temperature sensor capable of measuring 8 locations with a single sensor, allowing for the measurement of temperature distribution on surfaces such as tires. It features 8-point measurement, CAN output, compact size, lightweight, and block type. The 1 CAN ID, emissivity, baud rate, response speed, and response frequency can be configured using a CAN communication tool (sold separately). It has been adopted for measuring surface temperature and temperature distribution of tires in top categories of motorsports, experiments, and development. The main applications are in motorsports, general industry, and experiments. 【Features】 ○ Compact size, lightweight, CAN output ○ 8-point measurement ○ 1 CAN ID, emissivity, baud rate, response speed, and response frequency can be configured using a CAN communication tool (sold separately) ○ Body color: red ○ Measurement examples: surface temperature of tires, surface temperature of industrial tanks, exterior walls ○ Product lineup → Measurement range: -20 to 140℃, -20 to 200℃ For more details, please contact us or refer to the catalog.

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POSITEK SENSORS for Mining

POSITEK SENSORS for Mining

Inclination sensor that responds to harsh environments

In the mining industry, accurate tilt detection is essential for monitoring the operating status of heavy machinery and the slope of the ground. Reliable sensors that can withstand harsh environments and support safe operations are required. POSITEK SENSORS assist in safety management and efficient operations in mining. 【Application Scenarios】 - Tilt detection of mining machinery - Monitoring of ground slope - Safety management during excavation work 【Benefits of Implementation】 - Reduced risk of heavy machinery overturning - Improved work efficiency - Realization of a safe working environment

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【Shipbuilding】POSITEK SENSORS

【Shipbuilding】POSITEK SENSORS

Linear, rotational, and tilt sensors designed to withstand harsh environments.

In the shipbuilding industry, structural monitoring is crucial for accurately measuring hull distortion and tilt to ensure safety. In harsh marine environments, the durability of sensors and the accurate acquisition of data are essential, as failures or malfunctions can lead to serious accidents. POSITEK SENSORS are designed for use in extreme conditions, meeting the needs of structural monitoring in shipbuilding. 【Usage Scenarios】 - Measurement of hull distortion - Measurement of hull tilt - Detection of structural anomalies 【Benefits of Implementation】 - Improved safety through high-precision measurements - Long-term use in harsh environments - Reduced risk of failure

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POSITEK SENSORS for Wind Power Generation

POSITEK SENSORS for Wind Power Generation

Wind turbine blade angle measurement sensor for harsh environments.

In the wind power generation industry, it is essential to accurately measure the angle of the blades to maximize the efficiency of wind energy. Particularly in harsh environments such as strong winds and low temperatures, the durability and precision of sensors are crucial. Errors in angle measurement can lead to decreased power generation efficiency and potential damage to the blades. POSITEK SENSORS is designed for use in harsh environments, achieving high durability and accuracy. 【Application Scenarios】 - Blade angle measurement at wind power plants - Performance evaluation of wind turbines - Abnormality detection in blades 【Benefits of Implementation】 - Optimization of power generation efficiency - Reduction of blade damage risk - Decrease in maintenance costs

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Optical Speed Sensor for Automotive Applications, Model 152 G7-E

Optical Speed Sensor for Automotive Applications, Model 152 G7-E

Optical speed sensor specialized for measuring the speed of automobiles.

In the automotive industry, accurate speed measurement is essential for evaluating vehicle performance, ensuring safety, and streamlining the development process. Particularly in motorsports and vehicle testing environments, precise speed measurement of high-speed rotating bodies is required. Traditional measurement methods are often susceptible to noise interference, which can result in inaccurate data. The Optel-Texys "152G7-E," utilizing fiber optic technology, is designed to be less affected by electromagnetic noise, achieving stable measurements even in harsh environments. 【Application Scenarios】 * Speed measurement of motorsport vehicles * Acquisition of speed data in vehicle testing * Measurement of rotational speed of automotive components 【Benefits of Implementation】 * Optimization of vehicle performance through accurate speed data acquisition * Stable measurements due to noise-resistant design * Adaptability to various environments due to compact design

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Optical speed sensor for rotational measurement in aerospace engines

Optical speed sensor for rotational measurement in aerospace engines

Ideal for measuring the rotation of aerospace engines. High precision and high durability speed sensor.

In the aerospace engine industry, accurate measurement of rotational speed is essential to ensure engine performance and safety. Reliable measurement solutions that can withstand harsh environments are required. Our optical speed sensor for rotational measurement supports a high bandwidth of up to 300kHz, enabling precise measurement of high-speed rotating bodies. Its design minimizes the influence of electromagnetic noise, ensuring stable measurements even in harsh conditions. 【Application Scenarios】 - Measurement of rotational speed in aerospace engines - Engine testing - Speed monitoring of rotating bodies 【Benefits of Implementation】 - Optimization of engine performance through high-precision rotational speed measurement - Stable measurement in harsh environments - Improved safety of engines

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Optical Speed Sensor for Mining

Optical Speed Sensor for Mining

For speed management of the transport system. High-precision optical speed sensor.

In mining transport systems, precise speed management is essential. Accurately measuring and controlling the speed of conveyors and other transport devices leads to efficient operations and ensures safety. If the accuracy of speed measurement is low, it can cause issues such as overloading, blockages, or damage to the transported materials. The optical speed sensor 152M-1MHz/OPTEL TEXYS accurately measures the speed of transport systems and addresses these challenges. 【Application Scenarios】 - Monitoring the speed of conveyors - Controlling the speed of sorting lines - Measuring the speed of ore transport vehicles 【Benefits of Implementation】 - Improved transport efficiency - Prevention of overloading and blockages - Enhanced safety

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High-Resolution Capacitive Sensors for Nanotechnology D-050・D-100

High-Resolution Capacitive Sensors for Nanotechnology D-050・D-100

Achieving nano displacement measurement with sub-nanometer resolution. An optimal non-contact displacement sensor for nano material evaluation and nano positioning.

In the field of nanotechnology, it is important to accurately measure minute displacements and deformations of materials and structures at the nanometer level. In particular, sensors capable of detecting slight changes in displacement with high resolution are required for nanomaterial evaluation, nanomeasurement, and nanopositioning. The D-050 / D-100 is a high-resolution sensor that employs a capacitive method for non-contact displacement measurement. With a maximum resolution of 0.01 nm, it enables nanometer-scale displacement measurement and high-precision position control, facilitating high-accuracy measurements in nanotechnology research and nanomeasurement systems. 【Application Scenarios】 - Evaluation of nanomaterial properties - Measurement of thin film thickness - Precise measurement of surface shapes 【Benefits of Implementation】 - Enables high-precision measurements at the nanometer scale - Minimizes the impact on materials through non-contact measurement - Allows real-time correction through multi-axis control

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Sub-nanometer resolution capacitive displacement sensor D-510 for precision machinery

Sub-nanometer resolution capacitive displacement sensor D-510 for precision machinery

Non-contact displacement measurement with sub-nanometer resolution. Contributing to position control and improved machining accuracy of precision processing equipment.

In the field of precision machining, high-precision displacement measurement at the nanometer level is required to improve machining accuracy and equipment performance. Even slight vibrations or positional shifts can significantly impact machining accuracy and product quality. The D-510 is a high-resolution sensor that employs non-contact displacement measurement using capacitive methods. With sub-nanometer resolution, it can perform high-precision position feedback and vibration measurement in precision machining equipment, contributing to the stabilization of the machining process and improvement of accuracy. [Application Scenarios] - Position feedback for precision machining equipment - Position control in micro-machining processes - Precision positioning systems - Semiconductor manufacturing equipment - Precision vibration measurement [Benefits of Implementation] - High-precision displacement measurement at the nanometer level - Reduced impact on the object being measured due to non-contact measurement - Improved machining accuracy - High-precision monitoring of equipment vibrations

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Capacitance Sensor D-510 for Semiconductor Device Nano Displacement Measurement

Capacitance Sensor D-510 for Semiconductor Device Nano Displacement Measurement

Sub-nanometer resolution and a maximum bandwidth of 10 kHz. Non-contact capacitive sensor ideal for wafer position control.

In semiconductor manufacturing, even slight displacements or vibrations of the wafer stage and precision positioning mechanisms can significantly impact processing accuracy and product yield. As semiconductor processes continue to miniaturize, it is crucial to measure displacements at the nanometer level with high precision. The D-510 PISeca is a high-resolution sensor that employs capacitive non-contact displacement measurement. With sub-nanometer resolution and high-bandwidth measurements of up to 10 kHz, it accurately detects minute displacements of the wafer stage and equipment vibrations, contributing to enhanced position control accuracy and process stabilization in semiconductor manufacturing equipment. 【Application Scenarios】 - Position feedback for wafer stages - Nano position control for semiconductor manufacturing equipment - Vibration measurement of wafer surfaces - Precision alignment systems - Semiconductor inspection equipment 【Benefits of Implementation】 - High-precision displacement measurement at the nanometer level - Reduced impact on wafers through non-contact measurement - High-precision monitoring of equipment vibrations - Stabilization of semiconductor processes and improvement of yield

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Introduction of contracted development examples for microcontroller peripheral device driver development.

Introduction of contracted development examples for microcontroller peripheral device driver development.

Introducing case studies of embedded system development by MicroNet Co., Ltd.

Our company has various examples of contracted development for embedded systems, and as one example, we will introduce a case of contracted development for microcontroller peripheral device driver development. We received a request from a circuit board design and manufacturing company for a driver for the SH2A microcontroller's peripheral devices, as well as an inquiry about whether the peripheral device control routines could be turned into a library. Based on our previous development achievements, we proposed that it was possible to create a library for the device drivers. We designed and delivered a driver library for the SH2A microcontroller peripherals and also provided the interface specifications for the library. [Requests] ■ We want a driver for the SH2A microcontroller's peripheral devices. ■ Is it possible to turn the peripheral device control routines into a library? *For more details, please refer to our catalog or feel free to contact us.

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Early detection of leaks from pipes and pumps without contact.

Early detection of leaks from pipes and pumps without contact.

Non-contact floor leak detection equipment monitoring sensor. Start leak monitoring without the need for construction.

In factories and plants, leaks from piping, valves, and pump equipment can lead to equipment shutdowns and decreased safety. VisilantEye is an equipment monitoring sensor that detects floor leaks without coming into contact with the target object. Since it does not require regular replacement or maintenance like leak detection tape, it enables early detection of leaks while reducing maintenance burdens. Do you have any of these concerns? - Relying on manual inspections for leak detection - Difficulty in replacing leak detection tape - Worrying about leaks at night or on holidays - Wanting to reduce the risk of equipment shutdowns Features of VisilantEye: ✓ Non-contact leak detection ✓ Can be implemented without construction ✓ Reduces maintenance burdens ✓ Can be integrated with equipment through external contact output

  • Sensors
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Non-contact liquid leak detection algorithm for detecting liquid leakage.

Non-contact liquid leak detection algorithm for detecting liquid leakage.

Early detection of chemical leaks in semiconductor manufacturing equipment. Supporting risk reduction of equipment downtime and stable operation.

Liquidseeker is a liquid leak detection algorithm that utilizes SWIR (Short-Wave Infrared) technology. By integrating it into compatible SWIR ToF cameras, it can non-contact detect leaks of chemicals, water, oil, and other liquids used in semiconductor manufacturing equipment. It can detect even minor leaks, contributing to the reduction of risks associated with equipment downtime and quality issues due to chemical spills. Do you have any of the following challenges? - Want to detect chemical leaks in semiconductor manufacturing equipment early - Want to prevent equipment downtime due to chemical leaks - Want to understand minor leaks from pipes and joints - Want to automate leak monitoring ■Challenges in Semiconductor Manufacturing In semiconductor manufacturing processes, leaks from chemical supply equipment or piping can lead to production stoppages and equipment recovery work. Early detection of chemical leaks is particularly important, and continuous leak monitoring is required from the perspective of equipment maintenance and preventive maintenance. Liquidseeker supports early detection of equipment abnormalities by detecting chemical leaks using non-contact sensing technology. ■Features of Liquidseeker - Non-contact leak monitoring - Identifies and detects water, chemicals, and oil - Detects even minor leaks - Detects from a distance of up to 3 meters

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  • Surveillance Camera System
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IoT sensor that can easily measure wind direction and wind speed.

IoT sensor that can easily measure wind direction and wind speed.

Visualizing gentle and light winds to support quality control in clean rooms.

Anemolink-2D is an IoT sensor for measuring airflow direction and velocity in clean rooms and positive pressure controlled environments. It visualizes gentle and weak airflows while allowing the acquisition of wind direction and velocity data, which can be utilized for airflow management and improving air quality. Do you face any of the following challenges? - Want to visualize airflow in clean rooms - Want to improve airflow on the production line - Want to understand airflow changes due to layout modifications - Want to evaluate ventilation conditions numerically - Want to acquire wind direction and velocity data ■ Reasons for Choosing Us ✓ Visualization of gentle and weak winds Measures gentle and weak winds occurring in clean rooms and manufacturing sites, visualizing airflow. ✓ Easy Measurement Operates on USB power. Its lightweight and compact design allows for flexible installation in desired locations. ✓ Acquisition of wind direction and velocity data By connecting to a Windows PC, real-time monitoring and logging are possible. ✓ Visualization of CO₂ concentration With the optional CO₂ sensor, wind direction, velocity, and CO₂ concentration can be monitored simultaneously. ✓ Supports multi-point measurement By adding an RS-485 interface board, it can support connections of up to 31 units.

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  • Wind Speed/Volume Meter
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Identify factors and improve yield by monitoring air currents.

Identify factors and improve yield by monitoring air currents.

The increase in defective products is caused by dust in the factory. We want to identify the factors by monitoring airflow and improve yield! A sensor that is perfect for such challenges.

The anemolink-2D is a sensor that helps identify the causes of increased defective products due to dust in the factory by monitoring airflow, contributing to improved yield. It checks wind direction and speed on the top surface and captures airflow starting from a gentle breeze of 0.03 m/s. It can be measured immediately by simply placing it, eliminating the need for complicated settings. Do you have any of the following challenges? - Want to check airflow - Want to reduce defective products caused by dust in the factory - Want to measure wind direction and speed but find it difficult to introduce large-scale equipment - Want to check the measured data ■ Reasons for Choosing Us ✓ Visualization of gentle and weak winds Measures gentle and weak winds occurring in clean rooms and manufacturing sites, visualizing airflow. ✓ Easy Measurement Operates on USB power. Its compact design allows for flexible placement in desired measurement locations. ✓ Wind Direction and Speed Data Acquisition By connecting to a Windows PC, real-time monitoring and log acquisition are possible. ✓ Visualization of CO₂ Concentration With the optional CO₂ sensor, CO₂ concentration can also be monitored. ✓ Supports Multi-Point Measurement By adding an RS-485 interface board, it supports connection of up to 31 units.

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  • Wind Speed/Volume Meter
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Semiconductor Gas Sensor Spraying Type BS-ALC-EEK400C

Semiconductor Gas Sensor Spraying Type BS-ALC-EEK400C

Portable semiconductor alcohol checker.

With the expansion of the obligation for alcohol checks, alcohol management in companies and for individuals is becoming increasingly important. Our alcohol checker is equipped with the latest semiconductor sensor, allowing for high-precision measurements. It is the perfect device for driving tasks such as commuting by car, taking taxis, buses, or trucks. This product complies with the specifications set by the National Public Safety Commission. The measurement method is simple: just press the power button and blow into it. It is a portable mobile type, making it easy to store. It displays measurement values within a range of 0.000 to 1.000 mg/L (200 levels, with a resolution of 0.005 ml/L). If alcohol is detected at a concentration above the standard value in the breath components, it will issue a warning through an alarm sound. The device also has a function that displays the number of measurements taken.

  • Odor Testing
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Test video (1) by miRadar(tm)8《VSM》.

Test video (1) by miRadar(tm)8《VSM》.

[Video of heart rate and breathing detection while driving now available] Using radar technology, biometric information (heart rate and breathing) of multiple individuals can be detected non-contact!

The 24GHz radar-based vital sign monitoring (VSM) system is realized through Sakura Tech's proprietary MIMO FMCW radar module and software for VSM, allowing for long-term monitoring of multiple subjects' heart rates and breathing without physical contact. ■ Features - Vital information detection system using 24GHz MIMO radar "miRadar8" - Non-contact detection of vital information (heart rate and breathing) for multiple individuals. - Measurement through clothing and bedding without privacy invasion. - Simultaneous measurement of multiple targets possible due to MIMO-FMCW method (covers a range of ±45 degrees) - High sensitivity measurement enabled by the use of high-performance chipsets (from Analog Devices) (measurable distance up to 5m) ● Advantages of radar method - Measurement possible without contact - Penetrates clothing and bedding - No brightness restrictions during measurement - No privacy invasion (as it does not use camera images) - Follows the movement of measurement targets For more details, please download the catalog or contact us.

  • Safety Sensors
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Comprehensive lineup of various sensors <pressure, vacuum, hydraulic> [with usage examples]

Comprehensive lineup of various sensors <pressure, vacuum, hydraulic> [with usage examples]

A specialized manufacturer of pressure, vacuum, and hydraulic sensors! We can also respond quickly to special fittings and more!

As an expert in pressure and vacuum measurement and control, we are a dedicated manufacturer of pressure and vacuum control sensors with over half a century of achievements and accumulated experience and know-how. 【Features】 ■ Planning, design, production, and improvement of our own unique production line ■ Consistent in-house production from component processing to shipping ■ Providing high-quality products to customers in a short delivery time 【Main Target Industries】 - Train vehicles - Machine tools - Medical-related - Food-related, etc. *We are capable of accommodating various specifications across all industries. We also have many special specifications available, so please consult with us. ◆ For those interested in our comprehensive lineup, please check [Download] ◆

  • Pneumatic Equipment
  • Hydraulic Equipment
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High-precision MEMS inertial sensors for communication devices

High-precision MEMS inertial sensors for communication devices

Improving the antenna pointing accuracy of communication satellites with small, low-power MEMS technology.

In the telecommunications industry, precise orientation control of antennas is required to maintain stable satellite communication connections. Particularly in small satellites, achieving high-precision attitude control within limited power and space is essential for maintaining communication quality. Inaccurate attitude control can lead to communication interruptions and signal quality degradation. Our MEMS gyroscopes and IMUs enable high-precision attitude detection while being compact and low-power, supporting antenna orientation control for communication satellites. 【Use Cases】 - Antenna orientation control for small satellites - Attitude stabilization for communication equipment - Precise antenna pointing in orbit 【Benefits of Implementation】 - Optimization of satellite resources through reduced power consumption - Increased design flexibility for satellites due to miniaturization - Stabilization of communication quality through high-precision attitude control

  • Sensors
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  • Safety Sensors
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