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Sensors Product List and Ranking from 1368 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. 富士紡ホールディングス 近未来商品開発統括部 (BtoBサイト担当部門) Tokyo//fiber
  3. MACOME CORPORATION NAGANO TOKYO OSAKA NAGOYA HIROSHIMA Nagano//Industrial Electrical Equipment
  4. 4 センシリオン Kanagawa//Electronic Components and Semiconductors
  5. 5 エスエスシー Mie//Machine elements and parts
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Sensors Product ranking

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

  1. Fujibo "Resistance Change Type Flexible Load Sensor" *Under Development 富士紡ホールディングス 近未来商品開発統括部 (BtoBサイト担当部門)
  2. Radar Level Sensor "FR Series"
  3. PICLIA Piezo Cable Sensor - High Heat Resistance, High Sensitivity *Evaluation Kit DAIKIN FINETECH, LTD.
  4. 4 Clamp-on flow sensor "FD-H series"
  5. 5 High-performance wireless vibration sensor with fault analysis capabilities for rotating machinery.

Sensors Product List

4051～4080 item / All 7861 items

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Piezoelectric force sensor

Piezoelectric force sensor

High sensitivity to detect minute fluctuations in force associated with the process! Suitable for harsh environmental conditions.

We would like to introduce our "Piezoelectric Force Sensor." It achieves high sensitivity to detect minute variations in force associated with processes. By using each measurement transducer, it is compatible with various ARTIS monitoring systems. We offer three types: "RS-M10," "RS-M12," and "RS-M16." Please feel free to contact us when you need assistance. 【Features】 ■ High sensitivity to detect minute variations in force associated with processes ■ Built-in charge amplifier ■ Suitable for harsh environmental conditions ■ Compact design *For more details, please refer to the PDF materials or feel free to contact us.

  • Sensors
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3-axis accelerometer "VA-3D MEMS"

3-axis accelerometer "VA-3D MEMS"

Protection level IP66/IPx7! It features a compact design with an IEPE interface.

We would like to introduce our 3-axis accelerometer, the 'VA-3D MEMS'. It is capable of capturing acceleration signals and utilizes MEMS technology. It is used in the CTM and GENIOR MODULAR monitoring systems. It has a protection rating of IP66/IPx7 and is resistant to cutting fluid. Additionally, it features a compact design with an IEPE interface. 【Features】 ■ Captures acceleration signals ■ MEMS technology ■ Used in CTM and GENIOR MODULAR monitoring systems ■ Protection rating IP66/IPx7, resistant to cutting fluid ■ Compact design ■ IEPE interface *For more details, please refer to the PDF document or feel free to contact us.

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3-axis accelerometer/gravity sensor "VA-3D MG"

3-axis accelerometer/gravity sensor "VA-3D MG"

MEMS technology! Suitable for use in the GEMVM monitoring system.

We would like to introduce our 3-axis acceleration/gravity sensor, the 'VA-3D MG', which we handle. It is suitable for use in the GEMVM monitoring system. Generally used for machine spindles and axes. It has a protection rating of IP66/IPx7 and is resistant to cooling lubricants. The compact design features interfaces of IEPE and RS485. 【Features】 ■ Intelligent 3-axis sensor ■ MEMS technology ■ Captures acceleration signals ■ Suitable for use in the GEMVM monitoring system ■ Generally used for machine spindles and axes *For more details, please refer to the PDF document or feel free to contact us.

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  • Sensors
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Dicing Machine Sensor "VBI (Blade Inspection System)"

Dicing Machine Sensor "VBI (Blade Inspection System)"

Achieving reduced cycle time in chip manufacturing and high quality! Sensors for blade monitoring during wafer cutting.

"VBI" monitors the blade during wafer cutting, ensuring high reliability and reducing waste. By measuring blade wear and shape in real-time, it achieves scrap reduction without stopping production. The interface unit connects two sensors. It is possible to perform the same function with both or to execute two different functions. *For more details, please refer to the PDF document or feel free to contact us.*

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  • VBI_002_s.jpg
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  • Wafer
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Charge Output 3 Axis Accelerometer 7530A

Charge Output 3 Axis Accelerometer 7530A

Compact and lightweight +200℃ temperature range high airtight 5.6pC/g charge output TE Connectivity Sensor Solutions

The Model 7530A is a piezoelectric charge-type triaxial accelerometer (acceleration pickup, acceleration sensor) designed to measure high-frequency vibrations and shocks. It is equipped with three independent shared quartz piezoelectric elements, improving the instability observed in long-term use with an epoxy resin structure. The shared quartz piezoelectric elements can provide stable thermal response up to +200°C and exhibit an optimal signal-to-noise ratio with a charge output of 5.6 pC/g.

  • Vibration Testing
  • Sensors
  • Testing Equipment and Devices
  • Sensors

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DC response durable cable acceleration sensor 64C

DC response durable cable acceleration sensor 64C

DC response acceleration sensor, durable low-noise cable, compact, reliable performance.

The Model 64C accelerometer (acceleration pickup, accelerometer) is based on advanced piezoresistive MEMS sensor elements that provide an excellent dynamic range and stability. This sensor features a full bridge output structure and is characterized by compensation in the temperature range of 0 to +50º C. A small amount of gas damping provides outstanding shock survivability and a flat amplitude/phase response of up to 7 kHz. The Model 64C complies with the SAE J211 standard for sensors used in crash test dummies.

  • Vibration Testing
  • Impact Test
  • Other inspection equipment and devices
  • Sensors

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Current impulse sensor M703A/M705A

Current impulse sensor M703A/M705A

Simply passing a cable allows for current measurement. It is a compact, lightweight current sensor that is easy to install and excels in shock resistance and responsiveness.

This product is a current sensor that applies the magnetic effect known as the Hall effect, allowing for current measurement simply by passing a cable through it. It is used in fields such as automotive collision safety.

  • Ammeter
  • Sensors

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Charge-type accelerometer 7514A, high sensitivity, manufactured by TESS.

Charge-type accelerometer 7514A, high sensitivity, manufactured by TESS.

High sensitivity 50 pC/g charge type acceleration pickup, usable at a maximum temperature of 260°C, manufactured by TE Connectivity.

The Model 7514A accelerometer is a charge-type accelerometer that boasts an excellent dynamic range and stability performance. This accelerometer has a temperature operating range of -73°C to +260°C, and it can withstand shock (10000g) with a response capability of up to 14000Hz (±2dB). The housing is made of stainless steel, and it features a shared piezoelectric ceramic crystal inside. Its lightweight and compact design, along with its ability to operate at high temperatures, make it suitable for measurement applications in various fields.

  • Vibration Testing
  • Strength Testing Equipment
  • Sensors

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[6-axis integrated] A sensor capable of measuring 3-axis acceleration and 3-axis gyro in one unit.

[6-axis integrated] A sensor capable of measuring 3-axis acceleration and 3-axis gyro in one unit.

Compact and lightweight with the capability to measure up to 6 axes. Customizable order with selectable ranges for acceleration and gyro. Shock resistance up to 5000g.

The Model 633 Six-Degree of Freedom Sensor is a compact and lightweight sensor that integrates a 3-axis accelerometer and a 3-axis gyroscope. It offers six customizable options for acceleration ranges from ±50 to ±500 [g] and six options for angular velocity ranges from ±500 to ±24000 [deg/sec]. It features a mechanical stopper structure internally, providing high shock resistance of up to 5000g, making it suitable for collision and impact testing. The operating temperature range is from -40°C to +105°C. The housing is sealed with epoxy resin, meeting the IP65 standard for dust and water protection. We listen to your testing environment and requirements to recommend the most suitable sensor that meets your conditions. If you have any concerns about selecting a sensor, please feel free to contact us.

  • Vibration Testing
  • Impact Test
  • Testing Equipment and Devices
  • Sensors

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Accelerometer Technology Handbook No. 1: Types and Features of Accelerometers

Accelerometer Technology Handbook No. 1: Types and Features of Accelerometers

Technical documents on the usage examples of accelerometers categorized by application for development, design, and evaluation testing.

This document briefly summarizes the characteristics of each type of accelerometer used in tests, including piezoelectric, built-in amplifier, and MEMS bridge. Please refer to the specifications and usage examples below. [Technical Handbook Table of Contents] No.1 Types and Characteristics of Accelerometers No.2 Types and Characteristics of Accelerometers (Overview of Specifications) No.3 Characteristics and Usage Environment of MEMS Bridge Type No.4 Characteristics and Usage Environment of Piezoelectric Type No.5 Characteristics and Usage Environment of Built-in Amplifier Type No.6 Handling Precautions (In Preparation) No.7 Application Example 1 - Ride Comfort Vibration Test No.8 Application Example 2 - Engine No.9 Application Example 3 - Automotive Crash Test (Body)

  • Technical and Reference Books
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Accelerometer Technology Handbook No. 5: Features and Operating Environment of Amplifier-Integrated Types

Accelerometer Technology Handbook No. 5: Features and Operating Environment of Amplifier-Integrated Types

Technical documentation on examples of use for accelerometers categorized by application, such as in development, design, and evaluation testing.

This summarizes the features and usage environment of built-in amplifier piezoelectric type (IEPE type) accelerometers. For other specifications and usage examples, please refer to the following. [Technical Handbook Table of Contents] No.1 Types and Features of Accelerometers No.2 Types and Features of Accelerometers (Overview of Specifications) No.3 Features and Usage Environment of MEMS Bridge Type No.4 Features and Usage Environment of Piezoelectric Type No.5 Features and Usage Environment of Built-in Amplifier Type No.6 Handling Precautions (In Preparation) No.7 Example of Use 1 - Ride Comfort Vibration Testing No.8 Example of Use 2 - Engine No.9 Example of Use 3 - Automotive Crash Testing (Body)

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Accelerometer Technology Handbook No. 7 Application Example 1 Ride Comfort Vibration Test

Accelerometer Technology Handbook No. 7 Application Example 1 Ride Comfort Vibration Test

Technical documentation on examples of use for accelerometers categorized by application, such as in development, design, and evaluation testing.

This briefly introduces the measurement when assessing ride comfort, such as for seat cushions, as an example of usage. Please refer to the following for other specifications and usage examples. [Technical Handbook Table of Contents] No.1 Types and Characteristics of Accelerometers No.2 Types and Characteristics of Accelerometers (Overview of Specifications) No.3 Features and Usage Environment of MEMS Bridge Type No.4 Features and Usage Environment of Piezoelectric Type No.5 Features and Usage Environment of Built-in Amplifier Type No.6 Precautions for Handling (In Preparation) No.7 Example of Use 1 - Ride Comfort Vibration Testing No.8 Example of Use 2 - Engine No.9 Example of Use 3 - Automotive Crash Testing (Body)

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Heat flux sensor

Heat flux sensor

Sensors that can be used up to 850℃. Sheet type is also available.

This is a heat flux sensor manufactured by Bardel, which has received high acclaim in the field of heat flux measurement. We have a lineup tailored to various applications, so please feel free to consult us.

  • Sensors
  • Sensors

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Pressure transducer

Pressure transducer

Variable reluctance pressure transducer

From ultra-low differential pressure types with a full scale of ±2.2mm H2O to high-pressure types with a full scale of 880kg/cm², we offer a wide range of models to meet various customer needs.

  • Sensors
  • Sensors

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Heat flux micro sensor

Heat flux micro sensor

Thin film devices fabricated by chemical vapor deposition using proprietary technology.

A thin film device that measures surface temperature using a resistance temperature sensor (RTS) and measures heat flux using a heat flow sensor, both chemically vapor-deposited on an aluminum nitride substrate using proprietary technology.

  • Sensors
  • Sensors

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gSKIN® Thermal Flow Sensor

gSKIN® Thermal Flow Sensor

Thin design (thickness 0.4mm) thermal flux sensor

The "gSKIN(R)" heat flux sensor is a heat flux sensor suitable for applications that require high sensitivity, a thin profile, and high quality. It measures the heat flux passing through the surface of the sensor itself using an ultra-sensitive thermocouple. <Features of the "gSKIN(R)" heat flux sensor> - Minimal invasiveness: The very thin sensor module and uniform thermal resistance enable highly precise and distortion-free measurement of heat flux values. - High sensitivity: The high sensitivity maximizes the measurable heat flux range. With a standard voltmeter, heat flux values can be measured in the range of -10 to +10 kW/m² with a resolution of 0.5 W/m². - High accuracy: High accuracy makes the analysis of heat flux measurement results meaningful and well-founded, significantly improving production processes and materials. □ For other functions and details, please contact us.

  • Sensors
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Independent pressure transducer

Independent pressure transducer

Fully welded structure absolute pressure transducer AP10

【Features】 ■ Wide measurement range from ±56mmH2O FS to ±225kg/cm2 FS ■ Wet-Wet differential pressure measurement type ■ Corrosion-resistant fully welded structure ■ Low acceleration sensitivity ■ High response frequency

  • Converters and Transducers
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Independent pressure transducer

Independent pressure transducer

Fully welded structure differential pressure transducer DP10

【Features】 ■ Measurement range from ±0.008 PSID to ±32000 PSID ■ Wet-Wet differential pressure measurement type ■ Measurement of corrosive gases and liquids ■ Low acceleration sensitivity ■ High response frequency

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Independent pressure transducer

Independent pressure transducer

Differential Pressure Transducer Robust General Purpose Type DP15

A variable reluctance pressure transducer designed for low and medium pressure measurements that require high precision.

  • Converters and Transducers
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Independent Pressure Transducer [Differential Pressure Transducer DP45]

Independent Pressure Transducer [Differential Pressure Transducer DP45]

Dynamic response at low flow rates! Differential pressure transducer.

A differential pressure transducer designed for measuring extremely low pressure ranges of approximately ±25mmH2O.

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Independent pressure transducer

Independent pressure transducer

Ultra-high line pressure and high differential pressure transducer DP360

Independent pressure transducer designed for measuring high gauge pressure and differential pressure.

  • Converters and Transducers
  • Sensors

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Independent pressure transducer

Independent pressure transducer

Ultra High Line Pressure / Low Differential Pressure Transducer DP363

An independent pressure transducer designed for measuring low gauge pressure and differential pressure under high line pressure.

  • Converters and Transducers
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Differential transformer linear displacement sensor

Differential transformer linear displacement sensor

Differential transformer linear displacement sensor LVDT low-cost O.E.M. model LH·LHS series

A low-cost alternative to DC-LVDT and other linear motion sensors, consisting of a tubular case and a permanent magnet core that moves freely inside it.

  • Sensors
  • Board to Cable Connector
  • Sensors

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DSRC Communication Unit ME9115

DSRC Communication Unit ME9115

Four models are lined up. It performs WCN reading of DSRC onboard units and measures the electric field strength of DSRC roadside units and onboard units.

The DSRC communication unit has four models in its lineup. Broadly, they can be classified into WCN reading and electric field strength measurement. It also features data save/load and USB communication capabilities. The models include "ME9115A," which reads the WCN of the onboard unit and displays a 12-digit ID number; "ME9115AC," which measures the electric field strength between roadside units and onboard units; "ME9115A+C," a combination of ME9115A and ME9115C; and "ME9115ACN," which measures the electric field strength from moving vehicles to roadside units and can also measure the electric field strength of the onboard unit. For more details, please contact us or refer to the catalog.

  • Company：MICRONIX
  • Price：100,000 yen-500,000 yen
  • Testing Equipment and Devices
  • Sensors

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Radiation immunity testing measures using electric field probes

Radiation immunity testing measures using electric field probes

[Application Example] Introduction of the EMS (Immunity) Pre-evaluation System

Instead of bringing the equipment under test (EUT) to the EMC test site and conducting immunity tests multiple times, a simplified interference wave test can be performed. By operating a dedicated program, the electric field strength of the radiated interference wave is set. Following the GUI screen instructions, the electric field probe measures the target area (up to 4 locations). To enhance test accuracy, calibration data with high degrees of freedom is automatically created by changing the position of the probe. 【Solution】 An electric field probe is installed on the EUT setup stage inside the anechoic chamber. Calibration data is automatically generated by the test software according to the size of the EUT. (1) The electric field probe is placed at any position on the stage. (2) Align with the EUT surface facing the antenna and measure the electric field strength (up to 4 locations). (3) Record calibration data for each position according to the target frequency range. (4) Incorporate the calibration data into the test software and start the EMS pre-test. *For more details, please refer to the PDF document or feel free to contact us.

  • Other electronic measuring instruments
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Examples of utilization in an entry management system using ETC on-board units.

Examples of utilization in an entry management system using ETC on-board units.

[Application Example] By using ME9115A or A+C, the reading work of the ETC onboard unit WCN becomes easy!

**Product Introduction** ■ DSRC Communication Unit ME9115 *For more details, please refer to the PDF document or feel free to contact us.* In recent years, various municipalities and companies have introduced vehicle entry management systems for employee parking lots or designated contractor vehicles utilizing ETC on-board units. The background for this implementation includes the increasing installation rate of ETC on-board units in private and business vehicles, as well as the fact that using the installed ETC on-board units as IDs eliminates the need to install new ID tags. When constructing an entry management system, it is necessary to associate each vehicle's information (vehicle type, owner, vehicle registration number, etc.) with the WCN of the ETC on-board unit. By using ME9115A or A+C, the reading of the WCN (wireless call number) from the ETC on-board unit becomes easier. Additionally, it is possible to measure the electric field strength emitted from the DSRC roadside unit (ME9115C or A+C), allowing for investigations of the electric field strength near parking gates, and it can also be used as a maintenance tester for roadside units. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other electronic measuring instruments
  • Sensors

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Mertech, Precision Etching Processing Company Profile

Mertech, Precision Etching Processing Company Profile

Manufacturing precision parts with photo-etching technology! Ultra-high precision processing is possible with our unique hybrid etching technology! We also support etching combined with other processing.

Meltec manufactures precision components for industrial use and more through photo-etching processing. In the etching process, a combination of the photomask process and the dissolving action of etching solution allows metal sheets to be processed into any desired shape. Expensive molds are not required, and there are no burrs or edges. We provide consistent support for processing beyond etching, offering products with added functionality. For example: - High-precision hybrid etching (using Ni-clad materials) and electroforming - Post-etching black treatment, bending processing, spot welding, etc. - One-stop supply from hubs to component assembly - Etching of special materials such as titanium and molybdenum - Etching on metal curved surfaces. ----------------------------------------------------- Meltec is also a specialized manufacturer of scales for encoders, accommodating a wide range of reflective and transmissive types, materials from film to metal etching products, and shapes from discs to linear. We have overseas factories in China, the Philippines, and Thailand. The Thailand factory is equipped with photo-etching facilities. ● For more details, please contact us or refer to our catalog.

  • Other machine elements
  • encoder
  • Encoder/Decoder
  • Sensors

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Reflective encoder scale <Mirror Black>

Reflective encoder scale <Mirror Black>

Patented etching + low-reflective black processing!

A scale for reflective encoders developed by a specialized etching manufacturer, <Mirror Black>. <Mirror Black>, which has obtained patents and trademarks through unique development, is a scale for reflective encoders made from SUS material that has undergone high-precision etching and low-reflective black processing. It offers high resolution and excellent contrast ratio (SN ratio) while providing specifications equivalent to glass scales at a low cost. The shapes available are disk and linear types.

  • Processing Contract
  • Other machine elements
  • Sensors

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