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

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. シスコム（SysCom） Tokyo//Trading company/Wholesale
  3. HexaCORE Co., Ltd. (formerly Chuo Seisakusho Co., Ltd.) Head Office and Factory Miyagi//Industrial Electrical Equipment
  4. 4 センシリオン Kanagawa//Electronic Components and Semiconductors
  5. 5 MACOME CORPORATION NAGANO TOKYO OSAKA NAGOYA HIROSHIMA Nagano//Industrial Electrical Equipment
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Sensors Product ranking

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. [Basic Knowledge of Humidity Measurement Presented] Ultra-thin Temperature and Humidity Flexible Sensor シスコム（SysCom）
  2. 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)
  3. Clamp-on flow sensor "FD-H series"
  4. 4 Radar Level Sensor "FR Series"
  5. 5 PICLIA Piezo Cable Sensor - High Heat Resistance, High Sensitivity *Evaluation Kit DAIKIN FINETECH, LTD.

Sensors Product List

7261～7290 item / All 7843 items

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Magnetic induction AGV guide sensor for warehouses and logistics

Magnetic induction AGV guide sensor for warehouses and logistics

The introduction of magnetic induction AGVs is supported by Makome's sensors.

In the warehouse and logistics industry, automatic transport systems require precise positioning and stable operation. Especially in efficient transport within limited spaces and handling diverse cargo, the reliability of AGVs is crucial. Inaccurate guidance can lead to decreased work efficiency and potential accidents. Our magnetic guidance AGV sensor demonstrates stable detection performance even in harsh environments, supporting the safe and efficient operation of AGVs. 【Usage Scenarios】 - Automatic transport systems within warehouses - Picking operations at logistics centers - Parts supply within factories 【Benefits of Implementation】 - Improved stability of AGV operation - Enhanced work efficiency - Increased safety

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ET Series Linear Non-Contact Displacement Sensor for Automotive Suspension

ET Series Linear Non-Contact Displacement Sensor for Automotive Suspension

For accurate position measurement of the suspension. Achieving high durability without contact.

In the automotive industry's suspension systems, accurate measurement of stroke length is essential to balance driving performance and ride comfort. To accurately understand the vehicle's movements over road irregularities and curves, high-precision displacement sensors are required for appropriate damping control. Traditional contact-type sensors have risks of malfunction due to wear and foreign material adhesion, but the ET series solves these problems with its non-contact structure. 【Usage Scenarios】 - Measurement of suspension stroke length - Feedback for height adjustment systems - Body posture control during driving 【Benefits of Implementation】 - Improved driving performance through high-precision position measurement - High durability due to non-contact structure - Stable operation in harsh environments

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ET Series Non-Contact Displacement Sensor for Aerospace Structure Monitoring

ET Series Non-Contact Displacement Sensor for Aerospace Structure Monitoring

For structural monitoring in the aerospace field. An absolute type displacement sensor that achieves high durability through non-contact methods.

In the aerospace industry, it is crucial to detect structural anomalies early to ensure the safety and reliability of aircraft. Particularly in harsh environments and during long-term operations, it is necessary to accurately measure even slight displacements or deformations of structures to capture signs of abnormalities. The ET series non-contact displacement sensors reduce the risk of deterioration and failure due to friction through their non-contact design, enabling stable measurements over extended periods. 【Application Scenarios】 - Displacement measurement of aircraft wings and fuselage - Structural monitoring of rockets and satellites - Structural integrity assessment of space stations and probes 【Benefits of Implementation】 - High reliability through non-contact measurement - Long-term stable operation in harsh environments - Improved safety through early anomaly detection

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High-precision compact magnetic switches and sensors for semiconductor manufacturing

High-precision compact magnetic switches and sensors for semiconductor manufacturing

Achieving high-precision positioning in wafer transport. Repeatability accuracy of ±0.05μm.

In the semiconductor manufacturing industry, particularly in wafer transport, high precision in positioning is required. Accurate positioning of wafers is a crucial factor that affects the quality and yield of the manufacturing process. Even slight misalignments can lead to product defects or performance degradation. Our compact magnetic switches and sensors achieve high-precision positioning in wafer transport with a repeatability of ±0.05μm. 【Application Scenarios】 - Position detection for wafer transport robots - Manufacturing equipment requiring precise positioning - Use in clean rooms 【Benefits of Implementation】 - Improved quality through high-precision positioning - Enhanced yield - Realization of a stable manufacturing process

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High-Precision Compact Magnetic Switches and Sensors for the Printing Industry

High-Precision Compact Magnetic Switches and Sensors for the Printing Industry

Achieving high-precision, non-contact paper positioning for printing machines.

In the printing industry, the accuracy of paper positioning significantly affects print quality. Accurate positioning is essential to prevent image misalignment and color unevenness, leading to high-quality printed materials. Conventional sensors have faced challenges due to their susceptibility to dirt and dust, making stable detection difficult. Our compact magnetic switch sensors boast a repeatability accuracy of ±0.05μm and allow for non-contact detection. Complying with the protective structure "IP67," they ensure stable operation even in environments with high levels of dirt and dust, contributing to improved quality in printing machines. 【Application Scenarios】 - Paper transport position detection in printing machines - Head position detection in inkjet printers - Positioning in cutting machines 【Benefits of Implementation】 - Improved print quality through high-precision positioning - Enhanced maintainability through non-contact detection - Stable operation in harsh environments

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High-precision compact magnetic switch/sensor for robots

High-precision compact magnetic switch/sensor for robots

Repeat accuracy ±0.05μm, IP67 compliant non-contact magnetic switch/sensor.

In the robotics industry, accurate detection of joint angles is essential for ensuring the operational precision and safety of robots. Particularly in narrow spaces or areas with many moving parts, small and highly precise sensors are required. Traditional contact-type sensors have risks of malfunction due to wear and dirt, but our compact magnetic switch sensors achieve high reliability and long lifespan because they are non-contact. 【Application Scenarios】 - Detection of joint angles in robotic arms - Origin detection for robots requiring precise positioning - Position detection in confined spaces 【Benefits of Implementation】 - Improved operational precision of robots through high-accuracy positioning - Increased lifespan and reduced maintenance costs due to non-contact design - High durability against dust and water due to IP67 compliance

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High-precision compact magnetic switches and sensors for aerospace applications.

High-precision compact magnetic switches and sensors for aerospace applications.

Repeatability accuracy ±0.05μm, ideal for component placement in aerospace applications.

In the aerospace industry, the precise placement of components is a crucial factor that affects the safety and performance of products. Particularly in environments with significant vibrations and temperature changes, high precision in positioning is required. Inaccurate placement can lead to product malfunctions and decreased safety. Our small magnetic switches and sensors provide stable performance even in harsh environments, with a repeatability of ±0.05μm and an IP67 protection structure, enhancing the reliability of component placement. 【Application Scenarios】 - Positioning of components in the manufacturing of aircraft and spacecraft - Assembly processes of precision instruments - Position detection of components in inspection equipment 【Benefits of Implementation】 - Improved product quality through high-precision positioning - Stable operation in harsh environments - Reduced risk of failure

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High-temperature, heat-resistant magnetic proximity switch sensor for ceramics industry

High-temperature, heat-resistant magnetic proximity switch sensor for ceramics industry

For temperature control inside the firing furnace. Magnetic proximity switch compatible with 150°C.

In the ceramics industry, accurate temperature management and product position detection in high-temperature environments are crucial during the firing process. The interior of the kiln is exposed to high temperatures, which limits the types of sensors that can be used. Inappropriate sensor selection can lead to malfunctions or failures, potentially resulting in decreased production efficiency and quality issues. Our heat-resistant magnetic proximity sensors enable stable operation even in environments of 150°C, allowing for product position detection during the firing process. By separating the detection unit and the circuit unit (up to 10 meters), they can be used continuously even in a 150°C environment. Aside from the heat resistance, there are no significant differences in specifications compared to our standard sensors. In any case, since there are many custom elements, we will ask for your desired specifications and propose sensors suitable for your operating environment. Please feel free to inquire about low-temperature specifications as well. 【Application Scenes】 - Product position detection inside the kiln - Use of sensors in high-temperature environments - Automation of the firing process 【Benefits of Implementation】 - Stable detection in high-temperature environments - Improved production efficiency - Stabilization of product quality

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Anemometer Sensor (Vane Type) Standard Type (Direct Output)

Anemometer Sensor (Vane Type) Standard Type (Direct Output)

A measuring device that determines wind direction by converting the position of a vane (vertical axis) that changes in the horizontal plane according to wind direction into magnetic and electrical signals.

Analog output wind direction sensor. This wind direction sensor is suitable for cases where simple compatibility with products from other manufacturers is required. With an output of 0-1 V, the DNA301.1 and 311.1 are also suitable for connection to the LSI Rasteem collection system. A small delay distance and a high-precision magnetic encoder allow for good accuracy even at low wind speeds. The DNA311.1 and DNA811 are equipped with heaters to prevent ice formation on the wind direction sensor body in cold regions. ● Wind direction sensor suitable for long-term use in wind power generation sites and wind condition surveys ● High-precision magnetic encoder capable of omnidirectional measurement ● Durable anodized aluminum body ● Heater function for cold weather measures

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Anemometer Sensor (Vane Type) Standard Type (Analog Output)

Anemometer Sensor (Vane Type) Standard Type (Analog Output)

A measuring device that converts the position of a vane (vertical axis) that changes in the horizontal plane according to wind direction into magnetic and electrical signals to determine wind direction.

●Analog output: 0 to 1/5V, 4 to 20mA ●Excellent delay value and damping ratio in accordance with VDI3786 and ASTM 5096-96 ●Equipped with a heater function suitable for cold regions ●Anodized construction effective for long-term use with high protection rating against strong winds and harsh environments ●The sensor design is intended to protect the interior of the bearing section from water and dirt penetration

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Anemometer Sensor (Three-Cup Type) Standard Type (Direct Output)

Anemometer Sensor (Three-Cup Type) Standard Type (Direct Output)

A device that measures wind speed by freely rotating a vertical axis with three hemispheres (wind cups) attached, with the rotation speed of the vertical axis proportional to the wind speed, using electrical/optical conversion of the vertical axis rotation rate.

● Anemometer sensor suitable for long-term use in wind power generation sites and wind condition surveys ● The sensor element adopts a 32-step photoelectric disk ● Durable anodized aluminum body and Luran wind cup ● Available in compact and standard types ● Heater function that operates even in frozen conditions (DNA302.1) ● The manufacturer is an ISO 17025 certified calibration organization for wind speed measurement Analog output type and frequency signal output (Hz/m/s) wind speed sensors. They are suitable for applications that require low starting wind speeds and good accuracy at low wind speeds. Additionally, their extremely low power consumption makes them suitable for use in locations with limited power supply.

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Anemometer Sensor (Three-Cup Type) Standard Type (Analog Output)

Anemometer Sensor (Three-Cup Type) Standard Type (Analog Output)

A measuring device that determines wind speed by freely rotating a vertical axis with three hemispheres (wind cups) attached, with the rotation speed of the vertical axis proportional to the wind speed, using electrical/optical conversion of the rotation rate.

● Anemometer sensors suitable for long-term use in wind power generation sites and wind condition surveys ● The sensor element adopts a 32-step photoelectric disk ● Durable anodized body and Luran wind cup ● Available in compact and standard types ● Heater function that operates even in frozen conditions (DNA802, DNA806) ● The manufacturer is an ISO 17025 certified calibration organization for wind speed measurement Anemometer sensors with analog output and frequency signal output (Hz/m/s). They are suitable for applications that require low starting wind speeds and good accuracy at low wind speeds. Each individual sensor has a unique shape, and the response to each point in the specific measurement range varies. A microprocessor adjusts the linearity of the signal across all wind speed values, allowing for accurate and stable output.

  • Wind Speed/Volume Meter
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Wind direction and speed sensor (three-cup/vane type composite) with wind direction output 4-20mA type.

Wind direction and speed sensor (three-cup/vane type composite) with wind direction output 4-20mA type.

A measuring instrument that determines wind direction and wind speed by attaching three wind cups and a vane to a rotating vertical axis, and converting the rotation (wind speed) and position (wind direction) of the vertical axis through magnetic, electrical, or optical transformations.

● Composite type wind direction and speed sensor ● Easier to install than standalone sensors, can be easily mounted on a 5cm diameter pole ● Compact, lightweight, low-cost ● High durability limit wind speed of up to 75m/s (DNA131, DNA831.2) Composite type wind direction and speed sensor. The sensor incorporates transducers for both wind direction and wind speed, making it easier to install than separate sensor kits for each, while being small, lightweight, and low-cost. The accuracy and limit wind speed are comparable to using both a wind direction sensor and a wind speed sensor.

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Wind direction and speed sensor (three-cup/vane type composite) Wind direction output DC 0-5V type

Wind direction and speed sensor (three-cup/vane type composite) Wind direction output DC 0-5V type

A measuring device that determines wind direction and wind speed by attaching three wind cups and arrow feathers to a rotating vertical axis, and using magnetic/electrical/optical conversion of the rotation (wind speed) and position (wind direction) of the vertical axis.

●Composite type wind direction and speed sensor ●Easier to install than standalone sensors, can be easily mounted on a 5cm diameter pole ●Compact, lightweight, low cost Composite type wind direction and speed sensor. The sensor incorporates transducers for both wind direction and wind speed, making it easier to install than separate sensor kits for each, while being small, lightweight, and low cost. The accuracy and maximum wind speed are comparable to using both a wind direction sensor and a wind speed sensor.

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Wind direction and speed sensor (three-cup/vane type composite) Wind direction output RS485 type

Wind direction and speed sensor (three-cup/vane type composite) Wind direction output RS485 type

A measuring instrument that determines wind direction and wind speed by attaching three wind cups and a vane to a rotating vertical axis, and using magnetic/electrical/optical conversion of the rotation (wind speed) and position (wind direction) of the vertical axis.

●Composite type wind direction and speed sensor ●Easier to install than standalone sensors, can be easily mounted on a 5cm diameter pole ●Compact, lightweight, low-cost Composite type wind direction and speed sensor. The sensor incorporates transducers for both wind direction and wind speed, making it easier to install than separate sensor kits for each, while being small, lightweight, and low-cost. The accuracy and maximum wind speed are comparable to those achieved using both a wind direction sensor and a wind speed sensor.

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Druck Aerospace Pressure Sensor NG3000

Druck Aerospace Pressure Sensor NG3000

This is a pressure sensor for aerospace applications, evolved from the proven PTX/PMP3000 platform, designed to withstand harsh environments.

【Product Features】 ■ Compliant with the latest aircraft equipment requirements ■ Fully analog (no microprocessor) ■ Excellent accuracy and stability performance ■ Available in standard and extended temperature ranges ■ Variations in dual and single channels ■ Completely sealed ■ Low mass ■ Wide range of pressure and electrical interfaces ■ Pressure range from 350 mbar (5 psi) to a maximum of 700 bar (10150 psi) full scale (FS) ■ Gauge/shielded gauge (SG), differential pressure, and absolute pressure ■ High-pressure overload protection *For more details, please download the catalog or contact us. Please note that personal information registered with Ipros may be shared with our authorized distributors, and they may contact you. Thank you for your understanding.

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Magnetic proximity sensors widely adopted in power sector circuit breaker operation confirmation devices.

Magnetic proximity sensors widely adopted in power sector circuit breaker operation confirmation devices.

Our cylindrical magnetic proximity sensors contribute to ensuring the safety of inspection workers! They are long-lasting and highly reliable sensors!

It is a cylindrical magnetic proximity sensor that accurately conveys the display of whether the circuit breaker and grounding device are in a complete "ON" state or "OFF" state to the distribution board, serving as a safety device to protect inspection workers from electric shock accidents. ■ Features of the cylindrical magnetic proximity sensor 1. There are no mechanical parts, so there are no issues with mechanical components. 2. It has very high contact reliability and uses "Bestact" contacts sealed with inert gas, making it highly resistant to environmental factors (such as dust, corrosive gases, rainwater, and salt damage) and ensuring a long lifespan. When used for other applications, it can be sensitive in the XYZ axis direction, allowing for diverse installation options.

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Magnetic proximity sensors widely adopted in high-temperature processes of steel and port facilities.

Magnetic proximity sensors widely adopted in high-temperature processes of steel and port facilities.

Our high-temperature non-contact magnetic proximity sensors, known for their environmental resistance and reliability, are thriving in the high-temperature and high-humidity environment of steel mills where water and oil are present!

The hot finishing rolling mill at the steelworks is a representative piece of equipment for steel plate rolling, commonly referred to as a hot strip mill. In an environment characterized by heat dissipation from the hot strip, large amounts of cooling water, and the splattering of lubricating oil, our high-temperature separate-type magnetic proximity sensors are utilized. The contact section of this product incorporates our original power lead switch "Bestact," which prevents oxidation and corrosion of the contacts, demonstrating high reliability under various operating conditions compared to other products. Due to its robust mechanism that can withstand harsh environments, it is a long-lasting magnetic proximity sensor. This environmentally resistant magnetic proximity switch enables our customers to reduce maintenance, workload, and costs.

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Vane-type magnetic proximity sensor PSMO achieves long life and high-precision position detection.

Vane-type magnetic proximity sensor PSMO achieves long life and high-precision position detection.

We assist in reliable position detection with high-precision, low-drift magnetic proximity sensors! These are vane-type magnetic proximity sensors with a long lifespan and excellent environmental resistance!

The vane-type magnetic proximity sensor PSMO-□G□ makes it easy to adjust the landing leveling of hydraulic low-speed elevators. Furthermore, it is a low differential, high-precision product suitable for unadjusted landing levels. *Dust-proof and waterproof types are also available. The contact section uses the glass-sealed contact "Bestact," which prevents oxidation and corrosion of the contacts, ensuring outstanding reliability. Bestact achieves long-lasting products with excellent environmental resistance and vibration resistance due to our unique structure, which differs from conventional reed switches. If you are looking for a magnetic proximity sensor or are not satisfied with existing magnetic proximity sensors, please feel free to consult us. The leading industrial robot manufacturer, Yaskawa Electric Group, delivers this product. For more details on the "Vane-type Magnetic Proximity Sensor PSMO-□G□," please download the "Relay/Proximity Switch/Limit Switch Specification Catalog" from our website and refer to the product page. Download URL: https://www.bestact.co.jp/gl/download/catalog/general

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Magnetic proximity sensor PSMS-H, T widely adopted for position detection in high-temperature environments.

Magnetic proximity sensor PSMS-H, T widely adopted for position detection in high-temperature environments.

This is a magnetic proximity sensor that does not allow contactless following in high temperature and high humidity environments! It is a long-lasting magnetic proximity sensor with high contact reliability, PSM-S high temperature type!

The high-temperature separate type magnetic proximity sensor PSM-S-H, T type, features a sealed structure that is resistant to harsh environments with high temperatures and humidity, ensuring high reliability and long lifespan. It can be used in environments up to 130°C. This product incorporates our original power reed switch "Bestact" in the contact section, which prevents oxidation and corrosion of the contacts, demonstrating high reliability in various usage environments compared to other products. Bestact achieves long-lasting products with excellent environmental resistance and vibration resistance due to our unique structure, which differs from conventional reed switches. Customers looking for magnetic proximity sensors or those dissatisfied with existing magnetic proximity sensors are welcome to consult us. We are delivered by the leading industrial robot group, Yaskawa Electric. For more details on the high-temperature separate type magnetic proximity sensor PSM-S-H, T type, please download the "Relay/Proximity Switch/Limit Switch Specification Catalog" from our website and refer to the product page. Download URL: https://www.bestact.co.jp/gl/download/catalog/general

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Memory-type magnetic proximity sensor PSMM: Numerous adoption records with reliability and long lifespan.

Memory-type magnetic proximity sensor PSMM: Numerous adoption records with reliability and long lifespan.

Not only is it environmentally resistant! The PSMM type magnetic proximity sensor boasts long life and high contact reliability, achieving simplified sequencing!

This is a self-holding type magnetic proximity sensor that is ideal for simplifying sequences. The contact part of this sensor uses the glass-sealed contact "Bestact," which eliminates oxidation and corrosion of the contacts, ensuring outstanding reliability. Bestact achieves a long-lasting product with excellent environmental resistance and vibration resistance due to our unique structure, which differs from conventional reed switches. If you are looking for a magnetic proximity sensor or are not satisfied with existing magnetic proximity sensors, please feel free to consult us. We are delivered by the top runner in industrial robots, Yaskawa Electric Group. For more details on the memory type magnetic proximity sensor PSMM, please download the "Relay/Proximity Switch/Limited Switch Specification Catalog" from our website and refer to the product page. Download URL: https://www.bestact.co.jp/gl/download/catalog/general

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Pressure Transducers "PA-868 Series"

Pressure Transducers "PA-868 Series"

High-pressure sensor for hydraulic systems with pressure surge prevention structure in the pressure-receiving section.

● Surge pressure prevention structure for the pressure-receiving part ● Diaphragm SUS316L welded structure ● Built-in type drive circuit and amplifier ● Output is current

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High-Temperature Pressure Transducers "PA-930 Series"

High-Temperature Pressure Transducers "PA-930 Series"

High-temperature pressure transducer

● The liquid connection part can be used continuously at 150 °C. ● Achieves a compact and lightweight design without heat dissipation fins due to a unique thermal insulation structure. ● Excellent corrosion resistance with joints (SUS316L) and sensor parts (nickel-based corrosion-resistant alloy).

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Piro infrared thermal sensor (for field use)

Piro infrared thermal sensor (for field use)

A field-type people counter that can be installed to blend into any terrain.

The "Pairo Infrared Thermal Sensor (for Field Use)" is a people counter made by the French company Eco-Counter that counts using infrared technology. It is robust, highly waterproof, and can be powered by batteries in environments without electricity, making it suitable for use in any natural setting. It can accurately measure the number of climbers in any harsh outdoor environment, making it suitable for safety management in mountain climbing. It can be utilized as a tool for understanding the current situation by local governments, such as prefectures and municipalities aiming for regional promotion and tourism, as well as by environmental protection organizations.

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SX46000 Series (Accelerometer)

SX46000 Series (Accelerometer)

It is a compact and low-cost accelerometer with an integrated silicon sensor.

The SX46000 Series (accelerometer) is a compact and low-cost accelerometer that incorporates a micro-fabricated silicon sensor. SANTEST is a company engaged in the development, manufacturing, and sales of mechatronic equipment centered around sensors. Our original products, utilizing cutting-edge high-tech technology, have received high praise and trust from various fields. For more details, please download the catalog.

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About the rental of the odor sensor POLFA.

About the rental of the odor sensor POLFA.

Compared to conventional products, it features a faster response speed to odors and higher accuracy in repeated odor measurements! This is an odor measurement device developed by a certified odor judge!

When it comes to odors, leave it to the specialized company, Kalmor Co., Ltd. We have been tackling bad smells for nearly 30 years, providing odor control solutions across Japan and overseas every day. ● Rental of the Odor Sensor POLFA ● 1 week: 23,220 yen (including tax and shipping) "I don't need to buy it, but I want to use it temporarily." "I want to try it before purchasing." Feel free to use it! 【Features of the Odor Sensor POLFA】 1. A handheld odor measuring device the size of your palm. 2. Higher response performance compared to conventional odor sensors! (Fast reaction speed to odors!) 3. Only the truly necessary functions are carefully selected and included, so no complicated settings or operations are required. Anyone can use it easily! 4. The graph display is always on, making it easy to see odor fluctuations. 5. The menu screen is in English, so even those who do not understand Japanese can use it. 6. Odor measurement data is recorded on a (micro) SD card, so no other applications are needed to extract the data. 7. Power is supplied by AA batteries or an AC adapter. Since it does not have a built-in rechargeable battery (lithium battery), export procedures are easy.

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Odor Measurement Device - Odor Sensor POLFA *Rental Available

Odor Measurement Device - Odor Sensor POLFA *Rental Available

Compared to conventional products, it has a faster response speed to odors and higher accuracy in repeated odor measurements! This is a portable odor sensor developed by odor judges!

If it's about odors, leave it to the specialized company, Karmore Co., Ltd. We have been facing unpleasant odors for nearly 30 years, providing odor control solutions across Japan and overseas every day. ● An odor measuring device developed from scratch by odor judges ● 【Features of the Odor Sensor POLFA】 1. A portable odor sensor that is just the right size for your palm. 2. Higher response performance compared to conventional odor sensors! (Fast reaction speed to odors!) 3. Only the truly necessary functions selected by odor judges are included, so no complicated settings or operations are required. Anyone can use it easily! 4. The graph display is always on, making it easy to understand odor fluctuations. 5. The menu screen is in English, allowing use by those who cannot read Japanese. 6. Odor measurement data is recorded on a (micro) SD card, so no other applications are needed to extract the data. 7. Power is supplied by AA batteries or an AC adapter. Since it does not have a built-in rechargeable battery (lithium battery), export procedures are easy. <<< Odor Sensor POLFA is also available for rent >>>

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  • Odor Testing
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  • Sensors

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[Example] Capacitive liquid level sensor for detecting liquid residue in medical devices.

[Example] Capacitive liquid level sensor for detecting liquid residue in medical devices.

Simply by sticking it to the side of the container, it measures the capacitance of the liquid. When the remaining amount is low, it can notify via LED or call for a nurse.

The "Capacitive Liquid Level Sensor" is a sensor that detects liquid level by measuring the capacitance of the liquid. It measures the remaining liquid in medical devices and detects when the amount is low. It notifies users of the decrease in liquid level through LEDs or nurse call systems. Utilizing the electrode pattern design and tuning technology developed through our capacitive touch sensors, we provide an optimal solution for water level detection using capacitive measurement. By manufacturing sensor sheets with transparent electrodes, it allows for external confirmation of the liquid level in transparent containers. 【Features】 ■ No internal sensors are required, preventing contamination of the liquid (low contamination) ■ Maintenance-free sensors ■ Reduces the risk to operators depending on the internal liquid ■ Flexible and can conform to complex container shapes ■ Customizable according to user applications *For more details, please refer to the PDF document or feel free to contact us.

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  • Sensors
  • Liquid level control/level switch
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[Example] Liquid level sensor as a substitute for analytical instrument float sensor.

[Example] Liquid level sensor as a substitute for analytical instrument float sensor.

Simply stick it to the side of the container to measure the volume. There is no need to place a sensor inside, so it does not contaminate the liquid inside, allowing for the measurement of hazardous chemicals such as acids and alkalis.

The "Capacitance Type Liquid Level Sensor" is a sensor that detects liquid level by measuring the capacitance of the liquid. It can be used as a substitute for float sensors in analytical instruments. Since there is no need to place the sensor inside, it does not contaminate the liquid. Additionally, it can safely measure hazardous chemicals such as acids and alkalis. Utilizing the electrode pattern design and tuning technology developed through our capacitance touch sensors, we provide an optimal solution for water level detection using capacitance measurement. By manufacturing sensor sheets with transparent electrodes, it allows for external confirmation of the liquid level in transparent containers. 【Features】 ■ No internal sensors are required, preventing contamination of the liquid (low contamination) ■ Maintenance-free sensors ■ Reduces the risk to operators depending on the internal liquid ■ Flexible and can adapt to complex container shapes ■ Customizable according to user applications *For more details, please refer to the PDF document or feel free to contact us.

  • Sensors
  • Sensors
  • Liquid level control/level switch
  • Sensors

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