Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
4501～4530 item / All 7836 items
Molded Type High Resistance MR Sensor
This is a molded type high-resistance MR sensor for battery-powered and various switch applications. 【Features】 - Low power consumption: 45μW (typ) at Vcc=5V - Can be used over a wide temperature range. - High flexibility in installation. - Compliant with RoHS directives. *For more details, please refer to [Contact Us] [Catalog Download].
Vertical type high resistance 2-element MR sensor
This is a battery-operated, vertical-type high-resistance two-element MR sensor for various switch applications. 【Features】 - Compact, high-resistance flip-chip MR sensor. - Low power consumption: 83μW (typ) at Vcc=5V. - Compatible with SMD, allowing for reduced labor costs. - Magnetic type, unaffected by dust or oil. - Compliant with RoHS directives. *For more details, please refer to [Contact Us] [Catalog Download].
Mold Vertical Type 4 Element MR
This is a vertical type 4-element MR for various SW and analog detection applications. 【Features】 - Excellent noise resistance due to differential output. - Mid-point correction is possible with ground separation. - Usable over a wide temperature range. - Compliant with RoHS directives. *For more details, please refer to [Contact Us] [Catalog Download].
Mold Vertical Type 8 Element MR
This is a vertical type 8-element MR for analog detection and pulse detection applications. 【Features】 - The 1-package AB phase output (90° phase difference) allows for the identification of the movement direction of the detection object. - The differential output provides good noise resistance. - It can be used over a wide temperature range. - Two types with different magnetic sensing areas are available. - Compliant with RoHS directives. *For more details, please refer to [Contact Us] [Catalog Download].
Mold vertical (vector detection) type AB phase output MR
This is a rotary linear encoder for mold vertical (vector detection) type AB phase output MR. 【Features】 - Sensor chip offset ultra-small leadless package. - A, B phase full bridge output. - Non-contact detection of the movement of multi-pole magnets (λ=1.5 to 3mm). - Scalable waveform accuracy. - Compliant with RoHS directive. *For more details, please refer to [Contact Us] [Catalog Download].
Maximum measurement range of 150µm, compatible with high-precision nano displacement control.
The D-050/D-100 is a two-electrode capacitive sensor provided by PI that achieves a measurement range of up to 150µm and a resolution of 0.01nm. It is ideal for nanometer-scale measurements due to its higher resolution than interferometers and its non-contact method. It supports parallel measurements and allows for real-time correction in multi-axis control. Linearity is less than 0.01% (when using a digital controller), and the bandwidth is up to 10kHz. It is suitable for clean environments, semiconductor manufacturing, and integration into measuring instruments.
Non-contact displacement measurement sensor with a resolution of less than 1 nm and a maximum bandwidth of 10 kHz.
The D-510 PISeca is a single-electrode capacitive sensor that achieves a maximum measurement range of 500µm and a resolution of less than 1nm. The sensor probe is easy to install with a LEMO connector. Uniformity of the electric field is ensured by the guard ring electrode, achieving high linearity (maximum 0.1%). When combined with dedicated electronics such as the E-852.10, it enables excellent nanometer-level displacement measurements with both static and dynamic resolution.
Monitors real-time wind speed for a variety of applications
Ideal for outdoor festivals, live event setups, and sites using tower cranes. Multi-Point Load Monitoring System | On the Long Stage Master RSM, you can display and manage wind speed on the same screen as the load management screen. *A warning is displayed when the wind speed reaches the set limit. *Installation is simple as there are no cables to connect or worry about damage to.
【SHOCK TIMER】The date, time, and location of cargo damage incidents, as well as the responsibility for the accident, are clearly identified!!
The SHOCK TIMER is a shock detection tool with a timer function that detects impacts during transportation and storage. By attaching the SHOCK TIMER to the cargo, the built-in timer stops when an impact exceeding a threshold occurs during transportation or storage. By reading the elapsed time from the moment of shipment to when the timer stopped, it becomes possible to identify the date and time of the incident and the location, clarifying the responsibility for the accident and contributing to the improvement of transportation quality. This is particularly effective in international transport involving a large number of handling agents. For inquiries or consultations regarding the shock timer, please contact the following phone number. Contact person: 0466-47-2511 (Ogawa)
[New Release] Shock Eye Shock Detection Tool!! "Visualizing the presence or absence of shock due to drops during transport."
Shock Eye is a shock sensor designed to raise awareness about cargo handling. By attaching it to the cargo, it visualizes the history of drops and impacts during transportation and storage. When a drop or impact occurs, the central visibility window turns red, allowing for confirmation of the drop or impact history. By using it in conjunction with warning labels, it is expected to alert workers to handle cargo carefully, thereby preventing damage issues caused by careless handling. This increases deterrence and protects valuable products from damage during transportation, leading to the following benefits: - Reduction in customer complaint numbers - Decrease in insurance claim procedures - Reduction in complaint handling processes (such as cause investigation and countermeasure planning workload) - Reduction in transportation and disposal costs related to return arrangements and re-deliveries
Guarantees higher reliability under all conditions! Easy to install! Vibration resistant!
Ideal for plastic injection presses, vertical presses, and other processing machines.
Simple auto-zero function with a magnet pen! Resin pressure sensor without mercury or oil sealing. *With Japanese subtitles! Webinar hosted by the manufacturer.
The "IMPACT Series" is a resin pressure sensor that does not use any encapsulated liquids such as mercury or oil, which were traditionally used in resin pressure sensors. Zero adjustment can be easily performed simply by bringing the included magnetic pen close to the sensor. There is no need for cumbersome operations like adjusting the sensor while looking at the display. The manufacturer's unique "GTP+ coating technology" offers advantages such as high hardness, high-temperature resistance, and a low friction coefficient. 【Features】 ■ No mercury or oil encapsulation ■ High performance and long lifespan ■ Environmentally friendly ■ Diaphragm thickness: 15 times that of conventional products ■ Manufacturer's unique GTP+ coating technology ■ Simple auto-zero function ★ Webinar Announcement Our partner manufacturer, Gefran, will be hosting a webinar for our customers in Japan. Please check the basic information for details. *For more information, please refer to the PDF materials or feel free to contact us.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short lead times, and small production runs, as well as customization of characteristics and options like connectors. This allows us to reduce design costs during your packaging process and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output across a wide temperature range. We use ASIC compensation technology to provide characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. High precision and stable output across a wide temperature range achieved through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from device integration to board mounting. 5. Compact package of 10mm x 10mm. 6. Compatible with low and medium pressure. 7. Dual polarity. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options such as connectors. This allows us to reduce design costs during packaging for our customers and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieves high precision and stable output over a wide temperature range through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to board mounting. 5. Built-in amplifier. 6. Supports micro pressure, low pressure, and medium pressure. Please feel free to contact us with your requirements.
MEMS Specialized Technology Foundry APM
Asia Pacific Microsystems, Inc. (APM) is located in Hsinchu, Taiwan, a hub for the high-tech industry. Leveraging over 18 years of experience and achievements in the IC manufacturing field, we specialize in MEMS technology foundry, focusing on sensor dies (chips). 【Features】 1. Automotive parts grade quality under TS16949 system 2. Support for the development, manufacturing, and testing of pressure sensors 3. Over 150 million units shipped to the automotive manufacturing parts industry 4. Quick time-to-market for products
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options like connectors. This allows us to reduce design costs during your packaging process and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we improve the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output across a wide temperature range. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. High precision and stable output across a wide temperature range achieved through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to board mounting. 5. Built-in amplifier. 6. Compatible with low and medium pressure. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options such as connectors. This allows us to reduce design costs during your packaging and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we improve the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. High precision and stable output over a wide temperature range achieved through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to board mounting. 5. Built-in amplifier. 6. Compatible with medium pressure. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small-scale production, as well as customization of characteristics and options like connectors. This allows our customers to reduce design costs during packaging and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieves high precision and stable output over a wide temperature range through calibration functions and temperature compensation. 3. Uses ASIC compensation technology for characteristic compensation for each sensor. 4. Wide range of applications from equipment integration to board mounting. 5. Built-in amplifier. 6. Supports medium pressure. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short lead times, and small production runs, as well as customization of characteristics and options like connectors. This allows our customers to reduce design costs during packaging and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output across a wide temperature range. We use ASIC compensation technology to provide characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieves high precision and stable output across a wide temperature range through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Compatible with medium pressure. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options like connectors. This allows our customers to reduce design costs during packaging and eliminates the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieved high precision and stable output over a wide temperature range through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Compatible with low pressure. Please feel free to contact us with your requirements.
Introduction of a platform for pressure sensors and thermopiles! Introduction of our handling manufacturers.
We would like to introduce "APM (Asia Pacific Microsystems, Inc.)", our handling manufacturer. They offer "MEMS Express", which shortens the time to market through customized, proven wafer processes. Their strengths include years of experience and expertise, having both development and production on the same line, and no concerns about production transfer. 【MEMS Express】 ■ Pressure Sensors ■ Thermopiles ■ Flow Sensors, Gas Sensors, Temperature Sensors ■ Optical Benches ■ Other Modules (such as Microphones) *For more details, please download the PDF or feel free to contact us.
![Microwave Sensor [Examples of Use in Automobiles]](https://image.mono.ipros.com/public/product/image/e62/2000572233/IPROS63545245611644449465.png?w=280&h=280)
High environmental resistance performance to handle adverse conditions! It is utilized for passenger detection inside the vehicle and keyless entry.
We would like to introduce examples of automotive applications for microwave sensors handled by CR Box Co., Ltd. These sensors can be utilized for hands-free power tailgates, in-cabin occupant detection, and keyless entry. Our company proposes next-generation sensors as an alternative to infrared sensors. 【Features】 ■ Instant detection of object distance with high spatial resolution ■ Instant detection of object speed with high speed resolution ■ High environmental durability to withstand harsh conditions ■ High straightness due to high frequency ■ Large information transmission capacity *For more details, please refer to the PDF document or feel free to contact us.
Power sensor for PC-based microwave measurement environment.
No zero adjustment required before measurement; easily measure by connecting to a PC with dedicated software. *For more details, please refer to the PDF document or feel free to contact us.
Analog output, simple measurement system! Eliminates temperature drift, allowing continuous measurement without interruption using ATE measurement!
The "General Purpose True RMS Power Sensor" is compatible with various modulation signals and bandwidths. With No-Zero/No-CAL technology, there is no need for zero calibration before measurement, eliminating temperature drift, allowing for continuous measurement without interruption during ATE testing. It features an analog output and is a simple measurement system. 【Features】 ■ Frequency Range: 1MHz to 8GHz (LB5908A) ■ Dynamic Range: -60 to +26dBm ■ VSWR: <1.1:1 typical ■ Standard Connector: N Male ■ Windows, Linux ■ USBTMC, USBHID ■ SPI, I2C options ■ Data Storage: 50,000,000 measurements *For more details, please refer to the PDF document or feel free to contact us.
We also have sensors suitable for humidity management of mozzarella cheese and tobacco!
Introducing the "Moisture Sensors for Paper, Food, and Powder" handled by Farad. The "2GHz model" is suitable for high-temperature measurements up to 120°C. It is ideal for moisture management in fluidized beds, coffee roasters, and cocoa moisture management. Additionally, the "1GHz model" is available in types suitable for measuring low moisture content and for measuring moisture content in paper. Please feel free to contact us when you need assistance. 【Features】 ■87150.020/.022 - High-speed, precise, and easy to use - Suitable for manufacturing lines - Shipped since 2004 *For more details, please refer to the PDF materials or feel free to contact us.
Trust in 'Japanese Quality'
【Feature Details】 - Convenient for precision work and hobbies! - Comfortable for continuous work with a spring included - Adopts a non-slip, easy-to-grip matte finish grip J100MN, J115MN, J125MN
Constant non-contact monitoring of abnormal temperature changes in equipment and machinery without approaching them.
Are there any issues related to "heat and temperature" in your manufacturing site or machine room? ● Delayed detection of temperature anomalies or heat increases led to equipment troubles and production line stoppages. ● Overlooked motor temperature anomalies resulted in failures. ● Want to monitor temperature for fire prevention, but there aren't enough personnel. ● Permanent and automatic monitoring is difficult. ▼ Leave it to VisilantEye to monitor low and high temperature anomalies non-contact! ――Features―――――――――――――――――――――― ◆ Quickly detect anomalies with a non-contact thermal detection sensor. ◆ Alerts you to temperature anomalies. ◆ Easy installation with retrofitting that requires no construction. ――――――――――――――――――――――――――― VisilantEye incorporates three functions in one device: temperature detection, leak detection, and dryness detection. In the temperature detection mode, it continuously monitors equipment and surrounding environments, contributing to early detection of anomalies. By eliminating reliance on human patrols and visual inspections, it enables remote status monitoring and preventive maintenance, leading to labor-saving in maintenance tasks and improved safety.
![[Drying Monitoring] Visualization sensor for drying conditions "VisilantEye"](https://image.mono.ipros.com/public/product/image/315214/IPROS11961129628192419583.PNG?w=280&h=280)
Visualize the dry state to reduce processes and enable remote response.
Are there any issues with "drying" like this in your manufacturing site or machine room? ● Not noticing insufficient drying, leading to product defects or quality deterioration ● Judging the completion of the drying process relying on the operator's experience ● Repeated on-site checks are necessary to confirm the drying state ● Wanting to monitor the drying state automatically but lacking a method ▼ Leave it to VisilantEye to monitor the "drying state" non-contact! ――Features―――――――――――――――――――――― ◆ Non-contact drying detection sensor that detects the drying state of the target object ◆ Alerts for drying completion and insufficient drying ◆ Easy installation with retrofitting that requires no construction ―――――――――――――――――――――――――― VisilantEye is equipped with three functions in one device: temperature detection, leak detection, and drying detection. In the drying detection mode, it continuously monitors the drying state of the target object and surrounding environment, allowing for early detection of signs of insufficient or excessive drying. By conducting objective state monitoring without relying on human experience or intuition, it contributes to the automation and efficiency of processes and the reduction of unnecessary operation of drying equipment.
In the commercial famous for "It's a problem because I can see too much," the antenna manufacturer Maspro Denkoh reveals the secret behind why they are involved with RFID!
Maspro Denkoh has been manufacturing and developing various television reception devices, including antennas, for many years. Here, we introduce the features and capabilities of Maspro Denkoh's RFID ♩ *For more details, please refer to the PDF document or feel free to contact us.*
Total support for improving operational efficiency within the factory! Introducing LPWA for heatstroke prevention and measures against the three Cs, as well as RFID that can be read just by passing through, without contact!
Maspro Denkoh handles IoT solution devices for RFID and LPWA. By combining these, we can improve operational efficiency within factories!! *RFID - Large gate antennas that can be passed through by forklifts - Sheet antennas that can be installed in limited spaces such as production lines - High-weather-resistant flat antennas that can be used outdoors *LPWA - Temperature and humidity sensor terminals that can be used for heatstroke prevention - Acceleration and magnetic sensor terminals that detect the opening and closing of doors in warehouses - CO2 temperature and humidity sensor terminals that detect the three Cs (CO2 concentration) within factories *For more details, please refer to the PDF data!
