Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
This ranking is based on the number of page views on our site.
3811～3840 item / All 7704 items
The part of the contact temperature sensor is covered with silicone rubber, reproducing a structure similar to that of human skin.
ThermoLab is a device designed to measure thermal absorption characteristics upon contact, made to be compact and lightweight. It can measure the coldness or warmth felt by a person when touching an object as the peak value of temperature change "q′max," allowing for data that aligns with sensory evaluations.
It is a "sensor that measures natural finger movements" equipped with a contact force sensor and a 3-axis accelerometer.
We can measure the force when gripping an object and the force when using the fingers to perform actions. Additionally, since it is equipped with an accelerometer, it can also measure movement. It does not cover the fingerprint area of the fingertip, allowing for natural movements to be measured without compromising the actual tactile sensation. 【Co-developed Product】 Shiseido Co., Ltd. × Catotech Co., Ltd. Catotech has been conducting research and development with Shiseido to see if we can turn fingertips into sensors. The way cosmetics and skincare products are applied can affect their efficacy. Furthermore, the amount of pressure applied can lead to differences in the user experience. It was impossible to explore such differences through customer surveys. Therefore, we have been developing sensors that can operate without compromising the tactile sensation of the fingertip. HapLog enables motion analysis of general monitors and comparison of movements with professionals, making it possible to visually convey the characteristics of individual tactile actions.
A rotary touchpoint sensor that measures by placing a measuring probe against the side of the workpiece.
Attach the touchpoint sensor to the spindle and measure by slowly bringing the workpiece closer while rotating the touchpoint sensor at about 450-600mm.
Wire-type displacement sensor with a thickness of 27.5mm.
- Measurement range: 0 to 2032mm - Low cost / Mid-range use - Protection environment: IP50, IP67 - Thinner than SR and SP
Compact, lightweight, low-cost model for short distances.
- Compact / Lightweight / Short-range / Low-cost - Measurement range: 0 to 120mm to 0 to 1270mm - Protection environment: NEMA1, IP50 - No failure when the wire is disconnected
50 million cycles of long lifespan, with the lowest wire tension of 0.3N (for the 5-inch model) among all models.
A robust and compact wire-type displacement sensor that incorporates a precision potentiometer within an aluminum housing. It features a long lifespan of 50 million cycles and a minimal tension of 0.3N, making it suitable for research on human muscle displacement, plant growth, and displacement measurement of actuators in aircraft cockpits.
A waterproof model with the capability to select between two outputs: 4-20mV and 0-10VDC.
The new SPD wire-type displacement sensor from Celesco features two outputs of 4-20mV and 0-10VDC. By attaching a dedicated sensor cover, it meets the IP67 protection rating, making it a highly versatile wire-type displacement gauge suitable for use in harsh environments such as outdoors.
Intrinsic safety standards (explosion-proof compliant) Durable aluminum and stainless steel body 4-20 mA
The Celesco wire-type displacement sensor PT9420 is an explosion-proof model that has obtained intrinsic safety standards in Canada and Europe, with a maximum measurement length of 13,970 mm. The housing can be selected from a robust aluminum or stainless steel body. The output is 4-20 mA, and options for connectors and cables are available.
Why not measure the small torque of small bearings and small motors that couldn't be measured until now? The responsiveness is good, and the twist angle is about 1 degree at rated capacity! Custom specifications are also available.
The micro-torque sensor using strain gauges has generally been considered difficult to design and manufacture in a compact and cost-effective manner while ensuring responsiveness, measurement accuracy, and durability. At Suzukou Shoji, based on our long experience in the production of sensors utilizing strain gauges, we have developed a compact, high-performance torque sensor that is already widely used by many customers. 【Torque Application Examples】 - Cogging measurement of motors - Open/close measurement of mobile phones and electrical product levers - Measurement of softness, twisting, and bending - Open/close and rotational measurement of rotating parts, etc. 【Features】 - Good responsiveness, with a twist angle of about 1 degree at rated load - Overload capacity is twice the rated torque - Wide support for not only catalog products but also custom specifications *For more details, please refer to the PDF materials or feel free to contact us.
High precision is 2"/0.25%! The radar altimeter test set has an altitude reproducibility of 0.01%.
Our company is engaged in the import and sales of ultra-high-speed communication, optical-related components, and measuring instruments. The 'EA6061' is a radar altimeter test set. The frequency range is 4-5GHz. The altitude accuracy is 2"/0.25%, and the altitude repeatability is 0.01%. 【Features】 ■ Frequency range: 4-5GHz ■ Altitude accuracy: 2"/0.25% ■ Altitude repeatability: 0.01% ■ Bandwidth: 0.1-5GHz ■ VSWR: 2:1 * You can download the English version of the catalog. * For more details, please refer to the PDF document or feel free to contact us.
Difficult to disturb the flow with a small tip! Ideal for hydraulic experiments!
The ultra-mini sensor is gentle on the flow! Perfect for marine and river experiments! With a 4mm cylindrical sensor, it is less likely to disturb the flow. The fastest response time is 0.05 seconds, making it ideal for wave experiments as well. It features a four-range switch for 25, 50, 100, and 200 cm/s.
Laser Power Sensor
A laser power sensor is a device that converts laser light into thermoelectric power to measure laser output. The receiving surface is treated to efficiently absorb laser light. Our proprietary thin-film elements are used in the thermopile that generates thermoelectric power. * If you provide us with specifications, we can also manufacture sensors other than those listed below. ★ Detailed specifications can be viewed by downloading the catalog ★
A light sensor suitable for applications in illuminance control and microclimate observation!
The "PCL-01B" is suitable for applications in illuminance control and microclimate observation, and it is an economically efficient illuminance sensor. The sensing element has a high spectral sensitivity characteristic due to the combination of a silicon sensor and optical filters. The diffusion plate used for light capture accurately captures illuminance. Calibration is performed through comparative testing with a standard illuminance meter. 【Features】 ■ Excellent cost-effectiveness ■ Sensing element combines silicon sensor and optical filters ■ High spectral sensitivity characteristic ■ Diffusion plate accurately captures illuminance ■ Calibration is performed through comparative testing with a standard illuminance meter *For more details, please refer to the PDF document or feel free to contact us.
For monitoring. Less susceptible to sensitivity degradation and noise interference. Preamp type.
The preamp type incorporates a preamplifier (impedance converter) into a charge-type vibration pickup, allowing for the output of a voltage signal. It can use inexpensive coaxial cables that can be laid out over long distances, making it less susceptible to sensitivity loss and noise interference. It is suitable for applications aimed at monitoring. However, its operating temperature range is lower than that of the charge type, and it is not suitable for measuring high frequencies and accelerations. For more details, please download the catalog or contact us.
Covers everything from low-frequency vibrations to mechanical vibrations in one.
This is an IMV original sensor that outputs DC components including tilt and acceleration from 0.1 gal to 6G at frequencies from 0.1 Hz to 1000 Hz in three axes.
Reuse the existing system as it is! Contributes to overall cost reduction, including construction aspects and reliability.
We would like to introduce a case study utilizing the vibration diagnostic unit "VD-unit" at Conveyor Manufacturer O. The AnyWireASLINK was adopted for conveyor control. This product, which allows for the direct reuse of existing systems, was introduced due to its high appeal. It contributed to overall cost reduction not only in terms of the standalone cost of the vibration sensors but also considering installation aspects and reliability. [Case Overview] ■ Adoption of AnyWireASLINK for conveyor control ■ Contributed to overall cost reduction, including not only the standalone cost of the vibration sensors but also installation aspects and reliability. *For more details, please download the PDF or feel free to contact us.
Monitoring of entry and exit / fire door, asset protection within cabinets and boxes, ideal for use in offices, homes, and factories.
Features ■ Compatible with various materials for doors/windows ■ Supports tamper detection during installation ■ Equipped with LEDs for network status, open/close status, tamper, and low battery indication ■ Long-distance transmission up to 15km ■ Built-in replaceable 1200mAh battery for 5 years of continuous operation ■ NFC for one-touch setup ■ Supports Milesight LoRa D2D protocol for ultra-low latency and direct control ■ Functions seamlessly with standard LoRaWAN gateways and network servers ■ Compliant with Milesight
Soil moisture, temperature, electrical conductivity sensors, ideal for golf course turf, farmland, and greenhouse soil management.
■Compatible with various types of soil ■Excellent corrosion resistance and durable probe ■Supports wideband communication up to 10km ■IP67 waterproof housing withstands harsh environments ■Built-in 19000mAh replaceable battery operates for 10 years without battery replacement ■Easy setup via mobile app ■Compliant with standard LoRaWAN gateways and network servers ■Quick and easy management with Milesight IoT Cloud solution
Detection of river water level rise and flooding, dust and waterproof IP67, ideal for remote monitoring of tank and river water levels, low power consumption.
Features ■ Corrosion-resistant stainless steel probe ■ Ultra-long-distance transmission up to 10km ■ IP67 waterproof housing for harsh environmental applications ■ Built-in 19000 mAh replaceable battery with 10 years of operation without replacement ■ Easy setup with NFC (Near Field Communication) ■ Compliant with standard LoRaWAN gateways and network servers ■ Quick and easy management with Milesight IoT Cloud solution ■ Mountable on poles and walls Applications ■ Flood monitoring of rivers, water tank level monitoring, water resource level monitoring, ISO tank monitoring, drainage tank monitoring, oil storage tank monitoring
Communication distance with a range of 10 km, applicable to smart buildings, urban lighting, greenhouse control, smart agriculture, weather monitoring, etc., low power consumption.
Features ■Wide measurement range and high accuracy ■Replaceable 19000mAh battery with 10 years of operation without replacement ■Easy setup with NFC (Near Field Communication) ■Ultra-long-distance transmission up to 10km line of sight ■Compliant with standard LoRaWAN gateways and network servers ■Quick and easy management with Milesight IoT Cloud solution ■Wall, pole mounting, DIN mounting Applications ■Smart buildings, urban lighting, greenhouse control, smart agriculture, weather monitoring
Remote monitoring of pressure in pipes, tanks, and pumps; low power consumption; communication range of 10 km; operates for up to 10 years without battery replacement.
【Milesight EM500-PP Features】 ■ High precision and corrosion resistance ■ Operates for 10 years without battery replacement with a replaceable 19000mAh battery ■ Real-time updates and ultra-low power consumption ■ Easy setup with NFC (Near Field Communication) ■ Compliant with standard LoRaWAN gateways and network servers ■ Quick and easy management with Milesight IoT Cloud solution Applications ■ Pressure monitoring of pipes and tanks, oil and gas monitoring, water leak detection, pump monitoring
Slope collapse detection, IP67 LoRaWAN tilt sensor, ultra-long distance transmission up to 10km, wall and pillar mounting, magnetic mounting.
**Milesight EM320-TILT Features** ■ Built-in MEMS accelerometer capable of measuring the 3-axis angles of various objects ■ Flexible threshold condition settings, ideal for various applications ■ Easy installation on any object such as wood, poles, and the ground ■ Equipped with NFC (Near Field Communication) for easy setup ■ Ultra-long-range transmission up to 10km line of sight ■ Compliant with standard LoRaWAN gateways and network servers ■ Quick and easy management through Milesight IoT Cloud solution ■ Wall and pole mounting, magnetic attachment ■ Anti-theft design incorporated into the back cover
Check available capacity in the trash can, detect combustion in the trash can, communication with a range of 10 km, battery replacement not required for up to 10 years.
Features ■ Wide detection range (3 to 450 cm) with small blind spots ■ Equipped with an NTC temperature sensor that detects combustion of waste and triggers an alarm ■ Built-in 3-axis accelerometer to monitor the device's tilt status ■ Built-in 9000mAh rechargeable battery with a lifespan of up to 10 years without replacement ■ Easy setup with NFC (Near Field Communication) ■ Ultra-long-range transmission up to 10 km ■ Compliant with standard LoRaWAN gateways and network servers ■ Quick and easy management through Milesight IoT Cloud solution ■ Moisture-resistant coating and IP67 dustproof and waterproof enclosure suitable for outdoor use ■ Water level monitoring, trash bin monitoring, garbage truck monitoring
For temperature management in vinyl houses and offices, long-distance communication, wide area, low power consumption LoRaWAN communication, compact and robust IP6X enclosure.
【Temperature Sensor EM300-TH-915M】 Features - Equipped with Sensirion high-precision sensor chip - Ultra-long-distance transmission up to 10km line of sight - IP67 waterproof housing for harsh environmental applications - Built-in 4000 mAh replaceable battery, operates for 5 years without replacement - Easy setup with NFC (Near Field Communication) - Compliant with standard LoRaWAN gateways and network servers - Quick and easy management with Milesight IoT Cloud solution 【LoRaWAN Gateway UG65-L00J-915M-EA】 Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Built-in Python SDK and Node-RED development tools
Can be used for cold chain, greenhouse management, long-distance communication, wide area, low power consumption LoRaWAN communication, compact and robust IP6X enclosure.
【Temperature Sensor EM320-TH-915M】 Features - Equipped with Sensirion high-precision sensor chip - IP67 waterproof housing with multi-layer structure and sealing ring design ensures strong waterproof performance even in harsh environments - Made with FDA-approved food-grade housing, safe for contact with food and pharmaceuticals - Built-in 5400 mAh replaceable battery with 5 years of operation without replacement - Easy setup with NFC (Near Field Communication) capability - Ultra-long-range transmission up to 10 km line of sight - Compliant with standard LoRaWAN gateways and network servers - Quick and easy management with Milesight IoT Cloud solution - Wall, pole mounting, and magnetic mounting options - Sturdy installation achieved with anti-theft and non-slip pad design 【LoRaWAN Gateway UG65-L00J-915M-EA】 Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Built-in Python SDK and Node-RED development tools
High noise resistance, management software, immediately usable IoT solutions, temperature and humidity sensors.
Features ■ Immediately usable on-site: The master unit and slave unit are paired at the time of shipment. ■ Operating temperature range from -40°C: Equipped with an external temperature sensor probe that can measure from -40 to 60°C, allowing for a wide range of temperature measurements. ■ Operates for 3 years on battery: Powered by a cylindrical lithium battery, it operates for approximately 3 years. ■ Data collection via sub-giga (920MHz band) specific low-power wireless: The specific low-power wireless has a long communication range and high diffraction characteristics, allowing data collection even in crowded places or buildings with obstructions. ■ Bluetooth sensor integration feature: Future firmware updates will allow integration with Bluetooth sensor devices from other manufacturers. ■ Waterproof: Waterproof performance is IPX4 (excluding USB connection). ■ Advanced encryption and communication security: Sensor data encryption (AES256bit) is implemented between the slave and master units. ■ "IoT Visualization" on the dashboard: Various data is displayed on an easy-to-read screen. ■ Communication possible even with obstacles: Data can be transmitted by installing a relay unit, even if there are obstacles between the master and slave units.
Production optimization and increased yield! Centralized remote monitoring of temperature, humidity, light intensity, and soil moisture in greenhouses via smartphone or PC, with low maintenance costs.
LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such batteries can last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: While the range for frequencies used in smartphones (3G and later) in the 800MHz band is said to be about 2 to 5 km, LoRaWAN can communicate over distances of approximately 10 km, more than double that. In areas with minimal obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to expect a range of about 3 to 5 km, and around 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to simultaneous interference from other wireless networks, which helps minimize communication latency and allows for stable communication. Therefore, it can be reliably used in factory facilities and indoor environments.
Remote monitoring of temperature, humidity, and CO2 concentration in a centralized manner using smartphones and PCs, as well as for sewer investigations and biological analysis and research! Low maintenance costs with a built-in battery.
LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but it has a fast transmission and reception speed, and consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such batteries can last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that. In places with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to assume a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoors.
Early detection of forest fires, mountain fires, and wildfires! Centralized remote monitoring of CO2 concentration, temperature, and humidity via smartphone or PC, with built-in battery for low maintenance costs.
LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but it has a fast transmission and reception speed, and consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such batteries can operate continuously for over 10 years in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over a distance of about 10 km, more than double that. In places with few obstacles, communication over distances greater than 10 km is possible, but for practical use, it is advisable to assume about 3 to 5 km in urban areas and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps reduce communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoors.
