Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
631～660 item / All 2961 items
It is a variable constant air volume device that combines a groundbreaking electronic wind speed sensor with advanced electronic technology.
This is a top-quality product that will definitely help with energy saving, quality improvement, and rational design of air conditioning equipment.
Realize ultimate sensitivity and wide dynamic range over 100 dB in one exposure
This technology realizes a wide dynamic range CMOS image sensor by employing Lateral Overflow Integration Capacitor (LOFIC) in a pixel. The LOFIC technology can solve the tradeoff between high sensitivity and high saturation signal. This technology has been ready to the market.
Integrated and multi modal sensor system
Currently, robots are being introduced in many industrial fields to solve the problem of the working population decrease. In order for robots to perform the same tasks as human in the future, it is important for them to have sensors for senses other than vision (force, pressure, temperature, cold, etc.). For this reason, the development of compact and high-sensitivity sensor using microelectromechanical system technology is underway as sensor for force measurement acting on object. However, the current technology is unable to adequately detect the applied force depending on the direction of the external force. This invention is able to provide a sensor unit and a sensor which detect externally applied force from various directions. It can also provide sensor unit that can obtain a variety of information with a single element. This invention uses a continuous magneto strictive film with many convex 3D shape sensors projecting in the 1st direction relative to the reference plane, which enable the force detection from various directions applied from the exterior.
When introducing a 1000 ppm hydrogen-nitrogen mixture into 100% nitrogen, a change in resistance value exceeding one digit and a response time of less than one second is possible.
To solve the depletion of fossil fuels and environmental issues, hydrogen is gaining attention as a potentially useful energy resource for the future. However, there is a risk of explosion if the concentration of hydrogen in the atmosphere exceeds 4%, making it essential to have hydrogen sensors that can accurately and quickly detect hydrogen leaks to use hydrogen fuel safely. In other words, the top priority for hydrogen utilization is said to be the development of sensors that are indispensable for safety measures to use the system with confidence, rather than the development of fuel cells themselves. According to the present invention, it is possible to provide a hydrogen sensor that has a simple structure, is low-cost, highly durable, and possesses high detection sensitivity, a wide detection range, and hydrogen gas selectivity.
Contributing to miniaturization of 3D magnetic field sensors for IoT applications
Magnetic field sensors are used in a variety of applications such as contactless current detection and electronic compasses, etc. Because an ordinary magnetic element detects only magnetic field components in a specific direction, detecting the direction of a magnetic field vector in 3D space requires a 3D combination of elements corresponding to each direction. This is an issue to device miniaturization and integration, which are rapidly increasing in demand in the IoT field. This technology relates to the invention of a planar magnetic field sensor that does not require a 3D structure. The direction of the magnetic field vector in 3D space is determined from the voltage generated in each part of the ferromagnetic Fe-Sn thin films[1]. A 3D magnetic field sensor can be fabricated by patterning a single magneto-sensitive layer by a general-purpose device processing method. In addition to magnetic field sensors, this thin film can be expected to create new applications by combining functions[2-5].
・ In-pixel analog memory array and sub-frame integration ・Frame rate : -10kfps*1, Depth noise : <1.3%*2 *1 at HS mode *2 at HP mode, 0.4-4.2m
・ Recently, ToF sensors that can measure the distance from an object are attracting attention in various fields such as automobiles, robots, and sensor. ・ However, conventional ToF sensors have a issue that it is difficult to improve both characteristics because there is a trade-off between frame rate and depth noise. ・ Therefore, this work has successfully solved the above issue by with in-pixel analog memory array for each image sensor and sub-frame integration. ・ This work achieved up to 10kfps at HS mode and depth noise is less than 1.3% at HP mode(0.4-4.2 m). ・ This work shows higher characteristics than conventional ToF sensors, and therefore, it is expected to be applied to autonomous driving sensors, autonomous running robots, factory automation (FA), drones, VR/AR, etc.
High TMR, high sensor sensitivity and cost reduction can be realized using FeSiAl alloy. Low HK can be obtained for FeSiAl films with wide composition range.
TMR sensor is known to be a high sensitivity magnetic sensor which uses the tunnel magnetoresistance effect (TMR) in magnetic tunnel junctions (MTJs). The TMR sensor performance can be controlled by controlling the magnetic anisotropy (HK) of the free layer. Therefore, it is expected to be applied to the bio-magnetic measurement device that detects the weak magnetic field of a living body at room temperature, the battery level detector for electric vehicle, non-destructive inspection to detect the rupture or deterioration of reinforcing steel bar in concrete structure, etc. NiFe alloy, CoFeB alloy and CoFeSiB alloys have been conventionally developed as free layer of MTJ devices for TMR sensor, but higher sensitivity and lower cost are required. This invention focused on FeSiAl alloy (Sendust) to produce the Sendust thin film of nanometer order thickness which was not able to fabricate. Therefore, this alloy is applied to the free layer to fabricate the MTJ devices that achieve the same level of sensor sensitivity as NiFe alloy, etc. It has been also revealed that the soft magnetic property is excellent over a wider range of composition compared with conventional Sendust.
Thin, highly integrated sensor capable of measuring low stress range
Measurement of shear stress and contact stress provides important information in various fields such as robotics, medical, digital, and direct skin contact product development Conventional triaxial stress sensors have thick and rigid shapes, so it has been difficult to directly measure shear stress and contact stress in vivo, for example. In order to solve the above problems, the inventor has developed the following sensors. 1. Patent No. JP5688792 * Related Patent (2/4) Thin sensor capable of measuring shear stress and contact stress simultaneously 2. Patent No. JP6753615 * Related Patent (3/4) Highly integrated sensor technology 3. Patent No. JP7466214 * Related Patent (4/4) A laminated sensor capable of measuring even in a low stress range based on the principle of 1. The present invention is a thin, highly integrated sensor combining the above technologies. Demonstration experiments for various applications have been conducted, and the practical application of this technology is expected.
世界最高レベルの高感をもつ光学式酸素センサー
医療、航空、環境モニタリングなどにおいて、酸素濃度のセンシング技術が注目されている。中でも光学式酸素センサーは、有害物質を含まず、非消耗センサーとして有望である。一方、光学式酸素センサーは低酸素濃度下での測定が難しく、感度が低いという課題があった。 本発明は、発光性と非発光性の希土類錯体の混晶を用いた遅延発光システムに基づく酸素センサーである。希土類イオンとしてYb（III）錯体とLu（III）錯体を用いた混晶材料では、酸素濃度0kPaと21.3kPaにおける発光寿命の変化は約630倍であり、発光体を用いた酸素センシング能は世界最高レベルを有する。
Wiring-free miniature temperature sensor
Conventional thermal property measurements using thermistors and thermocouples require electrical wiring, which limits further improvements in sensor density and sensitivity. Resonant temperature sensors using in-plane mechanical resonators also suffer from low areal density, and laser-based readout becomes impractical when many sensing points are required. To overcome these limitations, the inventors developed a wiring-free temperature sensor that optically detects the resonance vibration amplitude of a high–aspect ratio micro-resonator. This architecture is well suited to dense array integration and achieves a temperature sensitivity of 32%/°C, exceeding that of frequency-shift-based resonant sensors (35 ppm/°C) and thermistors (2.0%/°C), making it promising for high-sensitivity temperature measurement.
Just by wearing it, you can promote blood circulation, recover from fatigue, and relieve muscle stiffness.
Yamamoto Chemical Industry, a medical device manufacturer, has developed a high-performance special material that emits far-infrared rays, and using this material, they have created the one-mile wear style called "Medical Synthensor."
Used for tests and measurements! After connecting, just cover it with the cap from the clip tip!
The "C-100-H series" is a power clip that is easy to grip and difficult to detach. It comes with six colored covers—red, white, black, green, blue, and yellow—to prevent miswiring. It grips the screw head vertically without wobbling, ensuring that there is no tangling of wires in the horizontal direction, even with multiple connections. The "C-100 series" and "C-100-X series" are also available. 【Features】 ■ Non-slip elastomer material ■ Firmly grips the screw head at eight contact points ■ Grips the screw head from the front, while the wire is securely held by the serrated part on the side ■ Six colored covers: red, white, black, green, blue, and yellow ■ No tangling of wires *For more details, please refer to the PDF document or feel free to contact us.
Monitoring data centers with Raritan's environmental monitoring solutions.
The "Environmental Sensors" for data centers provided by Raritan include sensors that monitor temperature, humidity, airflow, atmospheric pressure, water leaks, contact open/close, activity around the cabinet, and vibration. Environmental data is instantly sent to Raritan's DCIM software, allowing data center administrators to check environmental data in real-time through a simple web-based interface and create trend reports over time. This makes it easier to identify potential problem areas (hotspots), ensure proper cooling of equipment, prevent downtime, and maintain facility security. 【Features】 ■ Constantly monitors humidity ■ Maintains optimal temperature ■ Detects water leaks ■ Maintains optimal atmospheric pressure ■ Ensures rack security ■ Monitors and manages airflow *For more details, please refer to the PDF document or feel free to contact us.
Ideal for constant monitoring and maintenance of ventilation systems. A wind speed sensor with high reliability and excellent cost performance.
The wind speed sensor "SS 20.260" is a mass flow type wind speed sensor that is ideal for constant monitoring and maintenance of ventilation systems, as well as controlling energy efficiency, with high reliability and excellent cost performance. For more details, please contact us or download the catalog.
Supports compressed air flow measurement up to 1.6 MPa. Can be installed with pipe diameters ranging from 25A to 600A, making it ideal for optimizing pneumatic systems, energy saving, and power conservation.
The compressed air flow sensor "SS 20.60/SS 20.60FB" is capable of measuring compressed air flow up to 1.6 MPa. It can be installed in pipe diameters ranging from 25A to 600A and can measure up to a maximum of 165,269 m³/h (standard Lube; normal is also possible). Wind speed can be measured up to a maximum of 200 m/s. It uses a mass flow sensor that is not affected by temperature or pressure. It is ideal for managing compressed air consumption in pneumatic systems and for managing shield gas flow. For more details, please contact us or download the catalog.
Inline type air flow meter. Compatible with compressed air up to 1.6 MPa. Ideal for energy saving through the efficiency of pneumatic systems and compressors.
It is an inline type installed between pipes according to the pipe diameter, so there is no need to input or set pipe diameter, profile factor, etc. It simply displays the air flow rate when installed directly in the line.
Optimal for dew point temperature management of membrane-type and adsorption-type dryers.
The FA410 is ideal for dew point temperature management of membrane and adsorption dryers. It is suitable for low dew point types of compressed air dryers and granulation dryers with a -80°C td. It is recommended to install it with a standard chamber compatible with compressed air at 1.6 MPa. The advanced coupling allows for easy attachment to piping. 【Specifications】 ○ Measurement Range: -80 to 20°C td, -20 to 50°C td ○ Accuracy: ± 1°C (+20 to -20°C td) ± 2°C (-20 to -50°C td) ± 3°C (-50 to -80°C td) ○ Pressure Resistance: -1 to 5 MPa, special specifications up to 35 MPa ○ Power Supply: 24 VDC (16 to 30 VDC) ○ Protection Class: IP 65 For more details, please contact us or download the catalog.
![[Usage Example 1] Simply wrap a sensor around the gauge tube to monitor the liquid level.](https://image.www.ipros.com/public/product/image/b19/2000077136/IPROS32922044222455626802.jpeg?w=280&h=280)
This is a sensor that can linearly detect the liquid level inside the gauge tube simply by wrapping a film-like electrode around the outside of the gauge tube.
It is an electrode made of flexible transparent film, allowing for completely different uses compared to previous sensors. Have you ever experienced a situation where the contents unexpectedly ran out and the process came to a halt? In addition to linear level display, it is also possible to set up to four control outputs. For more details, please refer to the catalog. *Demo units are available for free rental.
A liquid level sensor that can linearly detect the liquid level inside a non-metal container (such as resin) to the millimeter level simply by attaching a film-like electrode from the outside!
This is a capacitive liquid level sensor that can linearly detect the internal liquid level simply by attaching a film-like electrode to the outside of non-metallic containers (made of resin or glass) or gauge tubes. - The electrode is transparent, allowing for visual confirmation. - Since it is a film-like electrode, it can be wrapped around pipes or adhered to curved surfaces. *For more details, please download the catalog or feel free to contact us.*
Mini-sized liquid level sensor ideal for φ10 test tubes. It can be installed on curved or flat surfaces with flexible material.
Mini-sized electrodes of the CLA series! Capable of detecting liquid level ranges from 0 to 40 mm. Can be installed in φ10 dispensers, test tubes, beakers, and viewing windows of tanks.
Heat resistance temperature of 100℃! While maintaining the functionality of the standard product, the heat and chemical resistance of the electrode part has been improved. *Demo units are available for loan.
The "Heat-Resistant and Chemical-Resistant Liquid Level Sensor" is suitable for managing levels of high temperatures and chemical liquids. While maintaining the functionality of the standard model, the heat resistance and chemical resistance of the electrode section have been improved. FEP is used for the cable, and fluororubber is used for the sealing part. 【Features】 ■ Ideal for managing levels of high temperatures and chemical liquids ■ Heat resistance temperature: 100℃ ■ FEP used for the cable, fluororubber used for the sealing part ■ Protection structure: IP-63 *For more details, please refer to the external link page or feel free to contact us.
【Micro-capacity detection detection distance 40 mm】 By simply attaching a film-like sensor to the outside of the container, the liquid level inside the container is linearly detected. It can also be wrapped around pipes.
The "Liquid Level Sensor Micro Capacitance Detection Specification" captures even minute changes of 10pF without missing them. When there are no external influences such as temperature changes, capacitance changes below 10pF can also be measured. It is capable of detecting micro capacitance levels for scientific analysis equipment and the remaining cartridge level in dispensers. 【Features】 ■ Mini size suitable for test tubes and similar applications ■ Capable of measuring capacitance changes below 10pF ■ Micro capacitance level detection for scientific analysis equipment ■ Detection of remaining cartridge level in dispensers ■ Operating temperature range: 0 to 40°C *For more details, please refer to the external link page or feel free to contact us.
No moving parts! It allows for liquid level detection simply by being immersed in the liquid.
The "Liquid Level Sensor Pipe Type Electrode Specification" allows for level management simply by immersing it in the liquid. Its structure has no moving parts, eliminating issues of false detection due to clogging. It is suitable for slurry liquids such as waste liquids. 【Features】 ■ Structure with no moving parts ■ Eliminates false detection issues due to clogging ■ Ideal for slurry liquids such as waste liquids ■ Usable in metal tanks *For more details, please refer to the external link page or feel free to contact us.
![[CLA Case] Coolant Overflow Management [Bearing Manufacturing]](https://image.www.ipros.com/public/product/image/51b/2000456333/IPROS16021851163862485449.png?w=280&h=280)
Using the liquid level sensor 'CLA'! Introducing a case of coolant overflow management! *Sample available for loan.
We would like to introduce a case of coolant overflow management in the bearing manufacturing process using the non-contact liquid level sensor "CLA," which can be installed in various tanks due to its electrodes being suitable for PET film. The bearing manufacturer was using an ultrasonic type but faced challenges due to its high cost and the difficulty of installation. Therefore, they adopted the "CLA pipe type." After implementation, it can be easily installed by tightening with a nut on the top of the tank. With a liquid contact type guaranteed to IP-68, it can manage the liquid level at four points even when directly in contact with the liquid, allowing for control of the device according to the desired liquid level. [Current Issues and Requests] - In the bearing manufacturing process, they are managing the liquid level of the coolant used and overseeing overflow. - They were using an ultrasonic type but faced challenges due to its high cost and the difficulty of installation. *For more details, please refer to the PDF document or feel free to contact us.
![[CLA Case] Rubber Material in Metal Hopper (Inventory Management) [Powder and Granule Detection]](https://image.www.ipros.com/public/product/image/0d4/2000456356/IPROS70975192776843719421.png?w=280&h=280)
Using the liquid level sensor "CLA"! Here is a case study on managing the remaining rubber pellets in a metal hopper.
We would like to introduce a case study on managing the remaining amount of rubber material in a metal hopper using the non-contact liquid level sensor "CLA," which can be installed in various tanks due to its electrodes being compatible with PET film. The extrusion molding manufacturer faced issues such as forgetting to visually check the material, leading to it running out and resulting in defective products, which caused damages including repair time. They also experienced malfunctions with ultrasonic sensors, which caused unnecessary line stoppages and reduced productivity. Therefore, they adopted the "CLA." After implementation, by managing the rubber material at any desired position, the sensor emits a signal when the rubber material reaches the set level, automatically stopping the device and notifying with a beacon light, thus preventing the occurrence of defective products due to material shortages. [Current Issues and Requests] - Managing the remaining amount of rubber material in the hopper visually through a window - Forgetting visual checks and mistakes led to the material running out, resulting in defective products and damages including repair time. - Ultrasonic sensors malfunctioned, causing unnecessary line stoppages and reducing productivity. *For more details, please refer to the PDF document or feel free to contact us.*
![[CLA Case] Liquid Tank (Dilute Sulfuric Acid) Level Detection [Semiconductor Equipment Related]](https://image.www.ipros.com/public/product/image/00d/2000456359/IPROS25373860318431360290.png?w=280&h=280)
Using the liquid level sensor "CLA"! It can detect the liquid level position and output it with an analog signal, allowing for linear liquid level management!
We would like to introduce a case of level detection in a chemical tank using the non-contact liquid level sensor "CLA," which can be installed in various tanks due to its electrodes being suitable for PET film. (Detection substance: dilute sulfuric acid) For companies related to semiconductor equipment, changing the liquid level management position requires the hassle of reattaching sensors. They faced the challenge of not knowing the liquid level position due to point-based liquid level management. Therefore, they adopted the "CLA." As a result, by allowing the setting of four detection points for the liquid level, there is no need to change the sensor position. Additionally, with analog output, the liquid level position can be detected and output, enabling linear liquid level management. 【Current Issues and Requests】 ■ Currently, four capacitive sensors are installed for liquid level management. ■ The management of the liquid level changes depending on the liquid and operating conditions. ■ We want to monitor the liquid level linearly to know its position. ■ If we want to change the liquid level management position, it requires the hassle of reattaching sensors. ■ Due to point-based liquid level management, we do not know the position of the liquid level. *For more details, please refer to the PDF document or feel free to contact us.
![[Liquid Level Sensor Example] Detection of Remaining Epoxy Resin [Carbon Fiber]](https://image.www.ipros.com/public/product/image/03d/2000456371/IPROS88888919589537779924.png?w=280&h=280)
Using the liquid level sensor "CLA"! Here is a case study on detecting the remaining amount of epoxy resin. *Sample units are available for loan.
We would like to introduce a case study on detecting the remaining amount of epoxy resin using the non-contact liquid level sensor "CLA," which can be installed in various tanks due to its electrode being made of PET film. A carbon fiber company faced challenges in managing the liquid volume in their epoxy resin tank. The current sensor (guide pulse method) could not detect when the liquid volume was low, and the accuracy of liquid level management was poor, with a precision of 3 to 5 mm against the desired liquid level of ±1 mm. Therefore, they adopted the liquid level sensor "CLA-D10P40." As a result, they were able to detect the liquid level with an accuracy of ±1 mm and manage the liquid level by installing the sensor at the desired position, even when the liquid volume was low. 【Current Challenges and Requests】 - Challenges arose in managing the liquid volume in the epoxy resin tank. - The current sensor (guide pulse method) cannot detect when the liquid volume is low. - The accuracy of liquid level management is poor, with a precision of 3 to 5 mm against the desired liquid level of ±1 mm. *For more details, please refer to the PDF document or feel free to contact us.*
![[CLA Case] Hydraulic Cylinder Oil Level Management [Automotive Parts and Machinery Industry]](https://image.www.ipros.com/public/product/image/0e3/2000456376/IPROS03046354870427056223.png?w=280&h=280)
Using the liquid level sensor "CLA"! We will introduce examples of oil level management for hydraulic cylinders. *Sample units are available for loan.
We would like to introduce a customized case of the non-contact liquid level sensor "CLA," which can be installed in various tanks due to its electrodes being made of PET film. The oil level management of hydraulic cylinders is currently done visually, but the sensors are located on the back side of the equipment, making it difficult to check without going around to the back, as they are hidden by the equipment and there are many of them to confirm. Therefore, we installed the liquid level sensor "CLA-D10P40." With an accuracy of ±1mm for the desired liquid level, it can detect the liquid level, allowing for management by installing it at the position of the liquid level to be monitored, even when the liquid volume is low. 【Current Issues and Requests】 - The oil level management of hydraulic cylinders is done visually, but the sensors are located on the back side of the equipment: - Cannot check without going around to the back - Hidden by the equipment - Difficult to confirm due to the large number - We want to monitor with sensors and raise the management level - Other sensors are not easy to install *For more details, please refer to the PDF document or feel free to contact us.
We can propose the automation and monitoring system in the factory using our level sensor products!
Kameoka Electronics Co., Ltd. provides integrated production services tailored to customer needs, covering product development design, parts procurement, production planning, manufacturing (including board assembly), and shipping for various sensors. Additionally, we support improvement proposals for equipment using level sensors. If you have applications where you want to avoid contact with the target object or require non-destructive testing, please feel free to consult us. ■ Case Study: Example from a printing peripheral equipment manufacturer Before implementation, there were concerns about sensor degradation with contact-type sensors, and it was difficult to predict failure timing. By installing a non-contact CLS on the outside of the tank, we achieved non-contact liquid level management for defoamer. *We also have examples of solving mounting issues through modifications of standard electrodes. For more details, please refer to the PDF materials or feel free to contact us.
Detects flooding information around the factory and quickly sends LINE notifications! It is battery-operated and uses cellular communication, making it easy to install without the need for construction work.
Available since March 1, 2021! "KAMEKER-FA" is a product developed to assist in rapid initial response by quickly notifying about flooding around factories. <Product Overview> Sensors installed at any location will promptly notify you via LINE when flooding is detected. The flooded sensors will be displayed in red on a map opened in the dedicated KAMEKER app, visualizing the flooding locations. <Product Highlights> 1. Can be introduced at a low cost, with no running costs for a lifespan of 5 years. 2. Battery-operated, eliminating the need for extensive installation work and allowing for placement anywhere. 3. Uses commercially available batteries, making maintenance as simple as battery replacement. 4. If there are existing surveillance camera video URLs, they can be sent along with LINE notifications. *For more details, please refer to the PDF document or feel free to contact us.
