Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.
6361～6390 item / All 7696 items
Please check this when using the sensor.
■To use correctly ■Operating principles and terminology ■How to use pressure sensors (Technical Note) ■How to choose pressure sensors ■FAQ ■Installation diagram examples ■Recommended reflow temperature profile *For more details, please refer to the PDF materials or feel free to contact us.*
Ultra-compact package of 4×4mm. Capable of outputting high-precision digital signals with ±1.5% FS at temperatures from 0 to +85℃.
The "AT7 series" is a semiconductor pressure sensor that supports the output of high-resolution digital signals in a super compact 4×4mm package. The miniaturization of the package and the inward-folded leads achieve space-saving, reducing the mounting area by more than 72% compared to our conventional products. It can output a digital signal with an accuracy of ±1.5% FS over a temperature range of 0 to +85°C, making it suitable for a wide range of applications including electrical equipment, medical devices, and industrial machinery. 【Features】 ■ Achieves high pressure accuracy over a wide temperature range despite its small size ■ Contributes to miniaturization of products and multi-point measurement ■ Offers a lineup that accommodates pressure ranges from +25 to +1000 kPa and -100 to -25 kPa ■ Custom specifications can also be accommodated *For more details, please refer to the materials. Feel free to contact us with any inquiries.
自由なプロダクト設計を可能に。メンブレン技術などの特長や活用例などを解説した資料を無料進呈
当社では、フジクラのメンブレン技術を採用することで、伸縮に強い回路形成や 曲面への回路形成、高精度な感圧センシングを実現し、自由度の高い プロダクト設計を可能にする『ロボットハンド用3D形状感圧センサ』を提供しています。 製品デザイン性の向上や組み立て作業性の向上を両立できるほか、 人間の指先のような精細な動作に貢献。各種ニーズに合わせた ゼロベースでの製品開発やカスタマイズにも対応可能です。 現在、当社のメンブレン技術の特長や活用例、 本製品のメリットをまとめたハンドブックを無料で進呈中です。 【特長】 ■フジクラ独自のメンブレン技術を採用 ■金属などの対象物も高精度に検知可能 ■センサ部を含めて3D成形が可能 ■繰り返しの伸縮にも対応する高耐久性 ■フィルムベース構造で薄型・省スペース ★『ロボットハンド用3D形状感圧センサ』を活用した 新製品開発やカスタマイズを検討する企業を募集中です。 ※詳しくはPDF資料をご覧ください。お問い合わせもお気軽にどうぞ。
Easy detection! Motion detection type (pyroelectric) human presence sensor
"LH001" is a sensor that responds to motion (human movement) and can detect human body movements/presence. It is recognized as a HID keyboard device and outputs key codes (simulating key presses) for human detection, making it easy to integrate simply by monitoring key inputs. It is an ideal USB human presence sensor entry model for applications that require simple and easy human detection.
![[AMOGREENTECH] Current Sensor (Module) and others](https://image.mono.ipros.com/public/product/image/2fa/2001513556/IPROS4660745517712798046.png?w=280&h=280)
Magnetic cores for automobiles and home appliances, current sensors
Current Sensor (Module) - A high-precision current sensor used for monitoring current and sensing position, distance, and speed in automotive systems. - Capable of precise and rapid customization development. EMI Filter (Module) A filter to prevent malfunctions caused by high-frequency noise generated in the high-voltage systems of EV vehicles.
Keywords: walking space evaluation, traffic safety, facial expression sensor
In recent years, as the concept of compact cities and human-centered urban development has spread, the importance of pedestrians in transportation planning has increased. However, the main method used to measure pedestrian comfort, surveys, relies on the willingness of pedestrians to cooperate, making random sampling of subjects impossible. Furthermore, requesting participation in surveys may disrupt the positive mood of pedestrians. To address these issues, by observing and quantifying pedestrians' "smiles," we can theoretically evaluate the quality of pedestrian spaces based on these values, allowing us to encompass all pedestrians in the target area (at least enabling random sampling) and conduct evaluations without the subjects being aware that they are participating in a survey. We are developing a system using advanced image analysis technology and facial expression recognition sensors to analyze pedestrians' expressions, studying how various elements of walking spaces influence pedestrians' happiness.
Keywords: Acoustic Emission, Material Mechanics, Non-Destructive Testing, Fracture Analysis, Composite Materials, Biological Sounds, Frequency Analysis
Acoustic Emission (AE) technology is a non-destructive testing method that detects not only sounds from cracks, friction, and leaks within materials but also biological sounds, such as joint sounds. It is used in various fields including construction, civil engineering, manufacturing, medicine, and material evaluation. The AE method detects sounds (AE sounds) generated within materials using AE sensors installed on the surface, similar to the relationship between earthquakes and seismometers. Therefore, like earthquakes, information such as the location of AE sound generation, sound intensity, and sound frequency can be obtained from multiple seismometer data. The frequency characteristics of AE waveforms are said to represent the types of damage, and our laboratory conducts evaluations of damage accumulation behavior primarily focused on carbon fiber reinforced composites (CFRP). By interpreting the conditions under which damage occurs not only from a materials mechanics perspective but also from a thermodynamic perspective, we also perform residual life evaluations based on entropy assessment.
Keywords: biosensor, live imaging, drug delivery, nanocapsule, theranostics, luminescence
We aim to non-invasively visualize the functions and dysfunctions of biological entities for disease diagnosis, toxicity testing, and active ingredient screening. Utilizing live cell imaging and flow cytometry for high-speed analysis, we are developing an analytical system comparable to animal experiments. We create non-invasive sensor molecules that detect chemical reactions and physical interactions occurring in vivo, introduce them into cells, expose them to harmful or effective substances, and detect the sensor's response using light (fluorescence). We are establishing testing methods for the toxicity of anticancer drugs, air pollutants, and the efficacy of quasi-drugs. On the other hand, we are also advancing the production of nanocapsules composed of disease-targeting sensor molecules. All production is conducted under physiological conditions, aiming for a cocktail delivery system that combines conventional synthetic pharmaceuticals and biopharmaceuticals. The sensor molecules are used to monitor the delivery situation. Furthermore, we are also working on constructing an external discharge system for harmful substances accumulated in the body due to metabolic disorders and a discharge system.
The world's smallest class micro-Raman spectroscopic Raman sensor! Compatible with all microscopes regardless of the manufacturer!
The "RAMAN EYE" by Metasensing is one of the world's smallest micro-Raman spectroscopy sensors. It can be remotely operated using a smartphone and can also be controlled from local PCs such as Windows. It supports interactive sensor operation. Additionally, as a hybrid sensor for microscopes and processes, we offer products such as "fiber extension for inverted microscopes" and "probe accessories for process Raman." 【Features】 ■ Easy attachment to the microscope in 1 minute ■ Low price: starting from 4.5 million yen ■ Remote operation using a smartphone ■ One of the world's smallest micro-Raman spectroscopy sensors ■ Automatic analysis using generative AI *For more details, please download the PDF or feel free to contact us.
![[Evaluation Example] Culture Medium Components](https://image.mono.ipros.com/public/product/image/c5f/2001485911/IPROS59412225722097435310.png?w=280&h=280)
Introduction of media component evaluation in glucose concentration measurement.
We would like to introduce a case study using non-destructive medium measurement. The basic medium composition in 1L of MRS agar medium is: Proteose peptone 10.0g, Yeast extract 4.0g, Glucose 20.0g, Potassium hydrogen phosphate 2.0g. In the case study collection, you can see the results of glucose concentration measurements. [Case Overview] ■ Medium Component: Glucose Concentration Measurement *For more details, please download the PDF or feel free to contact us.
Instantly convert your microscope into a Raman device! World-class smallest Raman sensor! Compatible with all upright microscopes, regardless of the manufacturer!
We would like to introduce our plugin mini Raman device, "Raman EYE." It is equipped with functions for micro-Raman, process Raman, and portable Raman. It can be used in the field as it is battery-operated and can measure under ambient light. Additionally, we offer "Raman EYE Sensitive," "Raman EYE Pro," and "Raman EYE Scan," which differ in spectral resolution and detectors. 【Features】 ■ Hardware Features - Easy attachment to your microscope in just one minute - No modification of the microscope required ■ Software Features - Output of results using generative AI - Assistance in building large-scale databases *For more details, please download the PDF or feel free to contact us.
The world's smallest class micro-Raman sensor. Achieves low cost through miniaturization and optimized design. Easily attaches to existing microscopes.
The "Raman EYE series" is an attachable micro-Raman sensor that boasts one of the smallest sizes in the world, measuring W120×D95×H50mm (excluding some models). It features an attachable design that allows for easy installation on existing microscopes in about one minute, enabling high-sensitivity measurements using Raman spectroscopy without the need for dedicated equipment. Additionally, its compact and optimized design allows for a starting price of 4.5 million yen. 【Features】 ■ Achieves one of the smallest sizes in the world ■ Can be attached to various microscopes ■ Easy to introduce at a low price (from 4.5 million yen) ■ Remote operation using tablets or smartphones is possible ■ Can be connected to a materials analysis platform utilizing generative AI (sold separately) *You can view the evaluation case collection from "PDF Download." Please feel free to contact us for inquiries.
The horizontal viewing angle is 23° to 0.67°! Introducing the electric zoom lens manufactured in Japan.
We would like to introduce our electric zoom lens, the 'IR-Corrected 3 Megapixel MZ35X2142DPFIR-T'. The image format is 2/3", with a focal length of 27-750mm and a C mount. The dimensions are 128.6mm × 125.6mm × 330.5mm, and the weight is 5000g. Please feel free to contact us if you have any inquiries. 【Specifications (Partial)】 ■ Image Format: 2/3" ■ Focal Length: 27-750mm ■ Aperture (F-value): F4.2 ■ Horizontal Field of View: 23° to 0.67° ■ Mount: C *For more details, please download the PDF or feel free to contact us.
The focal length is 12-240mm! It is an electric zoom lens with an image format of 1/2".
We would like to introduce the IR-corrected 2-megapixel 'HZ20X1225DPIR' that we handle. The resolution is 2 Mega Pixels, with a horizontal angle of view ranging from 29.16° to 1.56°, and the mount is C. Please feel free to contact us if you have any inquiries. 【Specifications (partial)】 ■ Image format: 1/2" ■ Focal length: 12-240mm ■ Aperture (F-value): F2.5 ■ Horizontal angle of view: 29.16° to 1.56° ■ Mount: C *For more details, please download the PDF or feel free to contact us.
[Specification materials available] We provide technical know-how for image inspection and measurement, and we also support the in-house production of original 3D sensors.
The "DLP-type 3D sensor" is capable of inspecting the height of BGA components and the warping of disc paper, targeting semiconductors, circuit boards, and large products. We have numerous examples of delivering a complete set of hardware and software that enables 3D measurement using the above sensor. 【Custom Support Examples】 ■ Supports large workpieces of 1m x 1m ■ Supports high-speed measurement of 0.05 seconds (tact) ■ Adds 3D inspection to 2D inspection ■ Supports composite materials of resin and metal with varying brightness ■ Addresses blind spots with multiple projectors ■ Supports products in black color You can download a document summarizing the detailed specifications of the sensor from the link below. Please feel free to check it out.
Would you like to visualize the electrical power consumption of devices and equipment?
We realize the visualization of power consumption for manufacturing lines and equipment without the need for installation work. By monitoring operational status, it also serves as an indicator for measures to reduce power consumption. Visualization of cumulative power, power factor, and active power is also possible. Monitoring the status helps prevent equipment troubles. Monitoring data can be graphically displayed on dashboards, and customization is also possible. Data linkage to customer-specified locations and integration with higher-level systems is also feasible. We will respond flexibly to your requests, so please feel free to consult with us. T-Net Japan Co., Ltd. Strategic Promotion Department TEL: 06-6228-7755 MAIL: st-info@tn-japan.co.jp If you contact us, our sales team will get back to you.
Thermal design starts with the measurement of thermal energy! Toyota Motor's thermal flow sensor 'Energy flow'
The heat flow sensor is a device that can easily measure heat flux, which is essential for elucidating the mechanisms of temperature change. By converting the electromotive force generated according to the temperature difference between the front and back of the sensor into heat flow, this sensor can measure the "amount" and "direction" of thermal energy passing through its surface with high precision and rapid response. You can download documents summarizing each lineup and detailed specifications from the link below. For product specifications, pricing, and delivery times, please feel free to contact us through our official website. 【Features of Toyota Motor's heat flow sensor "Energy flow"】 ▼ Highly sensitive and responsive, capturing even slight heat flows (±10W/m2 and above) ▼ Thin at 0.25mm with low thermal resistance, flexible, and excellent in compressive load resistance ▼ No power supply or amplifier is needed; just measuring voltage is sufficient.
Current Toyota Motor Corporation engineers respond: What can be done by measuring 'heat flux'? A detailed explanation of case studies and measurement methods for effective thermal countermeasures.
Do you know the uses of "heat flux"? There are various opportunities to measure temperature for different purposes, but if you understand "why the temperature is what it is," you can utilize that knowledge for appropriate thermal countermeasures. Toyota Motor Corporation's heat flow sensor, 'Energy flow,' can conveniently and responsively measure the pathways of heat intrusion, allowing you to identify the "heat flux" that causes the heat. We also provide solutions for measurement methods, instrumentation for products, and data analysis issues, all handled by Toyota's active engineers. Please read the materials first or feel free to contact us. ■Examples of utilization (excerpt) - Measurement of thermal insulation or thermal conductivity - How to dissipate heat from a circuit board without a cooling fan - Methods for dissipating heat, directing airflow, and controlling air conditioning in thermal damage design - Quantification of cost-effectiveness for heat countermeasure items
Essential for aggressive thermal design! Toyota's in-house thermal flow sensor "Energy flow"
This is a heat flux sensor used by Toyota Motor Corporation in the field of car development. It can easily measure the "heat flux" necessary to elucidate the mechanisms of temperature change.
Not missing even the faintest fluctuations in heat! The secret of Toyota's highly sensitive thermal flow sensor "Energy flow" with low thermal resistance.
This document introduces the highly sensitive heat flow sensor "Energy flow," which is an essential item for the development of new thermal energy management systems. We will explain what heat flux is, the measurement principles and manufacturing technologies of Energy flow, and the strengths characterized by the product specifications. Measurement examples are also included, making it a recommended read for those facing challenges in areas such as wall penetration thermal evaluation in low-temperature environmental testing rooms and thermal performance evaluation of power ICs. [Contents] ■ What is heat flux? ■ Structure, measurement principles, and manufacturing methods of Toyota's heat flow sensor "Energy flow" ■ Product specifications and performance ■ Measurement application examples *For more details, please download the PDF or feel free to contact us.
Can you promote that insulation performance with numbers? The key to comfort and energy savings is understanding heat flow!
The heat flow sensor provided by Toyota Motor Corporation cannot solely convey the thermal insulation performance of buildings and energy-saving items through temperature alone. The heat flow sensor enables the measurement of slight heat flows that are difficult to measure with conventional methods, contributing to more efficient thermal design. It is an ideal product for solving challenges in architecture, construction, and building materials that require data-driven improvements, such as evaluating the performance of insulation and heat shielding materials and identifying thermal losses in buildings. 【Usage Scenarios】 - Performance evaluation of insulation materials: Accurately assess the performance of existing insulation materials and newly developed insulation materials. - Investigation of building heat loss: Identify areas of heat loss in buildings and assist in renovation plans for energy conservation. - Design of new buildings: Conduct heat flow simulations during the design phase to achieve optimal insulation design. - Renovation of existing buildings: Evaluate the insulation performance after renovation and verify its effectiveness. 【Benefits of Implementation】 - Quantitative evaluation of insulation performance: Enables data-driven assessments, resulting in highly reliable outcomes. - Contribution to energy conservation: Identifying and reducing heat loss leads to a decrease in energy costs. - Efficiency in design and construction: Allows for design and construction based on accurate data.
![[Proposal by Toyota Motor Corporation] Heatstroke prevention measures for factories and offices against extreme heat!](https://image.mono.ipros.com/public/product/image/6ac/2001534993/IPROS7454537438575895101.jpg?w=280&h=280)
Would you like to create a simulation that predicts the cost-effectiveness of heat countermeasure items using heat flow sensors?
On June 1, 2025, with the revision of the Labor Safety and Health Regulations, measures against heat stroke in the workplace became mandatory. A cool and comfortable work environment not only prevents heat stroke but also directly contributes to increased productivity. While there are many heat-related and energy-saving items available, it can be difficult to determine which items to implement and how effective they will be. At Toyota Motor Corporation, we are developing a simulator that utilizes heat flow sensors to predict the cost-effectiveness of heat countermeasure items, working towards the establishment of a comfortable working environment. For specifications of the heat flow sensor "Energy flow," please download the catalog or feel free to contact us. We also welcome inquiries regarding details of heat countermeasure simulations.
An online seminar will be held on August 28 in collaboration with Toyota Motor Corporation and the Structural Planning Institute.
In this seminar, we will hear from a current designer at a parts manufacturer about "Key Points for Actual Measurements Using Thermocouples and Heat Flow Sensors," and we will introduce Toyota's high-sensitivity heat flow sensor "Energy Flow." Additionally, as a case study for verifying the discrepancies between actual measurements and analysis, we will present the thermal analysis of the heat flow sensor demonstration kit and its considerations. If you are working on verifying discrepancies between actual measurements and analysis, or if you are engaged in building technologies for thermal design, thermal analysis, and thermal measurements, we encourage you to take this opportunity to watch!
A Comprehensive Guide to Thermal Flow Sensors Explained by Active Toyota Engineers (2025 Edition)
The thermal flow sensor "Energyflow" is an in-house sensor that Toyota needs in the car development field. From the perspective of both engineers and users, we will carefully explain the handling of thermal flow and the features of Energyflow. [What you can learn from the explanatory materials] - What is thermal flow? - What can you understand by knowing about thermal flow? - What is the difference between a thermocouple and a thermal flow sensor? - Unique features of Toyota's Energyflow - Frequently asked questions from customers - Examples of utilization in various industries, etc.
From margin design that protects by looking at temperature to confident design that attacks by looking at heat flow.
Next-generation power semiconductors (SiC and GaN) have high energy density, and to address the following challenges, a breakthrough in thermal design thinking is essential! 1. Occurrence of localized thermal concentration 2. Black box nature of thermal design 3. Impact of time-dependent thermal resistance By utilizing thermal flow sensors, the perspective on design changes, leading to a reduction in development lead time and an improvement in product competitiveness.
A heart and skills that are close to our customers! Improving productivity by collaborating with various devices.
We offer the 'NV Device manufactured touchless system' that can be utilized not only in food factories but also in areas such as HACCP management and kitchen equipment. This system allows for input and operation through hand and eye movements without touching the equipment, making it suitable for food factories that require strict hygiene management. Additionally, we handle various devices, including "gaze sensors" that can output gaze data as coordinate information and "gesture sensors" that can detect movements up, down, left, and right without contact. [NV Device's Problem-Solving Solutions] - Improved productivity through integration with various devices - Consideration for hygiene by allowing input without touch - Ability to utilize your existing report formats *For more details, please download the PDF or feel free to contact us.
Know through vibration, a proof of safety! Can be applied as a complementary sensor for monitoring the condition of various locations.
Our company offers a "Condition Monitoring Vibration Sensor (CMVS)" that eliminates the need for amplifiers and power supplies, allowing for direct connection to data recording devices. The change in output voltage in response to vibration changes is nearly equivalent to that of commercially available vibration sensors, making it suitable for condition monitoring in various locations such as infrastructure, equipment, and mobile objects. Additionally, it is a device that enables efficient and economical condition monitoring. 【Features】 ■ No power supply required for amplifiers or sensors ■ Vibration change measurement is almost the same as that of commercially available vibration sensors ■ Simple structure ■ Can be applied as a supplementary sensor for condition monitoring in various locations *For more details, please download the PDF or feel free to contact us.
Grow fish and vegetables together! An eco-friendly and sustainable circular farming method.
Our company is engaged in the environmentally conscious agricultural and aquaculture industry known as "aquaponics," in order to provide safe and delicious food. Aquaponics is a term that combines "aquaculture," which refers to fish farming, and "hydroponics," which refers to soil-less cultivation, representing a new form of agriculture and aquaculture. It is gaining attention as an eco-friendly and sustainable circular farming method that can be described as "organic cultivation grown in water instead of soil." **Challenges of Aquaponics** - Higher initial costs compared to conventional farming - Requires knowledge of both agriculture and aquaculture - Needs water quality management tailored to the types of vegetables and fish - Low recognition and penetration in Japan *For more details, please refer to the related links or feel free to contact us.*
[Case study available] Solve your procurement and logistics problems! Leave it to us for issues related to stable supply and inventory optimization.
Mitsui & Co. Plastics offers "Supply Chain Management" solutions to support the resolution of procurement and logistics challenges in the manufacturing industry. This solution helps in building a stable supply system, optimizing inventory, and improving operational efficiency. Please download the materials that include case studies to see the details. ＼Do you have any of these concerns regarding supply chain or logistics?／ 【1】I want to improve operational efficiency by utilizing 3PL or logistics outsourcing, but I can't find the right partner... 【2】I feel challenged by managing a wide variety of inventory and improving the accuracy of demand forecasting... 【3】Coordination with suppliers is difficult, raising concerns about stockouts and line stoppage risks... 【4】I aim to achieve stable supply and optimize inventory (reducing dead stock, controlling purchase quantities)... For those facing these challenges! We support customers in various industries, including manufacturing, in optimizing procurement and logistics and achieving stable supply through supply chain management.
No setup required! DALI motion sensor ready to use. Minimum configuration: 1) DALI BUS 2) Sensor + Switch 3) DALI-2 lighting fixture.
We would like to introduce the "DALI-2 Human Detection Sensor with Switch Input" that we handle. It is compatible with PIR motion sensors equipped with human detection and DALI-2 switch input. It can be used as a DALI-2 switch with "single-pole" and "push button" sold in Japan. With the built-in application controller, you can set up motion linkage, multi-location detection, and control. 【Features】 ■ Detection range: Diameter of 8 to 10 meters at a ceiling height of 2.7 m ■ DALI consumption current: 2 mA ■ Diameter: 55 mm, installation hole: φ57 – 67 mm ■ DALI signal terminal block included ■ Can be used as a DALI-2 switch with separately sold "single-pole" and "push button" available in Japan ■ Green LED indicator for visually identifying the sensor's position ■ Settings can be configured using DALI-2 software or RAPIX software *For more details, please download the PDF or feel free to contact us.
