Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
1021～1050 item / All 1589 items
Easy operation enables high-precision measurement / The definitive solution for glucose concentration measurement.
Simply insert the measurement chip into the main unit and drop the sample liquid; it's that easy. The chip can be replaced after each use without the need for calibration, allowing for measurements in high concentration ranges.
It can be used for performance testing of various small fans.
This device is a fan airflow measurement system based on AMCA and JIS standards, using a multi-nozzle method. It can be used for performance testing of various small fans. By combining it with the F-411 flow calculation system, automatic measurement of the fan's P-Q characteristics can be performed. In automatic measurement, parameters such as fan speed, voltage, and current can be measured simultaneously. There are two methods for switching the multi-nozzle: one is automatic switching via software, and the other is manual switching.
By using a mass flow controller in the air volume detection unit, it has become possible to test fans with very small air volumes.
This device is designed to test the P-Q characteristics of fans with very small airflows. JIS-B-8330 "Fan Performance Testing Methods" is not suitable for testing fans with very small airflows, such as those used for cooling laptops. By using a mass flow controller in the airflow detection section, it has become possible to test fans with very small airflows.
Introducing the MOSWELL company's in-car monitor with built-in speakers and the ability to display in four sections!
The "ML-7FL" is an in-vehicle monitor manufactured by MOSWELL, handled by NE System. In addition to having built-in speakers, it allows for switching between normal and mirror images, and can display in a 4-split format. Our company delivers safety and peace of mind through visual information equipment. 【Specifications】 ■ Built-in speakers ■ Normal ⇔ Mirror image switching ■ OSD function ■ 7 inches ■ 4-split display capability ■ Resolution: 800×480 *For more details, please refer to the PDF document or feel free to contact us.
Familiar to the hand and easy to use design! Equipped with a memory function convenient for checking measurement results.
The "HT-3200" is an easy-to-use, high-performance compact handheld contact digital tachometer. It has a wide measurement range from 0.5 r/min at low speeds to 10,000 r/min, and measurement results can be stored in internal memory as a history, allowing for up to 10 entries, which is convenient for post-measurement verification and recording. It can also be used as a peripheral speed meter by utilizing a peripheral speed ring. Additionally, we offer the non-contact "HT-4200" and the dual-purpose contact/non-contact "HT-5500" in our lineup. 【Features (HT-3200)】 ■ Contact type ■ Automatic repeated measurement with changing display values every second while the measurement switch is pressed ■ Memory function for convenient confirmation of measurement results ■ Ergonomically designed for a comfortable grip and ease of use ■ Can also be used as a peripheral speed meter with the use of a peripheral speed ring ■ Final measurement value held on display for approximately 30 seconds after measurement *For more details, please refer to the PDF document or feel free to contact us.
Long-distance, wide-field static and dynamic 2D displacement measurement of targets on a plane is possible!
The "PSD Displacement Measurement Device" is a non-contact, high-speed, high-precision static and dynamic displacement measurement device. It enables the measurement of static and dynamic two-dimensional displacements on a target's plane at long distances and wide fields of view, which could not be achieved with conventional laser or radar displacement meters. It can be applied to a wide range of measurements, including seismic diagnosis of architectural structures, maintenance and deterioration diagnosis of civil engineering structures, vibration monitoring, and displacement measurement during dynamic loading tests of piles. 【Features of the PSD Camera】 ■ Standard measurement distance of 100m ■ Wide field of view of 1000×1000mm (at a measurement distance of 100m) ■ High accuracy of 0.25mm (at a measurement distance of 100m) ■ Two-dimensional measurement (vertical and horizontal directions) ■ Standard for one target *For more details, please refer to the PDF materials or feel free to contact us.
Achieving faster and broader wireless communication! An evolved next-generation wireless data logger system.
The "Ondotori RTR-500 Series" is a wireless data logger system composed of a child unit that measures and records various parameters, including temperature and humidity, and a parent unit that collects the recorded data via wireless communication. Compared to the conventional RTR-5 series, it achieves faster and broader wireless communication. Recorded data can be collected directly to a PC, as well as through various methods over the network, including email transmission, FTP transmission, and sending to Ondotori WebStorage. 【Features】 ■ Composed of a child unit that records data and a parent unit that collects the recorded data via wireless communication ■ Achieves faster and broader wireless communication ■ Allows direct collection of recorded data to a PC ■ Capable of collecting data through various methods over the network ■ Builds a wireless data management system tailored to applications and usage environments *For more details, please refer to the PDF document or feel free to contact us.
For measuring the permittivity of samples with large leaks or nano-sized samples
Dielectrics are used in various electronic devices. Due to the miniaturization of electronic devic Dielectric materials are used in various electronic devices. Due to the recent miniaturization of electronic devices, dielectric materials used in electronic devices tend to become smaller. Therefore, it is desirable to develop a technology that can accurately measure the permittivity of a fine capacitor structure. In addition, even in cases where the capacitor structure is not fine, it may be difficult to determine the permittivity through impedance measurement of a capacitor structure composed of a conventional electrode pair (e.g., a diameter of 100 μm or more) due to the existence of a region of locally high conductivity, called a leak path, in some dielectrics. As one method to enable measurement of the permittivity even for dielectrics having such a leak path, it may be considered that the electrode size is extremely small (For example, 1 μm or less) and capacitance measurement is performed while avoiding the existence of the leak path. However, when the capacitor structure becomes small, the influence of parasitic capacitance becomes relatively large, and it becomes difficult to accurately measure the capacitance of the dielectric, so that it becomes difficult to accurately measure the permittivity. The present invention is made in view of the above problems, and relates to a method for measuring the permittivity which can accurately measure the permittivity of a small region.
Development of prognostic prediction method with the novel radiomic feature based on graph theory
In recent years, the research field to decode the biological characteristics of lesion (radiomics) by analyzing in global a large number of images extracted from medical image database has attracted attention. One potential application of radiomics is to predict the patient prognosis with tumor disease. However, it is difficult to represent phenotypic information of tumor and local information inside tumor with accuracy, so further progress of this research is required. In this invention, inventors have developed a new radiomic feature based on graph theory. Medical image processed by graph theory feature, and tumor image with relatively good prognosis have a smaller line density than those with poor prognosis. Moreover, the rad score calculated by graph theory feature can clearly indicate the tumor status change compared to the value calculated by conventional feature. Therefore, this invention is able to predict the cancer treatment prognosis with higher accuracy than conventional method.
High resolution and high accuracy absolute position measurement using diffracted light
Optical linear encoder is used as high accuracy displacement sensor for semiconductor manufacturing equipment and various absolute position detection methods have been implemented. However, complex micro-pattern combinations and detection opticsare necessary. For this purpose, an optical single-axis encoder thatuses white light source and diffraction grating with unequal tickspacing is proposed to detect the absolute position based on the spectrum of the analyzer. However, the rotational motion error of thegrating affects the position detection. The present invention is able to provide an optical absolute positionmeasurement device and method with high resolution and accuracyin single or double axis by analyzing the spectrum of a diffractedbunch light. An unequal spaced grating is provided to incident thebunch white light, and the absolute position is detected from the peakwavelengths detected on the optical spectrum of the analyzer.
It is possible to evaluate the risk of lymph node metastasis of cancer cells at an early stage.
The presence or absence of lymph node metastasis of cancer cells significantly affects the survival rate of patients. Due to the high mortality rate after metastasis, it is desirable to assess the risk of lymph node metastasis early. However, conventional methods (such as ultrasound, CT, MRI, and PET) make it difficult to identify micro-metastatic foci with a maximum short diameter of 10 mm or less, making early evaluation of the risk of lymph node metastasis challenging. The inventors of this study found that when cancer cells metastasize to the regional lymph nodes, the pressure within the lymph nodes increases, using a lymph node swelling model in mice. By measuring the pressure within the lymph nodes, it is possible to assess the risk of lymph node metastasis early.
Using ultrasound to measure the density of a polymer film with a thickness of several micrometers.
The present invention is a method for accurately measuring the physical properties of a single soft thin film, such as a thin polymer film with a thickness of several micrometers, by analyzing the amplitude spectrum of ultrasonic echoes and utilizing the acoustic resonance phenomenon that occurs when ultrasonic waves pass through the soft thin film. While conventional methods have allowed for the measurement of the physical properties of thin films tightly adhered to a substrate, it has been difficult to measure a standalone thin film. In this measurement method, the thin film is held by a specially structured jig and evacuated to adhere the thin film to the substrate, completely removing the air layer that would interfere during ultrasonic measurement, thus enabling the measurement of physical properties such as acoustic impedance and density.
High-frequency magnetic field measurement-method with sub-micron spatial resolution
The problem of electromagnetic noise entering to analog circuit from digital circuit in RFICs (Radio Frequency ICs) for portable terminals (smartphone, tablet, etc.) which are capable of ultra high speed GHz class communication, is becoming a serious subject. In order to measure high frequency magnetic field on IC chip,methods with "high spatial resolution" and "GHz measurement frequency" are necessary, but none of the existing high-frequency magnetic field measurement-methods (shielded loop coil type magnetic field probe, magneto-optical probe, giant magnetic resistive sensor, etc.) satisfy these requirements. This invention is about a high-frequency magnetic field measurement-device using a magnetic force microscope (MFM) probe, and the beating field method which uses the field undulation. Specifically, a configuration that enables the separation (removal) of electric field that interferes with magnetic field measurement, and a configuration that modifies the cantilever drive and detection component are added in this invention.
Measure the radioactivity of the test object in its original shape, easily, quickly, and with high precision.
In gamma-ray measurements using a radiation measurement device, self-absorption of gamma rays within the measured object, such as food, cannot be ignored, necessitating correction for self-absorption. Therefore, the measured object is finely crushed and packed tightly into a Marinelli container for radiation measurement. However, the process of chopping and packing the measured object is cumbersome and labor-intensive. Additionally, because the food is crushed into a fine state, there is a challenge in distributing the food used for measurement. The present invention enables the provision of a non-destructive radiation measurement device and method that allows for the easy measurement of the specific radioactivity of the measured object, such as food, without finely destroying it. The non-destructive radiation measurement device of this invention includes a gamma-ray detection unit, a counting unit, a mass measurement unit, and a calculation unit for calculating the specific radioactivity of the measured object. This allows for easy, quick, and highly accurate radiation measurement of the measured object, such as food, without the need to chop it up.
Real-time high-precision estimation of grain size of blasted crushed stone
Crushed stone is essential materials for transportation infrastructure and civil engineering structures. Crushed stone mining is carried out in the order of drilling, blasting, splitting, scooping, and transportation. The cost of scooping and transportation is affected by the grain size of the blasted crushed stone. Therefore, the blasting aiming at the optimum grain size is important, and the automation of the grain size evaluation of the blasted crushed stone is required. Conventionally, a method for extracting grain size by binarizing images has been devised. However, there have been problems in estimation accuracy because of similar colors of crushed stone and overlapping of crushed stones. In the present invention, focusing on the fact that the overlap of crushed stone changes during the scooping process using a hydraulic shovel or the like, we developed a method for accurately estimating grain size by eliminating the overlap of crushed stone by binarizing images extracted from the video of the scooping process with multiple threshold values. This invention is expected to lead to automation of the blasting cycle and realize safe and efficient blasting.
Noninvasive method for measuring blood sugar level without blood sampling
Although invasive methods involving blood sampling are the mainstream methods for blood glucose measurement in diabetic patients, it is desirable to develop non-invasive methods that do not cause physical pain or risk of infection from the puncture site. As one of the non-invasive measurement methods, a method using a microphone to detect acoustic waves generated when a measurement object is irradiated with light has been proposed. However, the above method has a problem that it is easily affected by environmental sounds and water vapor generated from living organisms. This invention is a method for measuring blood glucose levels by a transducer method using a piezoelectric element to detect ultrasonic waves generated when a measurement object is irradiated with mid-infrared light. The advantage of the transducer method is that it is not easily affected by environmental sounds and water vapor, which are problems in the microphone method. Furthermore, the photoacoustic cell used in the microphone method is not required, allowing for a simpler system configuration. It is expected that this invention makes it possible to measure blood glucose levels simply and non-invasively.
Realization of a distributed curvature crystal lens with high light focusing accuracy! Able to increase X-ray intensity and realize compact device with long life!
In a conventional X-ray monochromator, the spectroscopic crystal is elastically bent slightly, then polished to obtain a uniform diffraction. However, this method where the crystal is deformed within the elastic limit, cannot be applied for a large curvature bending, so it can only be used for a big X-ray device. Moreover, there is also an issue on the deformation stability and aging due to keeping the crystal deformed. This invention is able to realize a distributed curvature crystal lens with a wide incident angle and high light focusing accuracy. This distributed curvature crystal lens is made by plastic deformation of Ge or Si (110) single crystal plate pressed by a mold at high temperature. The X-ray reflectance measurement system of this invention is equipped with above lens which enables to focus a wide angle and significantly increase X-ray intensity.
Investigate the locations of blockages in underground pipes and the burial positions of various cables!
The position of pipes buried underground is explored using electromagnetic waves. The electromagnetic waves emitted from the transmitter are focused on the area using a receiver. ★Main Surrounding Devices - Small transmitter "Zonde" It is possible to locate areas where the pipe is blocked. - Direct method cable A magnetic field is generated on the metal pipe using alligator clips, and exploration is conducted with a receiver. - "External magnetic coil" By hooking onto power cables with insulation, a magnetic field is generated, and exploration is conducted with a receiver. ★Regarding Errors - Position Detection (Maximum Method) Depth 1.2m → ± about 2cm Depth 1.5m → ± about 5cm Depth 5.0m → ± about 25cm - Depth Measurement (Retractable) Depth 1.2m → ± about 5% Depth 1.5m → ± about 5% Depth 5.0m → ± about 10%
It is a resin that has acid and alkali resistance properties.
The FRP resin "Prominate H-6650P 15Kg" is a resin with acid and alkali resistance properties, used for molding tanks and other containers for chemicals. We can issue various certificates for products handled by Kii Co., Ltd. If you need a certificate, please consult us. Same-day shipping is possible within Kanagawa Prefecture. We will respond quickly to any product defects. Additionally, we will do our utmost to ensure customer satisfaction with our services! 【Features】 ○ Bisphenol-type vinyl ester ○ Contains accelerator ○ Seasonal type available For more details, please contact us or download the catalog.
This is a resin used for laminating rooftops, balconies, etc., for waterproofing with FRP.
The FRP resin "Polyhope N-5553 20Kg" is a resin used for FRP waterproofing, suitable for layering on rooftops, balconies, etc. We can issue various certificates for products handled by Kii Corporation. Please consult us if you need a certificate. Same-day shipping is possible within Kanagawa Prefecture. We will respond quickly to any product defects. Additionally, we will do our utmost to ensure customer satisfaction with our services! 【Features】 ○ Soft ○ Water-resistant ○ Workability ○ Iso-type resin For more details, please contact us or download the catalog.
Hard unsaturated polyester resin that can be used for various molded products.
FRP resin "Polyhope R-150NP 20Kg" is a resin commonly used for laminating. It is a hard unsaturated polyester resin that can be used for various molded products. Compared to R-100NP, it has a lower viscosity and less styrene, making it a low-odor resin. Since it is a non-paraffin resin without paraffin, it is necessary when laminating multiple layers of glass mat. If surface curing is required, additional paraffin liquid will be needed. 【Features】 ○ Low styrene ○ Drip stop included For more details, please contact us or download the catalog.
It is a patented technology that allows ECG (electrocardiogram) measurement with a steering wheel and vest!
■What is CardioWheel? CardioWheel performs biometric authentication required for ADAS (Advanced Driver Assistance Systems) from ECG signals, detecting and measuring fatigue and drowsiness. By monitoring ECG, it quickly detects abnormalities in the driver, serving as a system for driver management and safe driving. It is an advanced driver monitoring system that issues alerts every time drowsiness is detected based on the KSS (Karolinska Sleepiness Scale). ■What is CardioVest? CardioVest is a system that allows ECG (electrocardiogram) measurement simply by wearing a smart shirt (with built-in sensors that are washable) in combination with a dedicated device. By measuring ECG during daily life without any discomfort, it can be used for health monitoring, such as confirming the safety of employees during work hours or detecting abnormalities in heart signals like heart failure.
Paper machine felt tension measuring device
You can measure the felt tension of the operating paper machine. It is also used for various other purposes.
The long-awaited compact version μ-X360s of the μ-X360 series has arrived! Capable of measuring [residual stress], [half-value width], and [residual austenite].
~Achieving compactness, lightweight design, high-speed measurement, and excellent mobility!~ The residual stress measurement device has evolved to this point! We have added the long-awaited compact version, μ-X360s, to the μ-X360 series. It non-destructively measures residual stress, residual austenite, and half-value width in metals and ceramics. It is an outstanding device in terms of portability, reliability, safety, operability, and price.
By measuring residual stress, we clarify the causes of metal distortion! We measure tensile and compressive stress in iron, aluminum, and special metals in a "non-destructive and non-contact" manner.
As the precision and durability of metal products are increasingly demanded year by year, we must thoroughly implement quality control. In this context, are you struggling to identify the causes of product quality deterioration and shortened lifespan due to bending and warping of metal parts after processes such as plastic processing, heat treatment, joining, and cutting? For example: "I don't know the cause of the distortion in metal parts..." "I want to extend the lifespan of molds..." "I want to improve the dimensional accuracy of metal products..." "I can't determine whether the cause lies in the heat treatment process or in the parts themselves..." Even parts that appear flat can warp when external forces are applied, as the balance between tensile stress and compressive stress is disrupted. This issue may be resolved by measuring residual stress using a "non-destructive & non-contact" residual stress measurement device! *For more detailed information, please download the PDF or feel free to contact us.
High-speed measurement of residual stress, residual austenite, half-value width, etc., in metals and ceramics! Effective even in narrow spaces such as the interior of pipes with an inner diameter of 170φ.
The residual stress measurement device "μ-X360n" is a device that can measure residual stress remaining on the surfaces of metal parts and metal processing in industries such as automotive, shipbuilding, railways, and aerospace, as well as ceramics manufacturers and special metals, in a "non-destructive and non-contact" manner. 【Do you have any of these concerns?】 ■ I want to easily measure residual stress without hassle... ■ I want to know if the cause of cracks or chipping in parts is due to "tensile stress" or "compressive stress"... ■ I don't understand the cause of bending, warping, or cracking in welded areas... ■ I want to manage the lifespan of molds... and more. We provide quick and easy measurements for confirming weight reduction and high durability, improving dimensional accuracy, analyzing the causes of deformation and cracking, process improvement, quality control, predicting remaining lifespan, and optimizing maintenance! *If you would like a demonstration, please specify "Request for trial measurement." *For more details, please download the PDF or feel free to contact us.
Non-contact & non-destructive! Easily measure residual stress that causes cracks and deformation in welded areas! Experience in measuring large structures!
Residual stress, which can cause cracking and deformation in welds, can be easily measured! The residual stress measurement device 'μ-X360s' solves this issue! 【Non-destructive and non-contact with X-rays】 ■ Achieves high-precision automatic measurement without relying on human eyes. ■ Unlike destructive testing, there is no need to create test pieces, reducing inspection costs. 【High-speed measurement】 ■ Measures ferrite-based materials in 60 seconds per point. ■ Sample setup is easy with the built-in camera. 【Safe with low X-ray dosage】 ■ Can be used safely with low X-ray dosage. Easy to set up controlled areas on-site. ■ With a shielding box, anyone can perform measurements. 【World's smallest and lightest class】 ■ Portable in the world's smallest and lightest class. ■ Suitable for on-site measurements, capable of measuring large components such as tanks, pipes, large structures like bridges, towers, and plants.
Non-destructive and non-contact high-speed measurement of residual stress in metals! Detection of hardness changes due to grinding burns and other factors! Quantification of tensile and compressive residual stress. Visualization of surface hardness changes.
Do you have any of these problems? ■ I want to know if the cause of bending or warping of metal parts, or cracking in welds, is residual stress... ■ I want to manage the lifespan of molds... ⇒ We can solve this with the residual stress measurement device 'μ-X360s'! ■ I want to non-destructively determine the effects of heat treatment and the presence of cutting or grinding burns... ■ I want to conduct inline inspections or full inspections using robots... ■ I want to stop visual inspections that require special skills so that anyone can perform inspections... ⇒ We can solve this with the non-contact hardness mura scanner 'muraR'! ★ Equipment rental and on-site measurement services On-site measurement service Our experienced technicians will measure on-site. We will compile the measurement results into a report and submit it. Equipment rental service You can measure as much as you like during the rental period. Safe with low X-ray exposure. The equipment is easy to operate, so you can use it even without measurement experience.
New measurement method using X-rays reduces inspection costs for measuring hardened layer depth!
Reduce consumables such as resin filling, mirror polishing, abrasives, and resins! Automatic judgment of OK/NG is possible! 【Applications】 ■ For measuring the hardened layer depth of steel subjected to quenching treatment (carburizing, high-frequency quenching, etc.) 【Improvement of Inspection】 ■ Achieves high-precision measurements that do not rely on the skills of the inspector ■ High reproducibility through X-ray measurement ■ Reduction in the time required for the measurement itself 【High-Speed Measurement】 ■ Measurement takes about 60 seconds per point ■ Easy sample setup with a microscope and built-in camera 【Safe with Low X-ray Dose】 ■ Can be used safely with low X-ray doses ■ By using a shielding box, anyone can perform measurements (no qualifications required) ★★ A webinar video on "Hardened Layer Depth Measurement" is currently available ★★ Explains cases and effects in an easy-to-understand dialogue format with a navigator ◇ Presentation time: 25 minutes ◇ Participation fee: Free Aperza TV viewing page https://www.aperza.com/ja/co/10002597/video/GJj0WeXwfxUwB0dZGA14
