Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
211～225 item / All 432 items
A rich lineup is available.
By measuring the strain on the ideal cylinder, we have successfully solved these problems all at once. That measuring device is called the "Incometer."
Accurately measure transported objects moving at a speed of 462 km/h! Non-contact laser prevents damage and misdetection.
The "Laser Surface Speed and Length Measurement System" can measure the speed and length of transported materials non-contactly. It is equipped with a laser sensor capable of high-speed measurements of up to 462 km/h. It prevents issues that occur with contact-type devices, such as "measurement roll slippage," "measurement roll thermal expansion errors," and "damage to the measured materials." Furthermore, it can achieve high-precision detection even in harsh high-temperature environments. Our company offers a total solution that includes controllers and power supplies. 【Features】 ■ Accuracy of ±0.05% and repeatability ■ Industry-leading measurement speed range: ±7700 m/min (462 km/h) ■ Long focal length of 300 to 1500 mm allows measurements away from high-temperature materials ■ Accessories available for stable measurements even in harsh environments (cooling protective housing, cooling plates, air purge units, etc.) *For more details, please refer to the catalog or feel free to contact us.
Support quality management from pressure distribution!
◆ The seal contact surface that could not be seen until now can be measured and displayed in real-time. ◆ Measurement data can be displayed in 2D, 3D, and histogram screens. Additionally, the captured data can be replayed, and the analysis functions are well-equipped (please contact our company for compatible computer models). ◆ It helps to confirm wear and missing parts of the hot bar, which can cause seal defects. ◆ It helps to check for misalignment of the hot bar. ◆ The sensor sheet can be cut to match the width of the bar.
A pressure distribution measurement system with streamlined software features that allows anyone to easily perform measurements.
"Preliar i" is a system that displays the pressure distribution applied to an ultra-thin approximately 0.1mm thick film sensor sheet on a PC or tablet screen. The sensing points can reach up to approximately 2000, allowing for the display of high-density pressure distribution. It is compatible with PCs and tablets equipped with Windows OS, and measurement can be performed simply by pressing the operation buttons in order from the top. 【Features】 ■ Compatible with PCs and tablets equipped with Windows OS ■ Measurement can be performed by pressing the operation buttons in order from the top ■ Sensing points can reach up to approximately 2000, displaying high-density pressure distribution ■ Real-time display of pressure distribution, enabling measurement of time-series changes ■ Measurement possible with a maximum sampling rate of 100Hz *For more details, please refer to the PDF document or feel free to contact us.
It is important to measure not only the noise level but also the "acoustic power level."
The acoustic power level is used to express the loudness of sound emitted by machines. The acoustic power level represents the total energy emitted by the sound source. If we compare noise levels and acoustic power levels to earthquakes, the noise level corresponds to the intensity at various locations, while the magnitude corresponds to the acoustic power level. Just as the intensity at different locations is not determined solely by the distance from the epicenter, but also varies depending on the propagation path and ground structure, in the case of sound, the noise level varies due to the directionality of the sound source and the distance to the measurement position. Therefore, the acoustic power level is used, and particularly in Europe and the United States, it is necessary to specify the acoustic power level of equipment.
Measurement of acoustic power level of output products.
This system is a measurement system for acoustic power levels using the reverberation room method. It determines the 1/3 octave band and A-weighted acoustic power levels in accordance with JIS Z 8734:2000 (ISO 3741:1999), which specifies the precise measurement method for acoustic power levels of noise sources using the sound pressure method in a reverberation room.
For measuring "noise and vibration" at construction sites.
To preserve the living environment around construction sites, the Ministry of Land, Infrastructure, Transport and Tourism has announced regulations regarding the designation of "low-noise and low-vibration construction machinery." This announcement allows construction machinery that meets noise standards to display signs indicating "low-noise construction machinery" or "ultra-low-noise construction machinery."
A system for directly and real-time measuring dissolved nitrous oxide (N2O) in wastewater from Unisense Environment.
Unisense's dissolved nitrous oxide (N2O) sensor, specifically designed for wastewater plants, has been released by its subsidiary Unisense Environment, now more robust and longer-lasting. It directly and in real-time measures dissolved nitrous oxide (N2O) in wastewater, and by manually inputting the air flow rate during aeration, the system calculates the N2O emissions. This helps optimize the wastewater treatment process to minimize N2O emissions, which are being focused on as a greenhouse gas.
Non-contact body temperature measurement system using edge AI-based skeletal recognition (POSE) technology.
This is a non-contact body temperature measurement system using a thermosensor and POSE. The hardware of this system is configured by serially connecting a thermosensor to a Raspberry Pi system. The thermosensor uses a thermographic camera module. It can detect infrared and measure the temperature at a distance. To enable automatic measurement from the perspective of infection prevention, POSE is used to determine whether the face is in front of the thermosensor. In the demo video, a disposable heat pack is used to confirm operation in the case of elevated body temperature. ■ For inquiries Marble Inc. Embedded Product Division, Product Business Department Phone: (03) 3419-6011
A wide range of options! Easily measure moisture activity!
The "Rotronic AW Series" offers a wide range of products, from portable handheld models powered by rechargeable batteries to desktop models that can connect up to four measurement stations and automatically generate reports of measurement results, as well as models with temperature control features. Reliable moisture activity measurement is possible to meet customer needs. Features include easy operation, highly reliable calibration, and domestic technical support for peace of mind. 【Model Features】 ○ AW-HygroLab → Desktop model that can connect up to four measurement stations ○ AW-Quick NEO → Model powered by a rechargeable battery, convenient for portability with quick functionality ○ AW-USB Model → PC connection model equipped with the latest software ○ AW-Therm → Model with temperature control features For more details, please contact us or download the catalog.
Physical Property Measurement System PPMS
A system for automatically measuring a wide range of physical properties in low temperature and high magnetic field regions. It can measure DC and AC magnetic susceptibility, specific heat, electrical resistance, thermal conductivity, and more.
A measurement system optimal for evaluating LED, LED lighting, fluorescent lamp-type LEDs, liquid crystal displays, backlights, organic EL, and various light sources.
The IRRAD-C-FLMS illuminance and color measurement system is an ideal measurement system for evaluating LEDs, LED lighting, fluorescent-type LEDs, liquid crystal displays, backlights, organic ELs, and various light sources. By directing a fiber optic connected to a spectrometer towards the sample, it is possible to easily measure the necessary evaluation items for LEDs and lighting devices, such as radiance spectrum (μW/cm²/nm), total luminous flux (μW/cm²), illuminance (Lux), chromaticity (x,y), color rendering index (R1 to R15, Ra), and color temperature. Additionally, we offer the option to add an integrating sphere for total luminous flux measurement tailored to your specific needs, as well as custom software features for sample evaluation and selection. If the standard system does not meet your requirements, please feel free to consult with us.
A full luminous flux and color measurement system that allows for easy measurement and analysis of LED emission spectra in real time.
The IRRAD-C-FLMT-LED full luminous flux and color measurement system is a system that allows for easy measurement and analysis of the LED emission spectrum in real-time. The system consists of a fiber multi-channel spectrometer, a 1.5-inch integrating sphere, a NIST-compliant calibration light source, and software. We offer integrating spheres of different sizes as options to suit your measurement needs. Additionally, we accept custom software requests for sample evaluation and sorting. If the standard system does not meet your requirements, please feel free to consult with us.
Measurement of light distribution characteristics is possible even in the near-infrared range!!
The "OP-GONIO-NIR-SR100" manufactured by Ocean Photonics is a "compact infrared LED measurement goniophotometer" designed to measure the light distribution characteristics of near-infrared LEDs in the range of 900 to 1700 nm. It allows for automatic and simple measurement of the light distribution characteristics of samples by controlling them in two axes: horizontal (Φ) and vertical (θ). 【Features】 ■ Simple measurement of light distribution characteristics for near-infrared LEDs (900–1700 nm) ■ Compatible with a wide range of sizes and shapes of LED samples, from LED chips to LED modules ■ High precision and reproducibility measurements using an electronically cooled spectrometer ■ Customizable measurement distance according to sample size ■ Wide measurement dynamic range 【Measurement Items】 ■ Spectral distribution, radiant flux (W), radiant intensity (W/sr/nm) ■ Angular distribution graph ◎ At the specified position, it is possible to measure the spectral radiant intensity spectrum, peak wavelength, center wavelength, centroid wavelength, and full width at half maximum. *For more details, please contact us or download the PDF document for further information.
We would like to introduce Ocean Photonics' "Light Measurement System."
At Ocean Photonics, we cater not only to standard products but also to custom systems and custom processing for OEMs. Trust Ocean Photonics for your optical measurement solutions. 【Product Lineup】 ■ Total luminous flux measurement systems ■ Integrating sphere systems for UV LED measurement ■ Integrating sphere systems for near-infrared LED measurement ■ Integrating sphere systems for UV, visible, and near-infrared LED measurement ■ Spectral radiometer ■ GPM series photometric measurement systems ・ Small photometric measurement systems ・ Medium/Large photometric measurement systems ・ Large photometric measurement systems ・ Software for GPM photometric measurement systems ■ Diffuse transmission/diffuse reflection characteristic measurement systems ■ Quantum efficiency measurement systems ■ Visible and near-infrared spectral measurement systems We also have a demo room for spectral analysis measurement equipment. In a spacious dark room designed with light shielding in mind, you can view our products, including the total luminous flux measurement system OP-FLUX, and we provide opportunities to conduct actual measurements with samples you bring. *For more details, please contact us or download the PDF materials for more information.
