Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
31～45 item / All 57 items
Achieving overwhelming low prices that are industry No. 1 while maintaining high performance.
Features ● Industry No.1 pricing ● Wide field of view, ideal for large samples ● Abundant lens options ● Operates like a digital camera
Adopting a new concept-based balance mechanism! An analysis device that does not detect unnecessary forces.
The automatic friction wear analysis device, Triboster, is a friction meter proposed by Kyowa Interface Science, a specialized manufacturer of interfacial science instruments. Kyowa Interface Science has supported customers from a comprehensive perspective of surface and interfacial phenomena, addressing various issues that arise during the coating process. Leveraging this experience, we contribute to the evaluation of friction and wear characteristics of coating films and material surfaces. 【Features】 ○ Adopts a balance mechanism based on a new concept → Newly developed crank-type dual-axis balance ○ Does not detect unnecessary forces ○ Achieves more accurate acquisition of friction waveforms For more details, please contact us or refer to the catalog.
Smaller than a laptop, portable anywhere. Easy alignment with automatic calibration feature.
The LX-SPIDER is a device that uses the SPIDER method for phase and intensity measurement of ultra-fast lasers, enabling single-shot measurements and real-time phase measurement and analysis. It is ultra-compact, easy to align, and equipped with an automatic calibration function. Features: ● Wavelength range: 750~900nm ● Pulse width: Optical set 1... 16~150fs Optical set 2... 70~300fs ● Measures spectral phase, intensity, and temporal intensity of Ti:Sa lasers to check performance ● Single-shot measurement ● Real-time analysis ● Equipped with automatic calibration function, no adjustment required upon delivery.
Achieve vast particle imaging and analysis involving tens of thousands in just a few minutes! 【Demo measurements / Can be brought in!】 Please consult with us.
By evaluating particle shape through imaging and quantifying it, we enhance the added value of powders and bulk materials beyond conventional particle size distribution measurement devices. It goes without saying that clear particle images are essential for particle image analysis. The camera's depth of field is on the order of a few microns, so the observed particles must pass precisely through the focus. Additionally, we must ensure that the observation zone is not overlapped by the particles as much as possible. The "PITA-04" has achieved a particle imaging environment with its unique planar stretching cell and high-resolution CCD camera. With the PITA-04, it is possible to reliably analyze aspects such as "the length and thickness of needle-like/fibrous particles," "the dispersion/agglomeration state of suspended particles," "whether coarse particles are single particles, agglomerated particles, or foreign substances," and "whether there are irregularities in particles with controlled shapes." 【Features】 - Clear particle images achieved through the use of a planar stretching cell - Easy measurement that anyone can perform in a short time - Capable of various measurements including heavy, large, fibrous particles and agglomeration confirmation - Compatible with organic solvents - Successful cost reduction through compact design For more details, please contact us or download the catalog.
A highly popular model that allows surface free energy analysis in just 1 second!
The world's first air pressure-based double titration system allows for the measurement of the contact angles of two liquids simultaneously with a single click, calculating surface free energy in as little as one second. With fully automated measurements, human error is minimized to the greatest extent.
We provide various devices for advanced evaluation of photoresists.
The Deprotection Reaction Analysis Device PAGA series features in-situ reaction analysis using PEB and 248mm exposure, as well as the capability to calculate deprotection reaction parameters. A bake plate is placed in the FT-IR chamber, allowing for the observation of functional group changes while heating. Additionally, it is equipped with a UV (248nm) irradiation device, which can also be used to analyze mechanisms of acid generation during exposure. For more details, please contact us or refer to the catalog.
The new EyeLink allows for easy and high-precision eye tracking anywhere.
Measuring with the EyeLink Portable Duo is easy; you just need to connect the camera to a laptop. High-precision eye tracking can be easily done anywhere, such as in clinics, offices, labs, or at home. It can also be used with a laptop or simply by using a tripod for head stabilization, allowing for flexible usage. You can conveniently carry the dedicated laptop and camera in a specialized carry bag, making transportation easy without the need for special packaging.
Customizable according to the purpose, it accommodates various experimental conditions.
The basic system allows for the selection of lenses/camera mounts according to the task. It consists of four types: desktop, tower, remote, and arm. The video-based eye tracking system can also be expanded to the world's fastest 2000Hz sampling. Thanks to the special image processing technology integrated into the EyeLink1000 PLUS, stable measurements can be conducted for extended periods with low noise and minimal drift, allowing for the capture of highly accurate data. <Standard Camera Mount> ■ Desktop Type: This type involves placing the eye camera under the stimulus presentation monitor and having the subject rest their face on a headrest for measurement. ■ Tower Type: This type uses a half mirror to capture images of the eyeball, allowing the camera to view the eyeball from the front. ■ Remote Type: This type allows for non-contact measurement, reducing the burden on the subject. ■ Arm Type: This type involves attaching the eye camera to the bottom of the visual stimulus presentation monitor.
Wide-ranging support from fishing gear development to shipbuilding, underwater unmanned robot development, and research.
Model ship motion analysis experiments can be conducted over a wide range. Qualisys supports long-range active markers, allowing it to recognize and track model ships located more than 100 meters away, which is impossible with standard markers. By using long-range active markers, it enables motion analysis of objects moving over large distances. Additionally, Qualisys has the world's only optical underwater camera, making it possible to obtain highly accurate underwater motion data that was previously unattainable. This opens up new possibilities for various research areas, including fishing gear, ship propellers, and naval research. Furthermore, by combining ground-based Qualisys cameras with underwater Qualisys cameras, it is also possible to integrate ground data with underwater data.
