Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
61～90 item / All 156 items
Quantifying interference fringes with high-precision analysis.
This product is beneficial for improving quality control by quantifying and visualizing the surface accuracy of polished surfaces and the transmission surface accuracy of optical elements from the interference fringe images observed with a laser interferometer, making it more precise and easier to understand.
Precise analysis of changes in lung condition! The gold standard for airway and lung function measurement in vivo.
The "flexiVent" is a respiratory and pulmonary function analysis device that achieves the highest level of sensitivity and reproducibility by precisely controlling experimental conditions. Beyond the general measurements of airway resistance and dynamic lung compliance, it provides important detailed data on the actual mechanical properties, including information from both central and peripheral airways. There are six types of modules available, tailored to the size of animals such as mice, rats, guinea pigs, ferrets, and piglets. 【Features】 ■ Equipped with a mechanically ventilated system fully controlled by a computer ■ Capable of precisely analyzing changes in lung conditions from the airways of various animals ■ Utilizes the Forced Oscillation Technique (FOT) for animal experiments ■ Enables analysis of central airways and peripheral lungs *For more details, please refer to the PDF document or feel free to contact us.
WBP method! It has been confirmed that it can measure respiratory function more stably.
We would like to introduce our non-restrictive respiratory function analysis device for mice, 'VivoFlow'. By coloring the chamber yellow, it has been confirmed that more stable respiratory function measurements can be obtained compared to a transparent chamber, especially in mice. By adding a gas mixing device that employs a mass flow controller, it is possible to measure changes in respiratory function during mixed gas exposure. 【Specifications】 ■ Target animal: Mouse ■ Number of animals measured simultaneously: 1 to 8 ■ GMS: Gas Mixing System ■ GMS2: Two-gas mixing system (two types from N2, O2, CO2) ■ GMS3: Three-gas mixing system (N2, O2, CO2) *For more details, please refer to the PDF document or feel free to contact us.
We will assist you with the failure analysis of production equipment.
"Mihauru-kun" is an equipment failure analysis device that enables the analysis of failure causes at a low cost through the file storage function of PLC equipment abnormality information. The saved videos are in a common format, so they can be viewed with applications such as Windows Media Player, and you can also build a monitoring system using your own computer and webcam. [Features] ■ Records failure images triggered by equipment failure signals ■ Monitoring can start without modifying the equipment if triggered by PLC devices ■ Recording reservation function with a preset date and time *For more details, please download the PDF or feel free to contact us.
![[Blog] Cleaning the World's Oceans - By Patent](https://image.mono.ipros.com/public/product/image/53a/2000858256/IPROS01722417862542440792.jpeg?w=280&h=280)
Focus on inventions that contribute to the sustainability of aquatic ecosystems and the intellectual property rights that protect their research and development!
Every year, millions of tons of plastic flow into rivers and oceans, threatening wildlife and polluting water sources. Because plastic does not decompose naturally, this problem only worsens over time. Unless plastic is removed from water around the world, these pollutants will remain for centuries and continue to cause harm. Fortunately, innovative thinkers around the globe are developing ways to address this issue. Improving the quality of marine and river water, as well as maintaining the quality of less polluted water bodies, is key to the long-term health of the environment and society. Let’s focus on inventions that contribute to the sustainability of aquatic ecosystems and the intellectual property rights that protect their research and development. *For more details on the blog, please refer to the related links. Feel free to contact us for more information.*
A waveform acquisition display and waveform analysis device equipped with both impact force inspection and acoustic inspection functions.
"NEW EVOTIS" is a non-destructive impact sound analysis device that allows for various customizations. This product is primarily intended for research and development purposes, such as feature extraction of waveforms by humans and consideration of parameter settings in its standard configuration. However, it also enables on-site judgment of good or bad conditions while observing waveforms (with LED display and alarm buzzer on the panel surface). Please feel free to contact us if you have any requests. 【Features】 ■ Equipped with an acoustic microphone near the impact hammer to capture the waveform of the impact force and the acoustic waveform from the microphone. ■ The acquired waveforms are transferred to a computer and displayed on the same screen. ■ Waveforms can be displayed in real-time and stored within the computer, with retrieved data capable of being overlaid on the computer screen in up to eight different colors. *For more details, please download the PDF or feel free to contact us.
Confirm the suitability of treatment methods through raw water analysis! Based on the analysis results, we will lead to efficient capital investment.
Mitsubishi Chemical Aqua Solutions Co., Ltd. conducts "raw water analysis (treatment speed measurement and toxicity testing)." In water treatment plants that accept industrial wastewater, raw water analysis (treatment speed measurement and toxicity testing) is essential for establishing treatment methods. We understand the impact of raw water characteristics on living organisms and connect it to suitable treatment methods. 【Features】 ■ Toxicity is determined by the respiration rate of organisms ≈ decomposition rate ■ Combination evaluation based on various test results and information *For more details, please refer to the related links or feel free to contact us.
Keywords: synchronization phenomenon, nonlinear vibrations, mechanical vibration theory, mechanics, utilization of vibrations
The synchronization phenomenon refers to the occurrence where entities with different rhythms are drawn into the same rhythm through some means. This phenomenon is characterized by the ability to align to the same rhythm without special control and has been applied in a wide range of fields, not only in mechanical vibrations but also in electrical and electronic engineering. However, there are issues regarding the unknown mechanisms of occurrence and the methods to achieve the desired frequency and amplitude, necessitating trial-and-error approaches using intuition and empirical rules to find optimal design values for effectively applying synchronization phenomena in vibrating machines. In this research, we proposed a method to efficiently investigate the parameters that lead to the occurrence of synchronization phenomena by focusing on the energy consumed by the entire system and the energy exchanged. The proposed method allows for the estimation of optimal design values using formulas to achieve the desired frequency and amplitude. Currently, we are developing optimal design methods for vibrating conveyors and other applications of synchronization phenomena based on this proposed method.
Keywords: plants, water shortage, flooding, low temperature, freezing, drought, genetic analysis
Plant growth is easily influenced by environmental conditions, and every year there are reports of poor crop growth and damage due to droughts and floods caused by abnormal weather, as well as extreme temperatures. On the other hand, various plants in nature endure and grow in stress environments such as deserts, wetlands, and polar regions, and understanding the mechanisms of these plants' environmental resilience is important for future crop breeding and environmental conservation. We aim to clarify the roles of plant hormones involved in controlling these phenomena and the mechanisms of plant environmental sensing through basic research using genetic modification and genome editing. Recently, research on the molecular mechanisms involved in plant water sensing has revealed that osmotic sensing proteins, which are activated when plants are dry, are also involved in the regulation of flood responses. We are currently working on analyzing the genes that are regulated downstream of this process.
Realizing on-site analysis of ARINC429 in a compact form.
This is a portable analyzer that enables monitoring, recording, and analysis of the ARINC 429 bus in a compact enclosure. It supports rapid status understanding and log analysis during in-flight testing and lab verification. 【Features】 ■ Real-time monitoring and recording ■ Compact, lightweight, and rugged design ■ Visualization and CSV/XML output with Exalt Plus *For more details, please download the PDF or feel free to contact us.
Read the pressure scale with a high-resolution FA camera and an LED-equipped reading device, efficiently quantifying and analyzing pressure information!
We would like to introduce our pressure image analysis device, "Presscale Station." Thanks to the light-shielding structure and engineering design of the reading device, it reads the Presscale with stable accuracy, obtaining detailed pressure data with a resolution of 0.27 mm square. It automatically sets inspection frames in the color development area of the Presscale. You can set any threshold value, and it will automatically determine pass or fail. 【Features】 ■ High precision and high resolution ■ Smooth operability *For more details, please download the PDF or feel free to contact us.
![[Development Case] Development of DNA Pattern Analysis Device - Biotechnology -](https://image.mono.ipros.com/public/product/image/52c/260046/IPROS_11165243370612380000.jpg?w=280&h=280)
[Development Case] Development of DNA Pattern Analysis Device Accelerating Biotechnology with LabVIEW and PXI
For IC tester development in LabVIEW, leave it to Peritec.
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.
MEMS Stress Observation Device IRSM-001
This device is capable of visualizing the stress distribution (thermal elastic stress) of MEMS products, which could only be analyzed using CAE in the past, in a non-contact manner and in a short time.
Measurable from a small amount of sample, injection-type QCM that does not require a pipette.
A compact QCM device with a new concept of a single-channel type. 【Features】 High-sensitivity measurement of interactions such as proteins, antibodies, and glycans. The Single Q0500 type (left) can measure even small amounts with high sensitivity, allowing for both automatic injection instructions via dedicated software and manual injection by pressing a switch on the device. The Single Q5000 type (right) is a conventional specification optimized for pipetting injections with a macro feel found in traditional QCM devices. Both models can be selected according to the intended use, including improvements to the reaction chamber for smaller volumes. Additionally, the dedicated software includes a "stability notification function" that alerts users with a pop-up and chime sound when the sensor stabilizes. 【Specifications】 - Measurement method: Quartz crystal oscillator - Oscillation frequency: 27MHz - Detectable weight range: 100pg/sensor - Sensitivity: 30pg/Hz - Set temperature range: 0.1 to 50℃ - Temperature error: ±0.5℃ (at room temperature 25℃) - Accessories: Quartz sensor chip, dedicated software ● For inquiries about materials and product details, please contact our sales department.
Introduction - Publication on the characterization of monoclonal antibodies (mAb) and more!
In "Antibody Analysis and Characterization of Antibodies: New Solutions," we cover terms related to biopharma, as well as charge variant analysis and more. Additionally, we introduce solutions for the characterization of monoclonal antibodies (mAb) and biopharmaceutical analysis. [Contents] ■ Terms related to biopharma ■ Introduction - Characterization of monoclonal antibodies (mAb) ■ Workflow for biopharmaceutical development ■ Quantification by affinity ■ Aggregate separation *For more details, please refer to the PDF document or feel free to contact us.
Analysis platform adopted by the world's largest human proteome study, "UK Biobank-PPP."
Olink Explore HT is a next-generation multiplex proteomics analysis platform that extracts an overwhelming amount of information from small sample volumes. It can simultaneously measure over 5,400 proteins from just 2 µL of diverse samples such as plasma, serum, and CSF, achieving 99.5% high specificity and reproducibility through its unique PEA (Proximity Extension Assay) technology. By combining an automated workflow with NGS readouts, it enables high-precision and efficient analysis, accommodating a wide range of research phases from biomarker discovery to clinical research and drug development. Furthermore, it has been adopted in The UK Biobank Pharma Proteomics Project, the largest human proteome study in the world, demonstrating its performance and reliability in large-scale research projects. In addition to the installation of the equipment in laboratories, it is also available through service providers and Olink analysis services, with our staff supporting the experimental design phase according to research objectives and analysis needs.
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.
By selecting plates, resins, fibers, etc. that combine with the foster tag, separation is possible depending on the number of phosphate groups!
The "Phos-tag technology" is a groundbreaking method for the separation, purification, and detection of phosphorylated substances using Phos-tag. Phos-tag is a functional molecule developed by the Laboratory of Pharmaceutical Molecular Function Science at Hiroshima University, which captures phosphate monoester anions (R-OPO32-) at neutral pH (physiological pH). Our company offers contract analysis using Phos-tag SDS-PAGE, providing strong support for research on protein phosphorylation. Additionally, we synthesize special Phos-tag compounds that have undergone chemical modifications such as various labeling, immobilization to single entities, and amino acid introduction. 【Features of Phos-tag SDS-PAGE】 ■ Enables analysis of substrate protein phosphorylation by kinases ■ Quantitatively visualizes phosphorylated and non-phosphorylated substrates ■ Analyzes the phosphorylation state of proteins within cells ■ Allows for Western blot analysis of target proteins ■ Bands can be excised from the gel after staining for mass spectrometry analysis *For more details, please refer to the related link page or feel free to contact us.
![[Case Study] Vibration Measurement of Turbine Blades in Aircraft Engines](https://image.mono.ipros.com/public/product/image/c04/2000727611/IPROS05881971811864815541.jpeg?w=280&h=280)
■VibroMap1000■ ・Real-time measurement of vibration and displacement conditions is possible ・Ideal for non-destructive testing, easy comparison with FEM
Aircraft engines implement multiple safety measures to prevent accidents in advance. In particular, the measurement of turbine blade vibrations is crucial for preventing blade damage, maintaining quality, and ensuring safe operations. Aircraft engines, which require maximum safety like airplanes, need to measure the vibrations of all internal blades. Our VibroMap1000 can measure not only at a single point in a non-contact manner and in a short time but also across the entire surface. Typically, for large structures, multiple accelerometer pickups are installed to perform modal analysis; however, the slight weight of the accelerometer pickups can change the vibration modes themselves. In high-frequency vibration mode analysis, such as that of turbine blades, it is difficult to measure with only a limited number of accelerometer pickups. The VibroMap1000 utilizes speckle interferometry and a CCD camera to irradiate the entire measurement surface with laser light, allowing for real-time measurement of the vibration state, which is extremely useful for reducing measurement and maintenance time.
The EBSD analysis of non-ferrous metals enables the analysis of various metals by optimizing the pretreatment methods using our proprietary technology.
By optimizing the preprocessing methods for EBSD analysis of non-ferrous metals, it enables the EBSD analysis of various metals. This applies not only to single materials but also to the observation and analysis of heterogeneous multilayers (especially heterogeneous boundary layers). Applicable materials include copper, solder (such as Sn-Ag and Sn-Pb systems), aluminum, and titanium.
A flow imaging microscope capable of particle size distribution and particle image analysis in solution. It is used for detecting impurities in biopharmaceuticals.
Features - Measurement possible with a small sample volume (100 μL and above) - Measurable particle size: 0.3 μm to 600 μm - High-resolution image analysis through threshold optimization - Equipped with autofocus function - Capable of saving raw image (video) files - No sheath fluid required - Easy replacement of flow cell and simple cleaning - Lens interchangeable (2X, 4X, 10X, 20X) - Compatible with dedicated auto-sampler - Compliant with 21 CFR Part 11
Particle size distribution of nanoparticles, zeta potential measurement, particle identification by fluorescence, and high-speed measurement scanning 11 locations within the cell.
The ZetaView x30 series nanoparticle tracking analysis (NTA) device can analyze the size and concentration of individual particles, such as exosomes and liposomes, by capturing video of Brownian motion. It can be equipped with up to four wavelengths of lasers. The high-speed laser/filter switching suppresses fluorescence fading and accurately determines the particle size distribution of fluorescently labeled particles. Additionally, a new feature called Colocalization option allows for the determination of the ratio of double-stained particles. 【Features】 ■ Scanning measurement at up to 11 locations ■ Auto-alignment and auto-focus functions ■ Equipped with up to 4 lasers, allowing for particle size distribution measurement using various fluorescent labels ■ Capable of measuring zeta potential
Reliable measurement of particle size distribution and particle concentration of nanoparticles using the new technology "Concentration Scanning Technology."
Nanoparticle tracking analysis device equipped with the new technology "Concentration Scanning Technology" - Analyze particle size distribution, particle concentration, and zeta potential with one click - Supports both scattered light and fluorescence measurements, capable of using up to 4 lasers - Scans the entire sample regardless of measurement settings, providing reliable concentration determination - No calibration needed between scattered light and fluorescence, compatible with unknown samples - Market-leading high-sensitivity NTA device - New software "ZetaSphere"
Introducing RODE Schwarz's 5G wideband signal generation and analysis solution!
Recently, efforts towards the commercialization of 5G (next-generation mobile communication systems) have been actively underway. 5G requires more advanced mobile network technologies than before, and it is believed that the development of equipment will necessitate the procurement of corresponding measuring instruments. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ ＼＼ Our company is enhancing its lineup of the latest measuring instruments for 5G ／／ ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ We introduce the latest 5G solutions along with examples of wideband signal generation and analysis! Renting allows for the smoothing of development budgets and significantly reduces initial procurement costs.
