Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
886～900 item / All 1301 items
Even those with little experience in impact measurement can determine the optimal reference point!
With the AI-equipped Reference+, determining the optimal reference points for experimental modal analysis can be done rationally and easily. Along with other innovative automated features, it offers excellent flexibility and eliminates the need for complex interactions.
Ideal for sports! 3D gaze analysis with eye tracking × head tracking.
The 3D gaze analysis software "SKYCOM EYE" simultaneously records data from the motion capture system "OptiTrack" and gaze measurement devices, enabling analysis. This product allows for high-precision analysis of 3D gaze in a world coordinate system by tracking the gaze measurement device. Real-time 3D visualization of motion capture and gaze data, as well as conversion from the coordinate system of the gaze measurement device to the coordinate system of motion capture, is also possible. 【Features】 ■ 3D gaze analysis through eye tracking and head tracking ■ Visual representation of diverse analysis *For more details, please refer to the PDF document or feel free to contact us.
Series on What the Japanese Kernel System Can Do [6] Simple STC Calculation of I-V Curves
Under the title "What the Japanese Kernel System Can Do," we will introduce our company's "technology" and "commitment to product creation" in a series. The sixth theme is a simplified STC calculation of the I-V curve.
Development of image analysis systems using ToF cameras and X-ray simulation software. We support the prototyping and research and development of measurement instruments!
At the Bionet Research Institute, we undertake various contract projects from major companies to develop measurement instruments and software. In September 2014, we developed the analysis software for the world's smallest class HPLC-type diabetes testing device, which was launched domestically by Sekisui Medical Co., Ltd. Additionally, we have numerous contract development achievements, including the development of a tunnel excavation surface image analysis system using a TOF camera. 【Examples of Contract Development】 ■ JEOL Ltd.: Development of Nuclear Magnetic Resonance (NMR) equipment from 2012 to present ■ Major reagent manufacturer: Software development for HPLC (High-Performance Liquid Chromatography) diabetes diagnostic equipment ■ Sato Industries: Development of a tunnel excavation surface image analysis system using a TOF camera ■ Major general contractor: Development of a drilling surface rock type and moisture analysis system using a hyperspectral camera ■ Major company: Development of a pulse wave detection system *For more details, please refer to the PDF materials or feel free to contact us.
Tools for glycomics using mass spectrometry data of glycan chains and glycopeptides.
It automatically reads MS/MS and MSn data obtained from major manufacturers' mass spectrometers to predict glycan structures. Furthermore, it comprehensively supports glycopeptide analysis using LC-MS/MS data. SimGlycan matches the experimentally obtained MS/MS data with its proprietary database and ultimately generates a ranked list of candidate structures.
Software tool for lipidomics using mass spectrometry data of lipids.
High-throughput identification and quantification of lipid species can be performed from MS data such as LC-, MALDI-, ESI-, precursor ion scans, and neutral loss scans. We support all data types from major mass spectrometry manufacturers, including Triple Quad, qTOF, TOF, QqTOF, ion mobility, and ITMS systems, aiming to provide a complete solution for discovery lipidomics and targeted lipidomics research.
Understanding birefringence and photoelastic constants better! We have prepared tools like "Vectmap" that display orientation as the slope of a line segment.
We would like to introduce our "Display and Analysis Software." Our lineup includes "Vectmap," which simultaneously displays birefringence values and principal axis orientation, and "VectEE," which uses a unique algorithm to estimate and cancel the birefringence of other materials when the sample being measured is placed on substrates or other materials. You can gain a better understanding of birefringence and photoelastic constants. 【Features】 ■ Vectmap - Simultaneous display of birefringence values and principal axis orientation - Color/Grayscale layered display - Orientation displayed as the slope of a line segment *For more details, please refer to the PDF materials or feel free to contact us.
No need for complicated winding setup! High-precision analysis is possible because the finite element method is used for calculations!
"Simcenter MotorSolve" is a specialized analysis software for various types of motors developed by Siemens, the creator of MAGNET. Motor shapes can be created by importing templates and DXF data. The thermal analysis option (3D) allows for advanced thermal analysis, including the housing shape, to be easily performed. Results of various heat generation and surface power density (3D) can be output in .UNV format, making it easy to collaborate with vibration analysis and thermal fluid analysis. 【Features】 ■ Automatic mesh generation for those with no analysis experience ■ Automatic winding layout function eliminates the need for tedious winding settings ■ High-precision analysis is possible using the finite element method ■ Motor shapes can be created by importing templates and DXF data ■ Sizing function provides appropriate shape proposals based on required specifications *For more details, please refer to the PDF materials or feel free to contact us.
Equipped with adaptive mesh functionality! A general-purpose electric field analysis software capable of outputting displacement current and dielectric loss.
"Simcenter MAGNET Electric" is a specialized software for electric field analysis that is widely used in research institutions and companies both domestically and internationally. It features an easy-to-use GUI and supports multi-threading. It includes automatic mesh generation, electronic orbit drawing functions, and unequal potential setting functions. Additionally, we offer "Simcenter MAGNET Design Optimization," a software developed specifically for Infolytica products aimed at optimizing electromagnetic devices. [Features] ■ User-friendly GUI ■ 2D, 3D CAD import/export capabilities ■ Parametric modeling ■ Multi-threading support ■ Automatic mesh generation *For more details, please refer to the PDF materials or feel free to contact us.
Finite element method-based crack propagation analysis! Supports multiple crack front edges, multiple cracks, and multiple loading cases.
"FRANC3D" is a 3D fracture analysis software that enables the predictive analysis of crack growth in complex mechanical structural components and the evaluation of their service life. There are no limitations on the shape of components, local loading conditions, or the evolving crack shapes, regardless of complexity. Additionally, it is designed to be used in combination with general-purpose finite element (FE) analysis programs, and currently supports interfaces with three commercial programs: ANSYS, ABAQUS, and NASTRAN. 【Features】 ■ Utilizes reliable existing FE solvers and initial mesh models ■ Submodel meshing for high-precision arbitrary crack growth analysis ■ User-controlled crack growth laws for kink angles and increments ■ Fatigue model that allows for the definition of relative crack propagation ■ Multiple cracks with multiple crack surfaces and loading configurations *For more details, please refer to the PDF materials or feel free to contact us.
Analysis software that allows direct searching of multi-component mixed spectra!
"DiscoveryM" is an analysis software that allows you to search for multi-component mixed spectra as they are. It enables the construction of a unique library from mass spectrometry spectra measured in-house. Additionally, even without separation methods like LC, you can easily perform analysis based on assumptions. 【Features】 ■ Direct search of multi-component mixed spectra ■ Objective evaluation possible ■ Easy analysis without separation ■ Ability to build a unique library ■ Identification of unknown peaks possible *For more details, please refer to the catalog or feel free to contact us.
Multi-filter compatible! Easily analyze particle size, quantity, shape, and classification.
The "Cleanliness Expert" is a system that uses a microscope or digital microscope to measure contamination in cleaning solutions for automotive and precision machine parts captured by a membrane filter, and to evaluate cleanliness. It allows for the analysis of two or more filters simultaneously, improving work efficiency and simplifying processes. Additionally, it is easy to create reports and share results. 【Features】 ■ Batch processing allows for the analysis of multiple filters, saving time ■ Scanning and measurement can be performed in circular or rectangular areas ■ It can be used for purposes other than cleanliness inspection as a metal microscope, not just as a dedicated device ■ Parameters for classifying fine particles, such as thresholds for length and width, can be set for each filter *For more details, please refer to the related link page or feel free to contact us.
Various analysis examples, including a welding analysis example using FLOW-3D(R), are published!
This catalog is a collection of analysis examples for the welding analysis module "FLOW Weld" provided by Flow Science Japan, Inc., which offers sales and rentals of FLOW-3D(R) and FLOW-3D Cast, technical support, and various services for contract development and analysis. "FLOW Weld" is an additional module that adds models necessary for welding analysis to FLOW-3D, utilizing the basic functions of FLOW-3D(R) such as surface tension, free surface analysis, and phase change models for melting, solidification, and evaporation, enabling the analysis of various welding phenomena. [Contents] ■ Examples of welding analysis using FLOW-3D(R) ■ Comparison of analyses using FLOW Weld with experimental results ■ Keyhole dynamics and porosity formation induced in remote laser welding 1, 2, 3 ■ Processing of high reflectivity and high thermal conductivity materials using high-power single-mode fiber lasers ■ Effects of fluid convection on molten pool formation in laser cladding, etc. *For more details, please download the PDF or feel free to contact us.
A CAD model that ignores mold design! We are considering applying it to various automotive parts in the future.
Our company has increasingly been utilizing resin flow analysis for product launches. However, if the analysis indicates that the deformation does not remain within the target amount, we will need to reconsider the product shape. That said, there are often cases where the product shape cannot be significantly altered due to specifications. Furthermore, even if we were to make substantial changes to the product shape, we cannot guarantee that it would remain within the target deformation amount. As a solution, our company is implementing "inverse warpage analysis" as one approach to effectively utilize analysis results and reconstruct models. Currently, there are requests to apply this to certain automotive parts, and we are considering its application to various automotive components in the future. *For more details, please refer to the related links or feel free to contact us.*
Approximate the plasticity domain with a single straight line! We will use a method called "two-line approximation" to reduce computation time.
Many resins have properties in both the elastic region and the plastic region. In the elastic region, the strain returns to zero when the stress is removed, resulting in linear behavior. However, in the plastic region, the strain does not return to zero when the stress is removed, leading to nonlinear behavior. To perform calculations in the nonlinear region during structural analysis, it is necessary to input material properties. However, inputting properties for the nonlinear region requires entering strain values for each stress point, which is quite cumbersome. Additionally, the computation time becomes longer. To simplify the input of material properties, we use a method called "two-line approximation" to shorten the computation time. This approach replaces the properties of the resin from the yield point to the fracture point with a single straight line (tangent modulus). This method is particularly suitable for quickly checking design values in models with a large number of elements and significant computational scale. *For more details, please refer to the related links or feel free to contact us.*
