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soft Product List and Ranking from 2409 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

soft Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

  1. B7 Tokyo//software
  2. ヒューリンクス Tokyo//software
  3. スカイロジック Shizuoka//software
  4. 4 ウェーブフロント 本社 Kanagawa//software
  5. 5 システムクリエイト Osaka//Industrial Machinery
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soft Product ranking

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

  1. AI/Navi-equipped Business Automation RPA 'RK Series'
  2. Patsnap Synapse | Pharmaceutical R&D Intelligence パトコア
  3. [マルスゴ]自由なカーブをメッシュ表面に直接作図 システムクリエイト
  4. 4 Aspen Plus process simulation software アスペンテックジャパン/AspenTech
  5. 5 Simulation Conference Japan 2026 日本ケイデンス・デザイン・システムズ社

soft Product List

9451～9480 item / All 11193 items

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"KaleidaGraph" for Environmental Science Assessment: Survey Data Visualization

"KaleidaGraph" for Environmental Science Assessment: Survey Data Visualization

Standard tools for graph creation and data analysis.

In the field of environmental science, evaluation requires data visualization and detailed analysis. In particular, it is essential to accurately analyze complex data, such as changes in the concentration of environmental pollutants and results from ecosystem surveys, and present it in an understandable format. Inappropriate data processing or graph creation can lead to misinterpretations and inaccurate evaluations. KaleidaGraph addresses these challenges through scientifically accurate graph creation and data analysis. 【Use Cases】 - Analysis of monitoring data for environmental pollutants - Visualization of ecosystem survey data - Data analysis in environmental impact assessments 【Benefits of Implementation】 - Increased efficiency in analysis through data visualization - Highly reliable evaluations based on accurate data analysis - Clear presentation of research results

  • Statistical analysis
  • Visualization
  • Other analyses
  • soft

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KaleidaGraph: Graphing Data for Psychological Research

KaleidaGraph: Graphing Data for Psychological Research

Support for data visualization in psychological research.

In psychological research, data visualization is essential for understanding and presenting research findings. By expressing complex data in an easily understandable way, it enhances the quality of research and facilitates communication with others. KaleidaGraph is a powerful tool for psychology researchers to visually represent and analyze data. 【Usage Scenarios】 - Graphing experimental data - Visualizing survey results - Visual representation of statistical data 【Effects of Implementation】 - Promoting understanding of data - Improving the quality of presentations through visualization of research results - Effective data presentation in papers and presentations

  • Statistical analysis
  • Visualization
  • Other analyses
  • soft

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KaleidaGraph: Analysis of Market Research Data for Economics

KaleidaGraph: Analysis of Market Research Data for Economics

Graph creation and data analysis tools that support the visualization and analysis of economic data.

In the field of economics, accurate data-driven predictions are essential. Analyzing complex data such as market trends, economic indicators, and policy effects requires data visualization and advanced analytical capabilities to forecast future scenarios. KaleidaGraph was developed to meet these needs. 【Use Cases】 * Building and validating economic models * Analyzing market research data * Assessing the risk of financial products * Simulating policy effects 【Benefits of Implementation】 * Increased efficiency of analysis through data visualization * Enhanced expressiveness through various graph formats * High-accuracy predictions enabled by advanced statistical analysis functions * Clear presentation of research results

  • Statistical analysis
  • Visualization
  • Other analyses
  • soft

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"KaleidaGraph" for analysis in engineering simulation.

"KaleidaGraph" for analysis in engineering simulation.

Standard tools for graph creation and data analysis.

In the field of engineering simulations, data visualization and detailed analysis are essential. To understand complex simulation results and identify areas for improvement, accurate graph creation and advanced data analysis capabilities are required. KaleidaGraph was developed to meet these needs. 【Usage Scenarios】 - Visualization of simulation results - Trend analysis through data analysis - Report creation 【Effects of Implementation】 - Promotion of understanding of simulation results - Data-driven decision making - Improvement of research efficiency

  • Statistical analysis
  • Visualization
  • Other analyses
  • soft

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Crystal Structure Modeling for Materials Science 'CrystalMaker'

Crystal Structure Modeling for Materials Science 'CrystalMaker'

Classic software for visualizing crystal structures and molecular structures.

In the field of materials science, analyzing crystal structures and molecular structures is essential for understanding the properties of substances. Particularly in the development of new materials and the enhancement of existing materials' performance, it is important to accurately grasp the relationship between structure and physical properties. CrystalMaker contributes to accelerating research and development by visualizing complex material structures and streamlining structural analysis. 【Use Cases】 * Modeling and visualization of crystal structures * Modeling of molecular structures and calculation of vibrational modes * Simulation of powder X-ray diffraction patterns 【Benefits of Implementation】 * Reduction of research time through efficient structural analysis * Improvement of research outcomes by promoting understanding of material properties * Flexible adaptation to environments through Win/Mac cross-platform support

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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Crystal Animation for Semiconductor Design: "CrystalMaker"

Crystal Animation for Semiconductor Design: "CrystalMaker"

Classic software for visualizing crystal structures and molecular structures.

In semiconductor design, understanding the properties of materials and designing optimal structures is a crucial factor that influences product performance. In particular, to enhance the reliability and efficiency of semiconductor devices, it is necessary to accurately grasp the crystal structure and molecular structure of materials and base the design on them. Even slight differences in structure can significantly impact device performance, making visualization and detailed analysis of structures essential. CrystalMaker is designed to help semiconductor designers intuitively understand the structure of materials and apply that understanding to their designs. 【Usage Scenarios】 - Crystal structure analysis of semiconductor materials - Material selection in device design - Visualization of simulation results - Analysis of the relationship between structure and physical properties - Development of new materials 【Benefits of Implementation】 - Easier visual understanding of material structures - Streamlining of the design process - Reduction in product development time - Improved accuracy of performance predictions - Realization of innovative device designs

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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Material Structure Visualization 'CrystalMaker' for the Energy Sector

Material Structure Visualization 'CrystalMaker' for the Energy Sector

Visualizing crystal structures and molecular structures to support energy efficiency.

In the energy sector, understanding the structure of materials is essential for the development of new materials and the improvement of existing ones. In particular, detailed analysis of crystal structures and molecular structures is required to grasp the properties of materials that influence energy efficiency. CrystalMaker efficiently visualizes these structures and accelerates research and development through property predictions using energy modeling tools. [Use Cases] - Development of new energy materials - Performance improvement of existing materials - Exploration of energy-efficient substances [Benefits of Implementation] - Enhanced understanding through visualization of material structures - Property predictions through energy modeling - Increased efficiency in research and development

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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"CrystalMaker" for improving the accuracy of behavior prediction in environmental science.

"CrystalMaker" for improving the accuracy of behavior prediction in environmental science.

Visualizing crystal structures and molecular structures to contribute to the analysis of pollutants.

In the field of environmental science, particularly in the analysis of pollutants, it is essential to accurately understand the structure of substances. Detailed structural analysis at the molecular level is required for the identification of pollutants, prediction of their behavior, and formulation of countermeasures. CrystalMaker supports the resolution of these challenges by visualizing crystal and molecular structures. 【Application Scenarios】 - Structural analysis of pollutants in soil and water quality - Structural analysis of particulate matter in the atmosphere - Elucidation of the interactions between pollutants and the environment 【Effects of Implementation】 - Improved accuracy in the identification and behavior prediction of pollutants - Formulation of effective environmental measures - Promotion of visualization and sharing of research results

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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Clarifying the Deterioration Mechanism for Food Science: 'CrystalMaker'

Clarifying the Deterioration Mechanism for Food Science: 'CrystalMaker'

Scientifically supporting food quality management.

In the field of food science, it is essential to analyze the structure and composition of food in detail to maintain its quality and ensure safety. In particular, the crystal structure and molecular structure of food have a significant impact on its texture, shelf life, and flavor, making it important to accurately understand these structures. CrystalMaker contributes to food quality management by visualizing and analyzing the crystal and molecular structures of food. [Application Scenarios] - Analysis of the crystal structures of food additives and ingredients - Analysis of the relationship between food storage conditions and crystal structures - Elucidation of the relationship between food texture, flavor, and molecular structures [Effects of Implementation] - Understanding the mechanisms of food quality deterioration - Development of technologies to extend the shelf life of food - Development of new textures and flavors in food

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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Efficiency in Formulation Design for Cosmetic Ingredients 'CrystalMaker'

Efficiency in Formulation Design for Cosmetic Ingredients 'CrystalMaker'

Visualization of molecular structures in cosmetic formulations.

In the cosmetics industry, understanding the molecular structure and interactions of the ingredients is crucial to ensure product quality and safety. Particularly when developing new ingredients or formulation techniques, it is necessary to accurately grasp the interactions between components to predict the stability and effectiveness of the products. CrystalMaker supports solving challenges in cosmetic formulation by visualizing molecular structures and simulating interactions between ingredients. 【Usage Scenarios】 * Analysis of molecular structures of cosmetic ingredients * Simulation of interactions between formulation components * Prediction of product stability and effectiveness 【Benefits of Implementation】 * Increased efficiency in formulation design * Reduced product development time * Improved product quality

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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"SingleCrystal" that supports defect analysis for semiconductors.

"SingleCrystal" that supports defect analysis for semiconductors.

Generate dynamic diffraction patterns in collaboration with CrystalMaker.

In the semiconductor industry, accurately identifying defects in crystal structures is essential to ensure product quality and reliability. Defects can lead to decreased device performance and failures, resulting in lower yields. SingleCrystal supports defect analysis by simulating diffraction patterns from single crystals and enabling comparisons with observed patterns. Through collaboration with CrystalMaker, it also enables the generation of dynamic diffraction patterns based on structural data. 【Use Cases】 * Defect analysis using X-rays, neutrons, and TEM * Simulation of diffraction patterns and comparison with experimental results * Visualization and understanding of crystal structures 【Benefits of Implementation】 * Accelerated identification of defects and investigation of causes * Improved product quality and yield enhancement * Increased efficiency in research and development

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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Analysis of Diffraction Patterns for Materials Science 'SingleCrystal'

Analysis of Diffraction Patterns for Materials Science 'SingleCrystal'

Generate dynamic diffraction patterns in conjunction with CrystalMaker.

In the field of materials science, understanding the precise relationship between crystal structures and diffraction patterns is essential for structural determination. In particular, to obtain accurate structural information from diffraction experimental data such as X-ray, neutron, and TEM, comparing simulations with experimental results becomes crucial. SingleCrystal supports the efficiency of structural determination by simulating diffraction patterns from single crystals and facilitating comparisons with experimental data. 【Use Cases】 - Analysis of diffraction patterns in X-ray diffraction, neutron diffraction, and TEM experiments - Identification and refinement of crystal structures - Simulation of diffraction patterns and comparison with experimental data 【Benefits of Implementation】 - Reduction of analysis time through automatic indexing of diffraction patterns - Visualization of structural data and dynamic generation of diffraction patterns in collaboration with CrystalMaker - Support for a wide range of structural analyses through simulation functions compatible with various experimental forms

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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Crystal Polymorph Screening for Pharmaceuticals 'SingleCrystal'

Crystal Polymorph Screening for Pharmaceuticals 'SingleCrystal'

Dynamically generate diffraction patterns of crystal polymorphs in collaboration with CrystalMaker.

In the pharmaceutical industry, the polymorphism of drugs is a crucial factor that significantly affects efficacy and stability. Polymorphs with different crystal structures have varying solubility and bioavailability, directly impacting the quality and effectiveness of the product. SingleCrystal supports the identification and characterization of crystal structures through diffraction pattern simulations. In collaboration with CrystalMaker, it visualizes crystal structures while dynamically generating diffraction patterns, streamlining the analysis of polymorphs. This deepens the understanding of crystal polymorphism in drug development and contributes to the development of higher-quality pharmaceuticals. [Use Cases] - Screening of crystal polymorphs for drug candidate compounds - Identification and characterization of crystal structures - Simulation of diffraction patterns and comparison with experimental data [Benefits of Implementation] - Rapid identification and characterization of crystal polymorphs - Increased efficiency in the drug development process - Improvement in product quality and assurance of stability

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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SingleCrystal for crystal structure analysis of biomaterials

SingleCrystal for crystal structure analysis of biomaterials

Dynamically generate diffraction patterns of biomaterials in collaboration with CrystalMaker.

In the research and development of biomaterials, structural analysis of materials is essential for understanding their properties and developing better materials. In particular, analysis using X-ray diffraction and electron microscopy is an important method for examining the crystal structure of materials in detail. SingleCrystal supports these analyses and streamlines the structural analysis of biomaterials. By introducing SingleCrystal, it becomes easier to simulate and analyze the diffraction patterns of biomaterials, contributing to the acceleration of research and development. 【Usage Scenarios】 - Crystal structure analysis of biomaterials - Analysis of X-ray diffraction and electron microscopy data - Evaluation of material properties 【Effects of Introduction】 - Promotion of structural understanding through visualization of diffraction patterns - Improvement of experimental efficiency through simulation - Automation of indexing using a unique grid tool

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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Material evaluation for electronic device applications using 'SingleCrystal'

Material evaluation for electronic device applications using 'SingleCrystal'

Accelerate device development in collaboration with CrystalMaker.

In the development of electronic device materials, the evaluation of material properties is a crucial factor that influences product performance. Especially as devices become more compact and high-performance, it is essential to accurately understand the microstructure of materials and reflect this understanding in the design. SingleCrystal deepens the understanding of material properties by simulating the diffraction patterns of single crystal materials and enabling comparisons with experimental results, thus supporting problem-solving in device development. In collaboration with CrystalMaker, it is also possible to generate dynamic diffraction patterns based on structural data. 【Use Cases】 - Material evaluation for semiconductor devices - Structural analysis of thin-film devices - Reliability assessment of electronic components 【Benefits of Implementation】 - Enhanced understanding through visualization of material properties - Increased efficiency in device design - Reduced development time

  • crystal
  • X-ray Diffraction Equipment
  • Other physical property measurements and component analysis
  • soft

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Calculation of Optical Thin Film Coating Properties for Semiconductors 'TFCalc'

Calculation of Optical Thin Film Coating Properties for Semiconductors 'TFCalc'

Calculate the properties of optical thin film coatings and optimize anti-reflective design.

In the semiconductor industry, technologies to suppress light reflection are essential for improving device performance and yield. Particularly as density increases, it becomes crucial to minimize the effects of light interference. TFCalc assists in the design and simulation of optical thin film coatings, optimizing coatings to minimize reflectance. 【Usage Scenarios】 - Design of anti-reflective films in the semiconductor manufacturing process - Design of anti-reflective coatings for optical components (lenses, filters, etc.) - Reflection countermeasures for various sensor devices 【Benefits of Implementation】 - Reduces reflectance and contributes to improved device performance - Streamlines and optimizes coating design - Reduces the number of prototypes and lowers costs

  • Circuit Board Inspection Equipment
  • Thin Film Evaporation Apparatus
  • Circuit board design and manufacturing
  • soft

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Display-oriented color reproduction enhancement, optimization of thin film design 'TFCalc'

Display-oriented color reproduction enhancement, optimization of thin film design 'TFCalc'

Calculate the properties of optical thin film coatings and optimize color reproduction for displays.

In the display industry, accurate color reproduction greatly affects product quality. Particularly in high-definition displays and specialized displays, high color reproduction is crucial for improving customer satisfaction. Improper design of optical thin film coatings can lead to color shifts and degradation of display quality. TFCalc is a powerful tool that calculates the properties of optical thin film coatings in detail to optimize color reproduction in displays. 【Use Cases】 - Improving color reproduction in displays - Optimizing optical thin film design - Simulating reflectance, transmittance, and color 【Benefits of Implementation】 - Improved color quality of displays - Shortened development time - Cost reduction

  • Circuit Board Inspection Equipment
  • Thin Film Evaporation Apparatus
  • Circuit board design and manufacturing
  • soft

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Thin film coating calculation for cameras 'TFCalc'

Thin film coating calculation for cameras 'TFCalc'

Calculate optical thin film coatings with an easy-to-use Windows standard interface.

In the camera industry, achieving high image quality requires the light transmission rate of lenses and filters to be important. In particular, it is necessary to ensure a high transmission rate across a wide wavelength range from visible light to infrared. A low transmission rate can lead to decreased brightness and contrast in images, potentially adversely affecting image quality. TFCalc supports optimal coating design to achieve high transmission rates through the design and simulation of optical thin film coatings. 【Application Scenarios】 - Camera lenses - Filters for image sensors - Optical filters 【Benefits of Implementation】 - Improved image quality - Shortened design period - Reduced prototyping costs

  • Circuit Board Inspection Equipment
  • Thin Film Evaporation Apparatus
  • Circuit board design and manufacturing
  • soft

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Optimal Design of Optical Thin Film Coatings for Automotive AR: 'TFCalc'

Optimal Design of Optical Thin Film Coatings for Automotive AR: 'TFCalc'

Strongly supports the design of AR head-up displays!

In the automotive industry, AR (augmented reality) technology, particularly AR head-up displays (HUD), visually provides drivers with the information necessary for driving. The performance of this technology is influenced by the precision of optical thin-film coatings. In AR HUDs, advanced optical design is required to clearly display information while suppressing reflections from external light. TFCalc enables detailed simulation of the properties of optical thin-film coatings in the design of such AR HUDs, allowing for optimal design. 【Usage Scenarios】 - AR head-up displays (HUD) - AR glasses - In-vehicle displays 【Benefits of Implementation】 - Improved visibility of AR displays - Reduced design time - Cost savings

  • Circuit Board Inspection Equipment
  • Thin Film Evaporation Apparatus
  • Circuit board design and manufacturing
  • soft

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Optimization of Optical Thin Film Coating Design for Aircraft - 'TFCalc'

Optimization of Optical Thin Film Coating Design for Aircraft - 'TFCalc'

Calculation of the properties of optical thin film coatings. User-friendly Win standard interface.

In the aviation industry, weight reduction is a crucial challenge for improving fuel efficiency and aircraft performance. In particular, aircraft components require materials that balance durability and lightweight properties. Optical thin film coatings can control the optical characteristics of materials by reflecting or transmitting specific wavelengths of light, contributing to weight reduction. TFCalc optimizes the design of optical thin film coatings, aiding in the lightweighting and performance enhancement of aircraft. 【Application Scenarios】 - Lightweighting of aircraft windows - Lightweighting of optical components for radar and sensors - Efficiency improvement of solar panels 【Effects of Implementation】 - Improved fuel efficiency through weight reduction - Enhanced durability of components - Improved aircraft performance

  • Circuit Board Inspection Equipment
  • Thin Film Evaporation Apparatus
  • Circuit board design and manufacturing
  • soft

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Calculation of Optical Thin Film Coating Properties for Defense - 'TFCalc'

Calculation of Optical Thin Film Coating Properties for Defense - 'TFCalc'

Calculate the properties of optical thin film coatings to enhance stealth performance.

In the defense industry, stealth technology is essential for protecting against enemy radar and infrared detection. To enhance stealth performance, special coatings that absorb and scatter electromagnetic waves and light are crucial. TFCalc supports the design and optimization of such coatings. It enables the simulation of reflectivity, transmittance, absorbance, and electric field strength, allowing for coating designs that maximize stealth performance. 【Application Scenarios】 - Coating design for stealth fighters and drones - Development of radar wave absorbing materials - Research on infrared signature reduction technologies 【Benefits of Implementation】 - Improvement of stealth performance - Streamlining of the design process - Reduction of research and development time

  • Circuit Board Inspection Equipment
  • Thin Film Evaporation Apparatus
  • Circuit board design and manufacturing
  • soft

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Diffraction Data Analysis for Materials Science 'CrystalDiffract'

Diffraction Data Analysis for Materials Science 'CrystalDiffract'

Refinement of powder diffraction data using the Rietveld method.

In the field of materials science, the identification of substances is an important challenge in the development of new materials and quality control. Powder diffraction data is a crucial source of information for determining the crystal structure of substances, but analyzing the data requires specialized knowledge and time. In particular, advanced analytical techniques are needed for samples containing multiple substances or for the identification of trace components. CrystalDiffract supports efficient analysis of powder diffraction data with its refinement capabilities using the Rietveld method. 【Use Cases】 - Identification of crystal structures in the research and development of new materials - Detection of foreign matter in quality control - Composition analysis of multiphase mixtures 【Benefits of Implementation】 - Accelerated substance identification through high-precision crystal structure analysis - Easy data analysis without the need for specialized knowledge - Quantitative analysis of each component in multiphase mixtures

  • crystal
  • X-ray Diffraction Equipment
  • soft

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Precision of Data for Pharmaceuticals with 'CrystalDiffract'

Precision of Data for Pharmaceuticals with 'CrystalDiffract'

Refinement of pharmaceutical crystal structures using the Rietveld method.

In the pharmaceutical industry, the crystal form of a drug significantly affects its efficacy and stability. Accurate identification of crystal forms and precise structural analysis are essential for the success of drug development. Crystal structure analysis using powder diffraction data plays a crucial role in quality control and formulation design of pharmaceuticals. CrystalDiffract supports the refinement of data in the crystal structure analysis of drugs. 【Use Cases】 - Analysis of polymorphism in active pharmaceutical ingredients - Identification of crystal forms in formulations - Evaluation of crystallinity in quality control 【Benefits of Implementation】 - Improvement in drug quality - Reduction in development time - Enhancement of research efficiency

  • crystal
  • X-ray Diffraction Equipment
  • soft

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Crystal structure analysis for semiconductor thin films 'CrystalDiffract'

Crystal structure analysis for semiconductor thin films 'CrystalDiffract'

Refinement of thin film powder diffraction data using the Rietveld method.

In the field of semiconductor thin films, structural analysis of thin films is a crucial factor that influences product quality and performance. In particular, accurately understanding the crystal structure and composition of thin films is essential for comprehending device characteristics and conducting optimal designs. Powder diffraction data is an important source of information for analyzing the structure of thin films, but refining the data requires advanced technology and expertise. CrystalDiffract was developed to address this challenge. 【Usage Scenarios】 - Crystal structure analysis of thin films - Structural evaluation of multilayer films - Composition analysis of thin film materials 【Benefits of Implementation】 - Accurate information regarding the structure of thin films - Optimization of device design - Increased efficiency in research and development

  • crystal
  • X-ray Diffraction Equipment
  • soft

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Graph Creation Software 'SigmaPlot' for Pharmaceuticals and Biotechnology

Graph Creation Software 'SigmaPlot' for Pharmaceuticals and Biotechnology

A data analysis and graph creation tool that expresses the results of drug efficacy evaluation in a more understandable way.

In the pharmaceutical and biotechnology industry, particularly in the field of efficacy evaluation research, there is a demand for the creation of graphs that accurately and clearly express experimental results, which can be utilized for paper presentations and reports. It is important to visually capture trends and significant differences in experimental data to demonstrate the validity of the research. SigmaPlot is a graphing software designed to meet these needs for academic research. 【Usage Scenarios】 - Visualization of dose-response curves and pharmacokinetic data in efficacy evaluation - Clarification of significant differences through graphical representation of statistical analysis results - Creation of high-quality graphs for papers and conference presentations 【Benefits of Implementation】 - Accurate and clear communication of research findings - Contribution to an increase in paper acceptance rates - Support for rapid decision-making based on data Basic Operations of SigmaPlot (Link to Hulinks page) https://www.hulinks.co.jp/software/sigmaplot/sigmaplot_bso_guide/

  • Software (middle, driver, security, etc.)
  • Graph Analysis
  • Statistical analysis
  • soft

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Specialized Graph Creation for Medical and Clinical Research: SigmaPlot

Specialized Graph Creation for Medical and Clinical Research: SigmaPlot

Clearly create graphs of research results in case comparison.

In the field of medicine and clinical research, particularly in case comparisons, it is essential to accurately compare multiple case data and present the results in an easily understandable manner. To enhance the reliability of research findings and ensure successful publication and conference presentations, visual representations that capture the characteristics of the data are indispensable. Inappropriate graphical representations may fail to convey the meaning of the data adequately, potentially undermining the value of the research. SigmaPlot has been designed as a specialized graphing software tailored to meet the needs of such researchers in the field of science and technology. 【Usage Scenarios】 - Creating graphs to compare data from multiple case groups - Visualizing the results of clinical trials - Preparing figures and tables for papers and conference presentations 【Effects of Implementation】 - Clearly visualizing differences between cases - Enhancing the persuasiveness of research results - Reducing time through efficient data analysis and graph creation

  • Software (middle, driver, security, etc.)
  • Graph Analysis
  • Statistical analysis
  • soft

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Specialized graph creation software for environmental science 'SigmaPlot'

Specialized graph creation software for environmental science 'SigmaPlot'

A data analysis and graph creation tool that elevates the research results of environmental science to unparalleled expression.

In the field of environmental science, particularly in pollution monitoring, the accurate visualization and analysis of observational data are crucial for understanding situations and formulating countermeasures. Clearly demonstrating changes in pollution levels over time and the correlations between multiple pollutants is essential for communicating research findings and building consensus among stakeholders. Inadequate graphical representations can fail to convey the true meaning of the data and may lead to misunderstandings. SigmaPlot is a specialized tool that supports the creation of graphs and data analysis to accurately represent research outcomes in environmental science. 【Usage Scenarios】 - Graphing the temporal changes of pollutants - Creating graphs to compare data from multiple observation points - Correlation analysis graphs between environmental data and meteorological data - Producing high-quality graphs for paper presentations and report writing 【Benefits of Implementation】 - Makes it easier to visually grasp trends in pollution monitoring data - Allows for clear expression of complex data relationships - Increases the reliability and persuasiveness of research findings Basic Operations of SigmaPlot (link to Hulinks page) https://www.hulinks.co.jp/software/sigmaplot/sigmaplot_bso_guide/

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Professional Graph Creation for the Energy Industry: SigmaPlot

Professional Graph Creation for the Energy Industry: SigmaPlot

A data analysis tool that visualizes energy efficiency analysis and enhances research outcomes.

In the energy industry, accurate visualization and detailed analysis of data are required for analyzing plant operational efficiency and energy consumption. Particularly, specialized graphing and data analysis capabilities are essential for understanding complex energy flows and variations in efficiency. Inadequate analysis can lead to missed improvement opportunities and inefficient operations. SigmaPlot provides the specialized graphing and data analysis functions necessary for energy efficiency analysis, supporting the accurate representation of research results. 【Usage Scenarios】 - Correlation analysis of plant energy consumption and production - Visualization of fluctuations in renewable energy generation - Measurement of the effectiveness of energy efficiency improvement measures - Data presentation in research papers and reports 【Benefits of Implementation】 - Clarification of energy efficiency challenges - Objective evaluation of the effectiveness of improvement measures - Enhanced persuasiveness of research results - Rapid data analysis and report creation SigmaPlot Basic Operations (Link to Hulinks page) https://www.hulinks.co.jp/software/sigmaplot/sigmaplot_bso_guide/

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Specialized graph creation software 'SigmaPlot' for agriculture and livestock.

Specialized graph creation software 'SigmaPlot' for agriculture and livestock.

Visualize reproductive data with high precision and accurately represent research results.

The analysis and visualization of growth data in the fields of agriculture and livestock are crucial elements for managing crop growth and understanding the health status of livestock. In particular, accurately capturing daily changes in growth conditions and understanding trends are essential for predicting yields and improving production efficiency. Inadequate data analysis or representation can lead to misunderstandings of the situation and may result in missed opportunities to implement appropriate measures. SigmaPlot, as a specialized graphing software focused on science and technology, addresses these challenges. 【Use Cases】 - Comparison of growth conditions by field - Monitoring growth curves and health indicators of livestock - Correlation analysis between weather data and growth data - Graphing experimental results and presenting papers 【Benefits of Implementation】 - Makes it easier to visually grasp trends in growth data - Supports accurate decision-making based on data - Enables clear presentation of research results SigmaPlot Basic Operations (Link to Hulinks page) https://www.hulinks.co.jp/software/sigmaplot/sigmaplot_bso_guide/

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  • Statistical analysis
  • soft

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Specialized graph creation software for physics: 'SigmaPlot'

Specialized graph creation software for physics: 'SigmaPlot'

A data analysis and graph creation tool that more accurately represents the results of physics experiments.

In the field of physics, accurately visualizing data obtained from experiments and clearly communicating the results is crucial for the advancement of research and the presentation of papers. In particular, experimental data capturing complex phenomena only reveals its significance through appropriate graphical representation. Inadequate graphical representation can lead to misunderstandings of research findings. SigmaPlot supports the precise expression of research results by providing publication-quality graphing capabilities and advanced data analysis functions to address the challenges faced by researchers in physics. 【Usage Scenarios】 - Visualization of experimental data - Creation of graphs for paper presentations - Preparation of conference presentation materials - Sharing of research results 【Benefits of Implementation】 - Accurate communication of experimental results - Enhanced persuasiveness of research - Efficient data analysis and graph creation - Improved quality of papers Basic Operations of SigmaPlot (Link to Hulinks page) https://www.hulinks.co.jp/software/sigmaplot/sigmaplot_bso_guide/

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  • Graph Analysis
  • Statistical analysis
  • soft

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