ヒューリンクス Product Lineup

------------------------------------------------------------ 1. Why Dedicated Graph Software in the Age of AI ------------------------------------------------------------ ■ In an Era Where AI Can "Draw Graphs" If you provide generative AI with data and ask it to "create a line graph," the code will be returned in seconds. In fact, simply giving it daily temperature data and asking it to "make a bar graph" or "overlay a 7-day moving average" will yield a reasonably accurate chart—this is the era we live in. —— Naturally, this raises a question. —— "If AI can do this much, is dedicated graph software still necessary?" This article introduces how to combine the automation of Grapher with AI, but before that, I would like to address this question directly. To conclude— the value of dedicated software is not "disappearing," but rather it is dividing into "replaced parts" and "aspects that stand out even more."

• Software (middle, driver, security, etc.)

------------------------------------------------------------ 複雑なデータを簡単に視覚化 ------------------------------------------------------------ 複雑なデータセットを理解することは難しいことです。Grapher はこの課題に真正面から取り組み、魅力的なグラフィカル表現を作成するための直感的なプラットフォームを提供します。Grapher があれば、複雑なデータセットを単純化し、アクセスしやすく理解しやすくすることができます。 業界プレゼンテーション用のプロットを作成する場合でも、クライアントの廃炉プロジェクトの四半期報告書を更新する場合でも、経時的な環境影響を分析する場合でも、複雑な情報を明確に伝えるだけでなく、正確かつエレガントに伝えることができます。

• Software (middle, driver, security, etc.)

Introduction When creating maps with Surfer, you may encounter issues such as "the loaded data is displayed in a completely different location on the map" or "the position shifts when multiple layers are overlaid." Many of these problems stem from mistakes in the coordinate system settings. In this article, we will explain why these discrepancies occur and provide step-by-step instructions on how to set it up correctly. Why do data positions shift? The method of representing locations on Earth numerically varies significantly depending on "which coordinate system is used." For example, even for the same location (Tokyo Tower)... (For the continuation, please visit the Hyulinks page) https://www.hulinks.co.jp/software/surfer/support/coordinate_system/

• Software (middle, driver, security, etc.)

The same data, the same 3D surface. Yet, one appears distinctly three-dimensional with its bumps and hollows, while the other looks flat and smooth—this difference is created by "lighting (light sources)." In Surfer 30, the light sources in the 3D View can now be set up to a maximum of four directions, allowing you to illuminate surfaces that were previously flattened by shadows or blown out by highlights just the way you want. In this article, we will introduce tips to enhance the "presentation" of 3D models by utilizing multiple light sources.

• Software (middle, driver, security, etc.)

In the insurance industry, precise document management is required in conjunction with changes to policy terms. Particularly from the perspective of accountability to customers and compliance with regulations, overlooking changes can lead to serious issues. Quickly and accurately understanding the differences between old and new policy terms and preventing omissions in updates is essential for both operational efficiency and compliance. Our product, "Old and New Document Excel Version," operates as a plugin for Microsoft Excel and supports the resolution of these challenges. 【Usage Scenarios】 - Revision work for insurance policy terms - Verification of differences during policy modifications by multiple personnel - Management of change history through comparison with past policy terms 【Effects of Implementation】 - Reduction of discrepancies and omissions during policy changes - Increased efficiency and time savings in comparison tasks - Strengthened accountability through accurate understanding of changes

• Catalog and manual creation
• Document and Data Management

In the medical industry, particularly in the creation and revision of clinical guidelines, accuracy based on the latest medical knowledge and smooth information sharing among stakeholders are essential. Oversights or errors in updating guidelines can directly lead to a decline in the quality of healthcare. Therefore, a function that allows for the rapid and accurate identification of changes when comparing old and new documents is indispensable. Our product, "Old and New Document Excel Version," operates as a Microsoft Excel plugin and addresses these challenges. 【Usage Scenarios】 - Revision work for clinical guidelines - Comparison with past guidelines - Sharing of changes among multiple stakeholders - Prevention of oversights and errors 【Benefits of Implementation】 - Increased efficiency in the creation and revision of clinical guidelines - Reduction of mistakes through accurate identification of changes - Smooth information sharing among stakeholders - Rapid provision of the latest clinical guidelines

• Catalog and manual creation
• Document and Data Management

In the pharmaceutical industry, managing clinical trial data is extremely important for maintaining the accuracy and consistency of the data. Particularly when comparing old and new data due to changes in the clinical trial protocol or updates in data entry, it is necessary to quickly identify even the slightest discrepancies. Inconsistent data can undermine the reliability of clinical trial results and may also affect submissions to regulatory authorities. Our product, "Old and New Document Excel Version," operates as a Microsoft Excel plugin, streamlining the process of comparing clinical trial data and clearly visualizing changes and omissions. 【Usage Scenarios】 - Confirming data consistency during changes to the clinical trial protocol - Checking discrepancies in data entry by multiple personnel - Checking for omissions in updates by comparing past data with the latest data - Validating data before preparing documents for regulatory submissions 【Benefits of Implementation】 - Improved accuracy of clinical trial data - Increased efficiency and time savings in data comparison tasks - Reduced risk of omissions and errors - Alleviated burden of data management tasks

• Catalog and manual creation
• Document and Data Management

In the IT industry, code reviews are crucial for accurately understanding changes and detecting unintended modifications. Particularly in collaborative work among multiple developers and managing legacy code assets, overlooking changes can become a breeding ground for bugs. Accurate difference management is essential for maintaining code quality and improving development efficiency. Our product, "New and Old Documents Excel Version," visually displays changes in Excel format files in an easily understandable way and automatically generates precise difference reports, helping to address these challenges. 【Usage Scenarios】 - Confirming changes when sharing Excel files among multiple people - Checking differences from previous versions - Verifying missed updates - Identifying the scope of impact due to specification changes 【Benefits of Implementation】 - Rapid identification and understanding of changes - Improved accuracy in code reviews - Reduction of manual comparison tasks - Prevention of issues caused by missed updates

• Catalog and manual creation
• Document and Data Management

In the financial industry, it is essential to accurately manage the revision history of agreements and to fully understand any changes made. Particularly from the perspective of accountability to customers and compliance with laws and regulations, even minor changes cannot be overlooked. Tracking revisions to agreements, identifying changes, and comparing them with previous versions is a time-consuming and labor-intensive task. Our product, "Old and New Document Excel Version," operates as a Microsoft Excel plugin and visually highlights changes by comparing two documents. This streamlines the tracking of agreement revisions and enhances accuracy. 【Use Cases】 - Management of revision histories for agreements, terms and conditions, and important explanatory documents in financial institutions - Verification of changes in agreements by compliance departments - Understanding changes when creating explanatory materials for customers in sales departments - Risk assessment related to changes in agreements by legal departments 【Benefits of Implementation】 - Rapid identification and verification of changes in agreement revisions - Reduction of compliance risks by preventing omissions and errors - Shortening of business hours through the efficiency of comparison tasks - Strengthening of accountability through accurate difference reports

• Catalog and manual creation
• Document and Data Management

In the manufacturing industry, effective change management of specifications requires accurate management of drawings and specifications, as well as the swift understanding of changes. Particularly when multiple personnel or departments are involved, miscommunication of changes or missed updates can lead to a decline in product quality or rework. Accurate change management is directly linked to the efficiency of product development and the maintenance of quality. The "Old and New Document Excel Version" operates as a plugin for Microsoft Excel, allowing users to compare two Excel documents—old and new—and visually display the changes in an easily understandable manner. This enables quick identification of changes even in large worksheets, supporting the resolution of challenges in change management. 【Usage Scenarios】 - Updating management of specifications due to design changes - Version management of bill of materials (BOM) - Sharing changes in instructions to the manufacturing line - Historical management through comparison with past specifications 【Benefits of Implementation】 - Reduction of discrepancies and missed updates during specification changes - Streamlining of the verification process for changes - Facilitation of information sharing among personnel - Prevention of rework occurrences

• Catalog and manual creation
• Document and Data Management

The New and Old Document Excel version operates as a plugin for Microsoft Excel. It offers the following features: ■ Compare two documents to quickly identify changes, even in large worksheets ■ Automatically generate accurate and easy-to-read "Difference Lists" and "Difference Reports" with simple operations ■ Jump to the cells with changes from the comparison display with one click ■ Compare not only text and values but also formulas and calculation results ■ Compare old versions of Excel and CSV files ■ Items that can be compared ・Changes in strings, numbers, and formulas within cells ・Addition of rows/columns ・Deletion of rows/columns ・Movement of rows/columns

• Catalog and manual creation
• Document and Data Management

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

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

In the field of environmental science, understanding the structure of substances is essential for the identification and analysis of pollutants. In particular, advanced analytical techniques are required to identify trace pollutants and predict the behavior of substances in the environment. SingleCrystal supports the structural analysis of pollutants through diffraction pattern simulations from single crystals. By collaborating with CrystalMaker, it generates dynamic diffraction patterns based on the structural data of pollutants, thereby streamlining the analysis. 【Use Cases】 - Structural analysis of pollutants - Identification of substances in the environment - Simulation of diffraction patterns 【Benefits of Implementation】 - Deepens understanding of pollutant structures - Reduces analysis time - Enhances research efficiency

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

In the food industry, quality control requires accurate understanding of the crystal structure of raw materials and the presence of foreign substances. Particularly, to ensure the safety and quality of food, it is important to quickly detect and analyze subtle changes in crystal structures. SingleCrystal is a program for simulating and measuring diffraction patterns obtained from single crystals using X-rays, neutrons, and TEM (transmission electron microscopy). It supports a wide range of experimental forms, including reciprocal lattice representation, precession method, Laue front, back & cylinder patterns, and TEM. By collaborating with CrystalMaker, it dynamically simulates the crystal structures of food, streamlining quality control. 【Usage Scenarios】 - Analysis of foreign substances in food - Crystal structure analysis of raw materials - Rapid data acquisition in quality control 【Benefits of Implementation】 - Improved food safety - Increased efficiency in quality control - Reduced analysis time

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

In the field of battery research, it is important to understand the structure of materials in detail to aim for the development of new materials and the enhancement of existing materials' performance. In particular, to elucidate the structural changes accompanying the charging and discharging of batteries, as well as the relationship between the crystal structure of electrode materials and their performance, diffraction pattern analysis is essential. SingleCrystal strongly supports the structural analysis of battery materials through the simulation of diffraction patterns from single crystals. In collaboration with CrystalMaker, it dynamically generates diffraction patterns based on structural data of materials, making it easier to compare with experimental results. 【Use Cases】 - Crystal structure analysis of battery materials - Tracking structural changes during charging and discharging - Diffraction pattern analysis of electrode materials 【Benefits of Implementation】 - Deepening understanding of material structures and improving research efficiency - Accelerating the development of new materials - Contributing to the improvement of battery performance

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

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

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

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

Whether you are just starting to use the Wolfram Language or have been using it for decades, the Wolfram Notebook Assistant can elevate your productivity and efficiency to a new level. Feel free to ask anything to the Wolfram Notebook Assistant. You will experience amazing capabilities that make it possible to compute anything by leveraging all the features of the Wolfram Language. It also includes the LLM Kit for seamless program access to LLM features, as well as the AI Course Assistant to help you complete interactive courses at Wolfram U. Note: The subscription for Wolfram Notebook Assistant + LLM Kit is an integrated solution. No additional provider accounts are needed. It can be used with Wolfram|One and Mathematica.

• Mathematical processing
• Visualization
• Other research software

SingleCrystal is a program for simulating and measuring diffraction patterns from single crystals using X-rays, neutrons, and TEM (transmission electron microscopy). It features a wide range of experimental forms, including reciprocal lattice representation, precession method, Laue front, back & cylinder patterns, and TEM. SingleCrystal displays high-resolution diffraction patterns generated by simulations. It is also possible to characterize these patterns by overlaying them on images of the observed patterns. A unique grid tool is provided that allows for easy and automatic indexing of diffraction patterns. SingleCrystal 5 can read files created by CrystalMaker, and by utilizing the "Live Rotation" mode, it can dynamically generate diffraction patterns based on the structural data displayed in CrystalMaker.

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

Crystal Studio is a Windows-based crystallographic analysis software that supports research and education in the fields of materials science, solid-state physics, mineralogy, geology, X-ray crystallography, and electron microscopy. It is a powerful tool equipped with highly user-friendly model creation tools, 3D graphical design, display, and manipulation features, as well as a simulation engine for diffraction patterns. Ideal for research and education in crystallography It is extremely powerful and fast, yet very simple to operate. With just a few clicks of the mouse, you can create highly attractive colors and 3D realism for crystallographic structures. Available according to the level of crystallography knowledge With even a little knowledge of crystallography, you can quickly become an expert. You can study atomic arrangements and material structures, as well as discover relationships that characterize their properties. For advanced researchers in crystallography, various means are provided to customize crystal structures. Advanced users can also modify space group specifications and create new ones, allowing for experiments that change the symmetry of the unit cell.

• crystal
• Electron microscope

Q-Chem is an integrated package for non-empirical (ab initio) quantum chemical calculations that accurately predicts the structure, reactivity, vibrations, electronic, and NMR spectra of molecules. It can run on laptops or desktops, clusters, or supercomputer centers on Linux, macOS, or Windows. It supports density functional theory (DFT) including LDA, GGA, meta-GGA, hybrid GGA and meta-GGA, range-separated hybrids, and double-hybrid functionals. It can evaluate ground state and time-dependent DFT excited states, one-point energies, structural optimizations, vibrational calculations, and many other properties. For electronic correlation, it provides state-of-the-art tools to handle electronic correlation effects, such as Møller-Plesset perturbation theory and coupled cluster methods. For strongly correlated systems, specialized methods such as CASSCF, coupled cluster valence bond (CCVB), Selected CI, RAS-CI, Spin-Flip, and V2-RDM methods can be used.

• Computational Chemistry
• Electron Spectroscopy
• Other Physics and Chemistry Equipment

Analytica is a visual software environment for building, exploring, and sharing quantitative models that support effective decision-making. It offers a completely different user experience compared to spreadsheets and scripting languages like Python and R. Analytica provides a visual software environment for building, exploring, and sharing decision models for faster, more informed decision-making without the need for coding expertise. Visual Modeling Use visual influence diagrams to create and communicate information more clearly. It helps identify the most important decisions, uncertainties, and goals, allowing you to focus on what matters. Assessing Risk and Uncertainty Efficient Monte Carlo simulations allow for quick assessment of risk and uncertainty, helping you understand which variables are truly problematic and why. No Coding Required Analysis Analytica's simple flow architecture enables the creation of reliable models without complex coding.

• Software (middle, driver, security, etc.)
• Other research software
• Other analysis software

UN-SCAN-IT Graph Digitizing Software is a tool that automatically extracts data values represented by graphs saved as images. UN-SCAN-IT supports most image formats obtained through scanners, digital cameras, and other means (such as JPG, TIFF, GIF, BMP, PNG) and can digitize various plots, strip charts, equipment outputs, old graphs, and graphs published in publications. In addition to various digitization functions for graphs, UN-SCAN-IT also allows for area calculations of peak regions, data smoothing, derivative acquisition, graph rescaling, and exporting (x,y) data for use in other programs. If you have been comparing the data values of printed graphs by holding two overlaid graphs up to the light, calculating peak areas using a planimeter or cut-and-weigh method, or estimating values by "squinting" and clicking on each point with a digitizing tablet, you will understand that using UN-SCAN-IT can be done more accurately, quickly, and easily.

• Graph Analysis
• Data Search Software

About Surfer and Grapher Surfer is software that visualizes advanced geospatial data. It is characterized by its emphasis on geographic spatial representation, interpolating XYZ data to create evenly spaced grid data, which can be represented as contour maps or terrain models, and performing data processing such as volume calculations based on the grid data. Grapher is software that excels in representing statistical and numerical data. Among graphing software, it is particularly notable for its ability to create graphs specialized for the environment, water chemistry, and resource/energy fields, allowing for highly customized graphs. Benefits of Surfer users using Grapher By using Grapher, you can incorporate data used in Surfer or results obtained from Surfer. Utilizing common data allows for the creation of more detailed graphs that emphasize specific trends or datasets. With Scripter, it is possible to create automation programs that link Surfer and Grapher together.

• Earth Sciences
• Other measurement, recording and measuring instruments
• Distance measuring device

If you want to confirm the layering of strata (stratigraphy), age, mineralization layers, etc., the Drillhole layer in Surfer can realistically reproduce your well data as a true 3D display, along with the contents included in the data (e.g., contaminant concentrations, mineralization concentrations, results of quantitative analysis, geophysical characteristics, etc.). It is also possible to display the path of the borehole, data points, and intervals, as well as color-coding based on the values of the data. In the latest version, it has become possible to create contact points within the drill hole based on keywords (such as lithology names) and data queries (such as SWV: seismic-while-drilling and CPT: Cone Penetration Test data). Visualizing subsurface layers has never been easier!

• Earth Sciences
• Distance measuring device
• Other measurement, recording and measuring instruments

In recent years, with the widespread use of drones, LiDAR data has been utilized in a wide range of fields, including high-precision topographic surveying, agriculture, construction sites, and archaeological investigations. In Japan, LiDAR data has been made available on several sites. Here, we will introduce how to utilize LiDAR data using Surfer, which is equipped with surface modeling and GIS capabilities.

• Earth Sciences
• Distance measuring device
• Other measurement, recording and measuring instruments

The percentage of companies using cloud services has been increasing year by year, and the use of cloud services in the research and development field is also accelerating. With cloud-native ELN, researchers in all fields can easily record their work and collaborate within and between organizations, while the IT department can leverage more efficient and cost-effective storage and performance, enabling integration with other informatics platforms. This white paper explains five advantages and also presents a future vision to expand those advantages.

• Other research software
• File Management
• Other IT tools

We provide comprehensive support for the implementation of on-premises digital asset management NetX, including technical support, customization, and integration with other systems. We also offer consulting on building and optimizing workflows prior to implementation.

• Database
• Data Search Software
• Document and Data Management

In the field of astronomy, high-sensitivity observations to capture weak light are essential. The performance of optical thin film coatings used in optical systems greatly influences observation accuracy. In particular, high-efficiency reflection and transmission characteristics across a wide wavelength range from visible light to infrared are required. TFCalc supports the design and performance evaluation of optical thin film coatings, enabling high-sensitivity observations. 【Application Scenarios】 - Coating design for lenses and mirrors of telescopes - Design of spectrometers and filters - Design of optical systems for space observation sensors 【Benefits of Implementation】 - Optimization of optical characteristics necessary for high-sensitivity observations - Improvement of observation efficiency - Reduction of research and development time

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

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

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

In the solar cell industry, precise design of optical thin film coatings is required to maximize the efficiency of solar energy utilization. In particular, it is important to enhance the absorption rate of sunlight and minimize reflection losses. Inadequate coating design can potentially reduce the power generation efficiency of solar cells. TFCalc supports the design of optical thin film coatings that influence the performance of solar cells. 【Application Scenarios】 - Design of anti-reflective coatings for solar cells - Coating design tailored to the solar spectrum - Color adjustment of solar cell modules 【Benefits of Implementation】 - Improved power generation efficiency of solar cells - Cost reduction through optimization of coating design - Acceleration of research and development through simulation of diverse optical properties

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

In the optical fiber industry, the design of optical fiber coatings is crucial for maximizing the transmission efficiency and reliability of optical signals. In particular, it is essential to precisely control the reflection and transmission characteristics of light to minimize losses. TFCalc addresses these challenges by calculating the properties of optical thin-film coatings in detail, enabling optimal design. 【Application Scenarios】 - Manufacturing of optical fibers - Design of optical communication systems - Development of optical components 【Effects of Implementation】 - Improvement in optical fiber performance - Reduction in transmission losses - Shortening of product development time

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

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

Biometric authentication technology in the medical field plays a crucial role in patient safety management and the protection of personal information. In particular, optical biometric authentication devices such as fingerprint recognition and iris recognition rely on the design of optical thin film coatings, which significantly affect the accuracy and reliability of the devices. Proper coating design suppresses interference from external light, enabling accurate reading of biometric information. TFCalc supports such optical designs and contributes to the performance enhancement of biometric authentication devices. 【Usage Scenarios】 - Fingerprint recognition devices - Iris recognition devices - Facial recognition systems 【Benefits of Implementation】 - Improved authentication accuracy of devices - Reduced false acceptance rate - Enhanced reliability of devices

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

In the field of space development, ensuring the reliability of equipment in harsh environments is essential. In particular, environmental factors such as temperature changes, radiation, and vacuum in outer space can lead to the degradation of optical component performance. Optical thin film coatings are crucial for protecting optical components from these environments and controlling the transmission and reflection rates of light at specific wavelengths. TFCalc enables the design and performance evaluation of these optical thin film coatings, contributing to the improvement of optical system reliability in space development. 【Use Cases】 - Optical systems of satellites - Sensors of space probes - Windows of space stations 【Benefits of Implementation】 - Improved durability of optical components - Optimization of optical performance - Reduction of development time

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

In the laser industry, the design of optical elements that selectively transmit and reflect specific wavelengths is crucial. Since it affects the efficiency and performance of lasers, precise design is required. TFCalc enables the calculation of optical thin film coating characteristics, allowing for optimal coating designs for laser applications. 【Usage Scenarios】 - Laser oscillators - Laser processing machines - Optical filters 【Benefits of Implementation】 - Improved performance of laser systems - Optimization of wavelength selection - Reduction of design time

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

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

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

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

"TFCalc" is a product that calculates the properties of optical thin film coatings formed on insulators and metals. It can simulate reflectance, transmittance, absorbance, electric field, and color. It can handle coating layers of up to 5000 layers, allowing for the design of coatings suitable for special applications. Please feel free to contact us when you need assistance. 【Main Features (Partial)】 ■ Thin Films - Up to 5000 layers can be set on the front and back of the substrate. ■ Analysis - Calculation of reflectance, transmittance, absorbance, optical density, loss, phase difference, psi, and electric field intensity. ■ Optimization - Supports three methods: variable metric method, gradient method, and simplex method. *For more details, please download the PDF or feel free to contact us.

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

APIS IQ is a standard product in the field of FMEA and risk analysis, having met the high demands of over 2,000 companies worldwide for many years. APIS IQ addresses issues that were difficult to achieve with traditional spreadsheet procedures. Unlike conventional tabular forms of FMEA, it enhances efficiency by clearly defining the relationships between components and processes in a tree structure. [Features] - Fully compliant with the international standard for the automotive industry, AIAG&VDA FMEA - Visualizes causal relationships through a network representation of structure, function, and failure - Mutual synchronization between the network and FMEA sheets - Management and support of documents in 31 languages - Supports automotive international safety standards ISO26262 and IATF16949 - Output functionality for FMEA sheets in AIAG/VDA and DRBFM formats - Statistical functions capable of outputting various statistical graphs - Ability to generate and synchronize process flow diagrams and control plans from PFMEA trees *Product names and other terms are trademarks or registered trademarks of APIS Informationstechnologien GmbH.

• Other production management systems

In the field of aerospace, structural health assessment requires detailed data analysis and visualization to accurately understand the behavior of complex structures and materials, ensuring long-term safety. In particular, detecting subtle anomalies from experimental data and simulation results and evaluating their impact is essential for reliable structural design. Inadequate analysis may lead to overlooking potential risks. "Igor Pro" enhances the accuracy and efficiency of data analysis in structural health assessment by consistently importing vast amounts of experimental data and performing advanced analyses to produce publication-quality graphs. 【Use Cases】 - Analysis and graphing of structural test data - Evaluation and visualization of material properties - Analysis of simulation results and report generation - Anomaly detection and trend analysis 【Benefits of Implementation】 - Improved accuracy of structural health assessment - Increased efficiency in data analysis tasks - Clear sharing and reporting of evaluation results

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