Numerical Analysis Software - Company Ranking(4 companyies in total)

Last Updated：Aug 20, 2025 Aggregation Period:Jul 23, 2025〜Aug 19, 2025
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Company Name	Company information	Featured Products
Company Name	Company information	Product Image, Product Name, Price Range	overview	Application/Performance example
アドバンスト・サイエンス・ラボラトリー日本営業所	Address Tokyo/ number of employees 3 Business Activities * Sales and development of science and technology-related software * Numerical analysis (computation) services * Scientific and technical consulting, including technical translation * Research and development of new technologies in the fields of electromagnetism and charged particles, licensing, and manufacturing and sales of equipment * Management of science and technology-related websites, publication of books, and seminar-related activities Key Partners The University of Tokyo Tokyo Institute of Technology Kyoto University National Institute for Fusion Science National Institute of Advanced Industrial Science and Technology High Energy Accelerator Research Organization National Institute for Materials Science Japan Aerospace Exploration Agency (JAXA) Nagoya University Kyushu University Gifu University Ibaraki University Kagoshima University Kumamoto University Tokai University Toshiba Mitsubishi Panasonic Canon	Finite Element Method Numerical Analysis Software 100,000 yen-500,000 yen	Achieves top-level performance in 3D finite element method analysis using a PC. Realizes 3D electric fields, magnetic fields, charged particles, and thermal conduction numerical calculations at a low cost. For more details, please refer to the PDF document or feel free to contact us.	Features - The AMaze series is a 3D finite element method (electromagnetics, charged particles, heat conduction) analysis software for personal computers that boasts high performance. - To accurately reflect the shape of each material being analyzed, it uses a hexahedral mesh that fits the material boundaries. - While maintaining a strictly logical structure, the solver can perform highly precise calculations to create suitable shape elements. - By utilizing dynamic memory allocation, it effectively uses computer resources to enable fast calculations. - The pricing of the AMaze series is set at a low cost, just a fraction of other software, making it accessible for university research labs, small research institutes, technical consultants, and schools. For more details, please refer to the PDF document or feel free to contact us.
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アドバンスト・サイエンス・ラボラトリー日本営業所

Address

Tokyo/

number of employees

3

Business Activities

* Sales and development of science and technology-related software * Numerical analysis (computation) services * Scientific and technical consulting, including technical translation * Research and development of new technologies in the fields of electromagnetism and charged particles, licensing, and manufacturing and sales of equipment * Management of science and technology-related websites, publication of books, and seminar-related activities

Key Partners

The University of Tokyo Tokyo Institute of Technology Kyoto University National Institute for Fusion Science National Institute of Advanced Industrial Science and Technology High Energy Accelerator Research Organization National Institute for Materials Science Japan Aerospace Exploration Agency (JAXA) Nagoya University Kyushu University Gifu University Ibaraki University Kagoshima University Kumamoto University Tokai University Toshiba Mitsubishi Panasonic Canon

Featured Products

Finite Element Method Numerical Analysis Software

overview

Achieves top-level performance in 3D finite element method analysis using a PC. Realizes 3D electric fields, magnetic fields, charged particles, and thermal conduction numerical calculations at a low cost. *For more details, please refer to the PDF document or feel free to contact us.*

Application/Performance example

**Features** - The AMaze series is a 3D finite element method (electromagnetics, charged particles, heat conduction) analysis software for personal computers that boasts high performance. - To accurately reflect the shape of each material being analyzed, it uses a hexahedral mesh that fits the material boundaries. - While maintaining a strictly logical structure, the solver can perform highly precise calculations to create suitable shape elements. - By utilizing dynamic memory allocation, it effectively uses computer resources to enable fast calculations. - The pricing of the AMaze series is set at a low cost, just a fraction of other software, making it accessible for university research labs, small research institutes, technical consultants, and schools. *For more details, please refer to the PDF document or feel free to contact us.*
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Numerical Analysis Software - Company Ranking(4 companyies in total)

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