Information
12 Dongbu-ro 169beon-gil, Jinju, Gyeongsangnam-do, South Korea
+82 55-761-7529
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Overview
- Summary
- MFRC (Metal Forming Research Corporation) is a specialized company developing AFDEX, a CAE (Computer Aided Engineering) simulation software for the design, analysis, and optimization of metal forming and forging processes. The company provides solutions that address the complexities, time, cost, and expertise requirements of metal forming processes. AFDEX offers capabilities for process optimization and problem-solving, suitable for both beginners and industry experts, contributing to manufacturing efficiency and product quality across various industrial sectors.MFRC (Metal Forming Research Corporation) is a specialized company developing AFDEX, a CAE (Computer Aided Engineering) simulation software for the design, analysis, and optimization of metal forming and forging processes. The company provides solutions that address the complexities, time, cost, and expertise requirements of metal forming processes. AFDEX offers capabilities for process optimization and problem-solving, suitable for both beginners and industry experts, contributing to manufacturing efficiency and product quality across various industrial sectors.
- Key Products/Technologies
- AFDEX software is a 2D and 3D metal forming process analysis solution based on the Elastothermoviscoplastic Finite Element Method (FEM).AFDEX software is a 2D and 3D metal forming process analysis solution based on the Elastothermoviscoplastic Finite Element Method (FEM).
- Key features include high accuracy of analysis results and fast computation times.Key features include high accuracy of analysis results and fast computation times.
- The software incorporates intelligent meshing and adaptive remeshing technology for complex geometries.The software incorporates intelligent meshing and adaptive remeshing technology for complex geometries.
- Real-time visualization and analysis of metal flow lines during forming simulations are available.Real-time visualization and analysis of metal flow lines during forming simulations are available.
- Automated multi-stage forging process simulation capabilities are optimized to minimize user intervention.Automated multi-stage forging process simulation capabilities are optimized to minimize user intervention.
- A user-friendly Graphical User Interface (GUI) facilitates convenient pre and post-processing tasks.A user-friendly Graphical User Interface (GUI) facilitates convenient pre and post-processing tasks.
- The AFDEX/MAT module provides functionality for calculating material flow stress from cylindrical tensile test data.The AFDEX/MAT module provides functionality for calculating material flow stress from cylindrical tensile test data.
- AFDEX2D is a 2D package for axisymmetric and plane strain analysis, including isothermal/non-isothermal solvers and pre/post-processors.AFDEX2D is a 2D package for axisymmetric and plane strain analysis, including isothermal/non-isothermal solvers and pre/post-processors.
- AFDEX2D/DIE offers a 2D 1CORE die structural analysis solver.AFDEX2D/DIE offers a 2D 1CORE die structural analysis solver.
- AFDEX3D 1CORE supports single-thread processing with isothermal/non-isothermal solvers, 3D model generation from 2D predictions, and pre/post-processors.AFDEX3D 1CORE supports single-thread processing with isothermal/non-isothermal solvers, 3D model generation from 2D predictions, and pre/post-processors.
- AFDEX3D 2CORE provides multi-core processing capabilities for enhanced analysis efficiency.AFDEX3D 2CORE provides multi-core processing capabilities for enhanced analysis efficiency.
- Prediction of various product defects such as underfilling, cracks, and material overlap, along with die structural analysis for optimization proposals.Prediction of various product defects such as underfilling, cracks, and material overlap, along with die structural analysis for optimization proposals.
- Core Advantages
- High-precision analysis results: Provision of highly accurate simulation results that closely match real-world manufacturing conditions, supporting stable and efficient production.High-precision analysis results: Provision of highly accurate simulation results that closely match real-world manufacturing conditions, supporting stable and efficient production.
- User-friendliness and process automation: An intuitive user interface and optimized automatic multi-stage forging simulation capabilities ensure accessibility for beginners.User-friendliness and process automation: An intuitive user interface and optimized automatic multi-stage forging simulation capabilities ensure accessibility for beginners.
- Broad application scope in metal forming: Support for analysis and optimization across a wide range of metal forming processes, including forging, drawing, extrusion, rolling, plate forging, sheet metal forming, and ring rolling.Broad application scope in metal forming: Support for analysis and optimization across a wide range of metal forming processes, including forging, drawing, extrusion, rolling, plate forging, sheet metal forming, and ring rolling.
- Reduction in development time and cost: Significant contribution to shortening product development periods and reducing development and production costs through simulation technology.Reduction in development time and cost: Significant contribution to shortening product development periods and reducing development and production costs through simulation technology.
- Defect prediction and quality improvement: Provision of essential information for predicting product defects and improving quality, based on key data such as metal flow lines, effective stress, forming loads, and temperature.Defect prediction and quality improvement: Provision of essential information for predicting product defects and improving quality, based on key data such as metal flow lines, effective stress, forming loads, and temperature.
- Continuous technological innovation and international collaboration: Driving technological advancements in metal forming simulation through international cooperation and joint research, strengthening expertise.Continuous technological innovation and international collaboration: Driving technological advancements in metal forming simulation through international cooperation and joint research, strengthening expertise.
- Target Industrie
- Automotive industry (including automotive parts)Automotive industry (including automotive parts)
- Aerospace industryAerospace industry
- Shipbuilding industryShipbuilding industry
- Medical device industryMedical device industry
- Electronics industryElectronics industry
- Construction industryConstruction industry
- Minting industryMinting industry
- Steel parts manufacturing industrySteel parts manufacturing industry
- Major Markets
- Japan, ChinaJapan, China
- Certifications/Patents
- Various research materials related to AFDEX are available on academic paper sites, serving as evidence of the reliability and excellence of its metal forming analysis technology.Various research materials related to AFDEX are available on academic paper sites, serving as evidence of the reliability and excellence of its metal forming analysis technology.
- Over 30 years of experience in the metal forming industry, specializing in the analysis of forging and bulk forming processes.Over 30 years of experience in the metal forming industry, specializing in the analysis of forging and bulk forming processes.
Introduction
Location
12 Dongbu-ro 169beon-gil, Jinju, Gyeongsangnam-do, South Korea
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