アプライドデザイン Product Lineup

Intuitive Press Forming Simulation "Stampack Xpress" ~ Press forming simulation software for all tool designers ~ Stampack Xpress has been developed as an intuitive and practical next-generation sheet forming simulation for all tool designers. With easy and clear user guidance, it can be used even with minimal prior knowledge of finite element methods or materials science, making it a highly cost-effective software for all design departments and engineering companies.

• Stress Analysis

Equipped with automated proprietary features specialized for ring rolling processing (dramatic speed-up analysis using dual mesh method, high-precision speed-up analysis using optimal adaptive mesh, complete simulation of all processes in ring rolling, easy setup and parameter design analysis for each tool operation, incorporation of user subroutines, etc.).

• Structural Analysis

● Fully adaptive automatic mesh ● Built-in unique high-speed and high-precision algorithms ● Multi-CPU acceleration ● Easy-to-use UI (Simulation data generation wizard) ● Innovative architecture QFORM7 is the first metal forming simulation software based on a hybrid approach that combines the advantages of Voronoi cells (VC) and the finite element method (FEM).

• Other analyses

【Features】 〇 A dedicated function that automatically recognizes all basic characteristics of die design and converts them into an FEM model. 〇 Integrated bearing editing function 　・ Optimizes bearing design without returning to the CAD system. 〇 High-precision complete thermodynamic coupling and high-speed analysis 　 Multi-CPU acceleration 　・ Adoption of high-precision "Euler-Lagrange method." 　・ Adoption of a special "hybrid friction model." 〇 Extensive verification by the industry 　・ 2007 extrusion benchmark test 　・ 2009 3rd ICEB extrusion benchmark test, etc.

• Thermo-fluid analysis

COPRA is the world's only product specialized in roll forming design since the 1980s and is recognized worldwide. It is also a standard tool for designers in over 50 countries. COPRA allows for the easy design of highly complex open/closed shapes in a professional manner. This significantly contributes to cost reduction in planning, design, and engineering. Designers can accomplish a complete series of processes consisting of technical calculations, including flower design (bending process), roll tool design, forming process analysis, stock roll management, CNC manufacturing, and quality control. By analyzing the stresses on materials between forming processes, designers can determine the appropriate forming process before the rolls are physically manufactured. Additionally, the COPRA series is very user-friendly and easy to learn. Based on two main components, "COPRA RF," which includes the entire process, and "COPRA FEA RF," which analyzes using FEA calculations, the COPRA series offers a wide range of rich modules for each application.

• Stress Analysis

Consistent and Easy Complete Solid Analysis: Directly analyze 3D solid models. Usable easily by beginners regardless of specialized knowledge or experience in analysis. Large-scale Analysis Model Support: Capable of handling large-scale models thanks to proprietary high-speed analysis technology. The 64-bit solver version has no restrictions on model size. High-Speed Analysis: Equipped with powerful high-speed automatic meshing. Achieves high-precision high-speed analysis through proprietary cutting-edge algorithms. Further accelerated with support for 64-bit Windows OS and parallel CPU processing. High-Precision Analysis Technology: Adopts cutting-edge high-precision injection molding theory to deliver high-quality analysis results. Achieves high-precision analysis with high-quality layer solid meshes. Diverse High-Functionality Modules: Filling, holding pressure, warping, fiber orientation, cooling, solid runners, gate optimization, hot runner balance optimization, inserts, stress, project data management, rubber, RIM…etc.

• Stress Analysis

High-Performance Press Forming Simulation 'Stampack' ~ Achieving Early Market Introduction of New Products through Transformation of the Design Process! ~ By introducing computer simulation into the sheet forming process, it becomes possible to predict issues such as sheet breakage, wrinkles, and springback even before the design is finalized, before mold manufacturing, and before prototype forming. This allows for the anticipation of the final component shape, the effects of molds and tools, the effects of beads and guides, and the effects of sheet coatings. As a result, component designers, mold manufacturers, and final press processors can produce high-quality products, reduce trial-and-error methods, and significantly decrease the risks associated with market arrival time predictions and estimates. 【Features】 ● User-friendly Windows environment pre-post ● Full support for specialized analysis functions dedicated to the entire sheet forming process ● Dedicated automatic meshing function ● Latest automatic time-stepping explicit nonlinear dynamic finite element method analysis ● Technology and reliability recognized by worldwide users

• Stress Analysis

We provide a detailed explanation at our free trial seminar. Please visit our company website or contact us directly. ● The biggest advantages of P-method FEM and conventional H-method FEM ● Demonstration of the features of the new general-purpose P-method nonlinear FEM analysis system, StressChcek ● Adaptive P-method FEM and Adaptive H-method FEM (Global method, Local method) ● PAM Complete solid automatic meshing ● Practical applications of P-method nonlinear FEM: various material nonlinearities, large deformations, boundary contact analysis, ultimate load check analysis, composite material analysis, fracture mechanics analysis ● Demonstration of practical application cases in various industries, particularly in the general machinery industry, aerospace industry, and electronic device industry. ● Hands-on experience with StressChcek (machine usage)

• Structural Analysis