From visualization to strength evaluation! We provide solid support for various plastic molding processing concerns.
Compact PC for Mk1D analysis, ideal for fieldwork and compact lab environments.
A plastic processing analysis software that visualizes metal deformation. It supports the optimization of forming processes such as forging, rolling, and cutting.
AI workstation equipped with multi-GPU, usable in a 100V environment.
A pricing system based on usage! The costs of software and hardware are optimized.
Support for the creation of databases suitable for fatigue analysis methods of joints (welding, adhesives, fastening) and their applications!
Initial design proposals and significant contributions to cost reduction! Introducing the topology density variation limitation feature such as 'cross-section'!
- Complete solid, high-speed, injection molding simulation -
COPRA is a global analysis software specialized in roll forming. We offer a total solution from design and analysis to parts database management.
Integration of implicit and explicit methods. For elucidating a wide range of phenomena such as heat, electricity, magnetic fields, and fluids.
Eight analysis functions are combined into one package, enabling advanced coupled analysis! We meet the analysis needs of developers and designers.
This is software that quickly creates CAD-quality die faces. It significantly reduces the time required to create CAD-quality die faces.
Significant improvement in mold quality and a substantial reduction in initial development time in process design have been achieved.
You can proceed with the operation step by step throughout the entire process!
Since multiple areas can be defined within the mold, the expected correction can be controlled analytically.
An ideal method to replace traditional Excel-based worksheets and cumbersome manual calculations.
You can analyze the impact of the actual mold temperature and its further effect on the molding results.
Quickly evaluate and compare multiple forecast adjustment strategies to find the best strategy for your needs!
"Reborn AutoCAD" starts offering industry-leading 2D drafting and 3D modeling at an attractive price.
Make high-graphics applications like 3D CAD available in a virtual desktop environment!!
This is a tapping screw that can be driven at high speeds.
We offer contracted analysis services for electronic devices, home appliances, and residential environments at lower prices than before.
As an example of stress analysis, we present a stress analysis of an elastic body with a bell shape.
Large-scale support, fast result display, and rich post-processing features.
This is a technical document (educational material) on CAE created by a former CAE manager, linking practical application with theory.
This is a technical document on ship structural mechanics by Professor Tetsuya Yao (Emeritus Professor of Hiroshima University / Emeritus Professor of Osaka University).
This is a technical document on ship hull structural mechanics by Professor Tetsuya Yao (Emeritus Professor of Hiroshima University / Emeritus Professor of Osaka University).
This is a technical document on ship hull structural mechanics by Professor Tetsuya Yao (Emeritus Professor of Hiroshima University / Emeritus Professor of Osaka University).
This is a technical document on hull structural mechanics by Professor Tetsuya Yao (Emeritus Professor of Hiroshima University / Emeritus Professor of Osaka University).
General-purpose finite element method (FEM) solver built into Jupiter
Mesh creation/analysis for a 1,000-part, 100 million node model is possible with one push! There are over 300 users from a major manufacturer.
Created a model for the fluid analysis solver OpenFOAM using Jupiter-CFD! Reduce licensing costs by switching from commercial solvers!
No installation required - an online viewer compatible with CAE that can be used in a web browser.
Focusing on the fillet section of the wrench component, we reduce the generated stress concentration! We guide it to an optimal shape that meets manufacturing requirements while maintaining a uniform R shape.
It is a CAE software that can analyze various changes due to processing, such as the material flow of metals and the stress state of molds in metal processing, including forging and plate forging.
We will calculate the seismic design calculations for towers and tanks in earthquakes using a computer.
We will quantify the residual austenite using the principle of X-ray diffraction.
Generative Design / Topology Optimization / Rapid Simulation
It is a tool that allows for the consideration of press formability, process parameters, and material yield in the early stages of design. It enables proper design while shortening development time.
Harness the power of new materials for development! We predict material properties and connect them to added value!
Powerful integrated solution of CAD and simulation.
Press Molding Simulation System JSTAMP/NV Recommended Workstation
J-Composites is a modeling tool for resin composite press molding analysis that supports various composite molding methods.
Digimat is software specialized in composite material simulation, enabling the prediction of macro material properties that reflect microstructure.
Experienced engineers will propose appropriate analysis methods tailored to your analysis objectives. We will help you confirm stress distribution and stress values, and assist with countermeasures and considerations.
Experienced engineers will propose appropriate analysis methods tailored to your analysis objectives. We will help you confirm stress distribution and stress values, and assist with countermeasures and considerations.
A dedicated pre/post-processor that supports the practical use of the free solver FrontISTR, capable of large-scale analysis of various engineering problems such as structural, heat transfer, and vibration analysis.
Software for simple definition and optimization of the hemming process.
A new era of mold manufacturing opened by AutoForm plus: Swiss high-end kitchen manufacturer Franke.
Initial assessment of moldability based solely on the shape of the part, without considering the mold shape!
It is possible to easily visualize defects on mold surfaces using digital stoning techniques!
It brings deep understanding and transparency to the molding process from the early engineering stages.
Direct communication is possible between the engineering department and the tryout department!
Software compatible with roll hemming and table top hemming.
By using simulation software, we can quickly deliver molds suitable for production to our customers.
Addressing challenges such as the introduction of new materials like ultra-high-strength steel, improvement of press and stroke rates, and reduction of lubricant consumption.
We will conduct a simulation of press molding using line, transfer type, or progressive type.
Introduction of software that considers phase transformation between quenching and thermal deformation after cooling.
The blank outline is optimized so that the part boundary matches the target shape and dimensions!
You can perform transport simulations and dynamic interface detection!
An innovative mold design and springback prediction correction solution that brings significant labor reduction effects. Supports full digitalization.
A CAD embedded module that easily outputs process data from AutoForm and can be imported into the CATIA environment.
A CAD embedded module that can enhance work efficiency through more efficient collaboration with internal and external departments.
Achieving a new level of simulation accuracy! Simulating friction and lubrication conditions.
You can quickly examine the blank outline derived from the CAD part shape.
Efficient creation and predictive correction of high-quality CAD surfaces for mold making.
Software 'AutoForm-ToolDeflect' for efficient analysis and correction of elastic mold deflection.
Report on the identification of factors for mass production of molds at the user meeting, digitalization of business processes, and case studies on the use of hemming in assembly!
We will introduce the evaluation results considering advanced friction models using TriboForm.
It is possible to reduce the number of attempts by adding a design proposal process in the SE review.
Comparison of Manufacturing Methods for Tube Parts at BOSAL: Bending Process vs. Hydroforming
A case where the assembly process of the white body was accurately predicted, significantly reducing the number of trial runs.
A case where the number of tryouts was reduced from 20 to 6, and the time spent on process evaluation was also shortened.
Full support for all processes from design to manufacturing! Integrated 3D CAD/CAM/CAE platform. Significant reduction in implementation costs possible.
Autodesk's industry-specific collection for manufacturing, which allows you to use more value, more flexibly, and more simply.
The thermal stress caused by temperature changes is greater than expected! It is important to consider expansion and contraction in the design.
Introducing the analysis of rubber products! Please feel free to consult us if you are having trouble with structural design or analysis.
Improvements in design quality, reduction in man-hours for prototyping and experimentation, and shortening of development periods can be expected.
Finite element method software (simulator) for elastic vibration analysis performing frequency response analysis.
Finite element method software (simulator) for elastic stress analysis conducting transient response analysis.
Magnetic field analysis software (magnetic field simulator) using the finite element method performs static analysis and transient response analysis.
This is a finite element method-based electric field analysis software (electric field simulator) that performs static analysis and transient response analysis.
Break down the barriers of "high software costs" and "difficulty in environment setup and operation"! Our expert staff will provide support from software installation to analysis.
Efficiently analyze the strength of compressors with high precision! Achieve efficient design verification through smooth operability!
Analysis of components that requires the use of advanced analytical methods is essential! We will also present the results of maximum strain under three conditions.
Accurately evaluate the natural frequency and mode shapes of the engine block! Obtain information that leads to performance improvement in the design phase!
Fatigue evaluation of non-ferrous and non-metallic materials (short fiber reinforced resin / CFRP laminated materials / rubber, etc.)
Supports the creation of databases for various materials! We assist in creating material databases tailored to your needs.
We propose a consistent process from the creation of a material database for thermal fatigue evaluation to thermal fatigue analysis!
We propose a structural optimization process that takes fatigue life into consideration, supporting realistic structural optimization!
We propose an efficient vibration fatigue analysis environment for solder joints and bus bars on electronic substrates!
We will consider the surface contact near the spot welding area to make it possible to reproduce the actual phenomenon!
Hysteresis can be reproduced! The analysis model takes into account the friction between the leaf springs and the U-bolt clamping force.
Quickly check the measurement data!
Free viewing now available | Practical demo video on streamlining property prediction and experimental planning with AI
Engineering actively utilizing CAE (Computer Aided Engineering)