We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Design support software.
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Design support software Product List and Ranking from 44 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 03, 2025～Dec 30, 2025
This ranking is based on the number of page views on our site.

Design support software Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 03, 2025～Dec 30, 2025
This ranking is based on the number of page views on our site.

  1. null/null
  2. アクアソフト Okayama//software
  3. ジーボックス Mie//software
  4. 4 オートフォームジャパン Tokyo//software
  5. 4 PTC ジャパン Tokyo//software
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Design support software Product ranking

Last Updated： Aggregation Period:Dec 03, 2025～Dec 30, 2025
This ranking is based on the number of page views on our site.

  1. Parts Configuration Management System "Production Innovation Bom-jin"
  2. [Case Study of Electric Craftsman NX] Compared products from three companies and decided on ANDES Electric Craftsman. アクアソフト
  3. CATIA 3DMaster Designer (M3D) 兼松エレクトロニクス デジタル・サービス本部
  4. 4 Thorough Comparison of GD&T Advisor Basic and Advanced PTC ジャパン
  5. 4 Rapidly create die faces while considering engineering design. オートフォームジャパン

Design support software Product List

31～45 item / All 121 items

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【Example】Shortened the delivery time for press molding dies to two-thirds!

【Example】Shortened the delivery time for press molding dies to two-thirds!

By using simulation software, we can quickly deliver molds suitable for production to our customers.

This document explains the simplification of the design and build of press molding dies. It includes methods to reduce the delivery time of molds by up to two-thirds, the use of simulations to address the accumulating challenges of springback, and improvements in accuracy and reductions in model creation time through the optimization of trim lines. [Contents] - Reduction of mold delivery time by up to two-thirds - Use of simulations to tackle the accumulating challenges of springback - Improvement in accuracy and reduction in model creation time through trim line optimization *For more details, please refer to the PDF document or feel free to contact us.

  • Press Dies
  • Mold Design
  • Stress Analysis

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[Case Study] Digital Workflow from Press Forming to Assembly

[Case Study] Digital Workflow from Press Forming to Assembly

Introducing different approaches aimed at achieving assembly results in press forming engineering!

We will demonstrate, using practical examples, how considering the results of the hemming process in advance during the design of the press forming process can minimize the risk of costly redesigns by incorporating those results into the design. [Contents] - Press forming process considering hemming results - Comparison of individual part springback and subassembly springback - Results of process verification *For more details, please refer to the "Catalog Download." Feel free to contact us with any inquiries.

  • Software (middle, driver, security, etc.)
  • 3D CAD
  • simulator

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[Utilization Guide] Robust input and information development in mold design and manufacturing processes.

[Utilization Guide] Robust input and information development in mold design and manufacturing processes.

Guidelines and standards for implementing the Robust Engineering Model (REM)!!

This demonstrates that simulation analysis also requires robustness, and introduces how to utilize "guidelines and standards" to achieve robust settings and operations, just as there are standards and specifications for mold design. [Contents] - Support for setting tasks - Prevention of setting omissions - Customization - Evaluation - etc. This is a contributed article to the technical information magazine "Mold Technology: IT Tool Utilization Guide" (Nikkankogyo Shimbun) September 2021 issue. *For more details, please check the "Catalog Download." Feel free to contact us as well.

  • Other CAD related software
  • Development support tools (ICE, emulators, debuggers, etc.)

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Case Study on Springback Reduction Using AF-Sigma <Part 1>

Case Study on Springback Reduction Using AF-Sigma <Part 1>

Introduction to the application and optimization of springback suppression shapes on wall surfaces.

This article introduces a case study that systematically addresses springback reduction by combining AutoForm-Sigma with shape modification functions, focusing on ultra-high-strength structural members with a hat cross-section. In the first half of this article, we discuss the background and methods of the initiative, as well as the processing steps, including the initial case study on imparting and optimizing springback suppression shapes on wall surfaces. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

  • Other CAD related software

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[Customer Case] Achieving "One Shot" in Prototype Mold Production for Small Lots and Diverse Products

[Customer Case] Achieving "One Shot" in Prototype Mold Production for Small Lots and Diverse Products

Achieved "one-shot trial" in about 70% of the total! Realized an average reduction of 4 days in construction time and a decrease in man-hours.

We would like to introduce a case study on the implementation of "AutoForm-Compensator" for correcting mold shapes based on the calculation results of springback. At Saitama Body Co., Ltd., which specializes in prototype production and parts manufacturing for four-wheeled and two-wheeled vehicles, the correction of anticipated springback has become a challenge in the production of molds for prototypes using high-strength steel sheets ranging from 590MPa to 1200MPa, which have been on the rise in recent years. Currently, after modeling in CAD, the correction for anticipated springback is incorporated into the mold model, which is modified and created based on simulation analysis results, all executed within AutoForm's simulation to reduce labor hours. [Case Overview] - The increase in high-strength and ultra-high-strength steel sheets has made the correction of anticipated springback a challenge. - The speed of correction is crucial for small-lot, diverse prototype molding. - A significant reduction in lead time and labor hours has been achieved with "one-shot trials" in about 70% of the presses. - Satisfaction with analysis speed, with expectations for further improvement in analysis accuracy. *For more detailed information about the case, please refer to the related links. Feel free to contact us for more details.

  • Other CAD related software

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Case studies on efforts to improve analysis accuracy using reverse engineering techniques.

Case studies on efforts to improve analysis accuracy using reverse engineering techniques.

Introducing a case study on efforts to improve analysis accuracy using AutoForm-ProcessDesignerForCATIA.

In recent years, reverse engineering of molds has played an important role in product development and production processes. Molds significantly impact product quality, cost, and delivery time; however, much of the manufacturing process still relies on craftsmanship, and there are various challenges in the efficiency and digitalization of mold development. For example, there may be inconsistencies between molds that have been hand-finished on-site and mold development data, or even if one wants to verify defects or improvements of existing molds on 3D digital data, there may be no data that matches the actual product. Additionally, maintaining repeat molds can require excessive labor hours. This article introduces efficient mold reverse engineering methods and application examples utilizing our solutions. *For more details, please refer to the related links. Feel free to contact us for more information.

  • simulator

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Production Management SPENCER

Production Management SPENCER

Comprehensive management of all plans and executions from procurement to production and logistics.

This is a web-based production management solution that encompasses essential production planning functions, production performance management functions, and cost management functions (optional), allowing for centralized management of all information related to production.

  • Production Management System

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What are the 7 common challenges in the manufacturing industry? [Presentation of explanatory materials]

What are the 7 common challenges in the manufacturing industry? [Presentation of explanatory materials]

What should the ideal state be to improve issues? Introducing Autodesk's collection for the manufacturing industry.

This document introduces seven common challenges in the manufacturing industry. In addition to the ideal state for improving various issues such as design changes, understanding shapes, and ensuring information consistency between departments, it also includes specific improvement proposals. Additionally, we offer a lineup of Autodesk manufacturing collections such as "AutoCAD" and "Inventor Professional." We invite you to read it. [Contents] ■ Seven common challenges in the manufacturing industry ■ This is the ideal state for improving the seven challenges! ■ Improvements can be made with Autodesk manufacturing collections! *For more details, please refer to the PDF document or feel free to contact us.

  • Other CAD related software

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Save CPU time using HEXPRESS/ Hybrid [Case Study]

Save CPU time using HEXPRESS/ Hybrid [Case Study]

[Free Case Study Presentation] Introducing the case study of Honda R&D, which reduced CPU time and engineering time.

This is an introduction to a case study implemented at Honda R&D. Previously, various commercial mesh creation tools from other companies were used, but the quality of the viscous layer often diverged, leading to dissatisfaction. Therefore, we switched to our 'HEXPRESS/Hybrid'. As a result, not only were these issues resolved, but CPU time was reduced to one-third, and engineering time was shortened to 30 minutes per mesh. [Case Study] ■Challenges - The quality of the viscous layer often diverged, leading to dissatisfaction. - It was difficult to become proficient. ■Effects - CPU time was reduced to one-third. - Engineering time was shortened to 30 minutes per mesh. - Turnaround time was reduced. - It became possible to research many designs in a short time. *For more details, please refer to the PDF document or feel free to contact us.

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  • Other network tools

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[Information] Japan Cadence NUMECA Sales Team Automatic Mesher

[Information] Japan Cadence NUMECA Sales Team Automatic Mesher

Generate and output a flat surface along the exterior of the cabin! Introduction to the AutoSeal feature of the automatic mesher by the Japan Cadence NUMECA sales team.

This document introduces the AutoSeal (automatic closing surface generation) feature of the Japan Cadence NUMECA sales team’s automatic mesher. It includes an overview of the "AutoSeal feature," "Automatic Closing Surface Generation: AutoSeal," and "How to Use," along with images. Please take a moment to read it. [Contents] ■ Overview of AutoSeal feature ■ Automatic Closing Surface Generation: AutoSeal ■ How to Use ■ Closing Process Example (Original Shape) ■ Closing Process Example (Automatically Generated Processing Surface) ■ Closing Process Example (After Filling Holes) *For more details, please refer to the PDF document or feel free to contact us.

  • Other network tools

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Japan Cadence NUMECA Sales Team Automatic Mesher

Japan Cadence NUMECA Sales Team Automatic Mesher

Up to approximately 5 billion cells, supporting about 3000 parallel processes! Introduction of the distributed parallel function of the automatic mesher by the Japan Cadence NUMECA sales team.

This document introduces the distributed parallel functionality of the Japan Cadence NUMECA sales team's automatic mesher. It includes sections such as "Overview of Distributed Parallel Functionality," "Automatic Mesher: Distributed Parallel Functionality (Overview of Domain Division)," and "Examples of Automatic Mesher Applications: Distributed Parallel Functionality," all illustrated with images. We encourage you to read it. [Contents] ■ Overview of Distributed Parallel Functionality ■ Automatic Mesher: Distributed Parallel Functionality (Overview of Domain Division) ■ Examples of Automatic Mesher Applications: Distributed Parallel Functionality *For more details, please refer to the PDF document or feel free to contact us.

  • Other network tools

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[Webinar] Improve productivity with the new version of OMNIS!

[Webinar] Improve productivity with the new version of OMNIS!

Webinar on June 23, 2021 (Wednesday) at 11 PM! There will be an opportunity to ask questions to experts.

Please try the new version of OMNIS, which features a new particle solver, mesh generation using the S2V method, and over 100 other new functionalities. In the live webinar, you will have the opportunity to experience the power of this software and ask questions to experts. [Content of this webinar] ■OMNIS/Hexpress ■OMNIS/AutoGrid ■OMNIS/Turbo ■OMNIS/Open ■OMNIS/Mpacts It also includes many other features. *For more details, please refer to the related link page or feel free to contact us.

  • Technical Seminar

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High-frequency/High-speed transmission design support software

High-frequency/High-speed transmission design support software

Extracting S-parameter data from the measurement data of the entire mounting fixture is easy!

"In Situ De-embedding (ISD)" is software that allows for the de-embedding of measurement data from the entire fixture containing the device under test, enabling the extraction of S-parameter data for the device under test with very simple operations. Additionally, during the de-embedding process, the S-parameters are corrected in the time domain, resulting in outcomes that satisfy passivity and causality. 【Features】 ■ Compared to other methods such as the general TRL method, it allows for the easy and accurate extraction of data for the device under test. ■ It can be used for high-frequency components such as capacitors, inductors, resistors, filters, ICs, multi-terminal components like differential devices and high-speed transmission connectors, as well as high-frequency elements measured on-wafer, all of which are evaluated using S-parameters. *For more details, please download the PDF or feel free to contact us.

  • Software (middle, driver, security, etc.)
  • Other measurement, recording and measuring instruments

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