Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
151～180 item / All 10976 items
We will clearly introduce the features of CADPAC 3D through video and audio.
In this video, we will transfer the part drawings created in CADPAC 2D to 3D and use them as sketches for 3D modeling. By utilizing past assets, we can efficiently create 3D models without errors.
We will clearly introduce the features of CADPAC 3D through video and audio.
CADPAC 3D can import raw data from many other companies' 3D CAD systems. In this video, we will read CATIA data and model it using CADPAC 3D. In addition to CATIA, most of the 3D CAD data commonly used in the market can be input, so there is no need to purchase the same 3D CAD software as your business partners, which offers excellent cost performance.
We will clearly introduce the features of CADPAC 3D through video and audio.
This is an introduction to how to model using CADPAC 3D. You can use drawings created in CADPAC 2D as sketches or efficiently model using the standard 3D machine parts provided.
We will clearly introduce the features of CADPAC 2D through video and audio.
We will introduce a feature that allows you to easily select and place purchased parts from a library using mechanical options and JIS mechanical parts. The length under the head of the bolt is automatically calculated and placed. Additionally, when adding annotations to parts, it is convenient as the model number can be automatically imported and noted.
We will clearly introduce the features of CADPAC 2D through video and audio.
I will introduce the procedure for creating part drawings from assembly drawings. I will also introduce the convenient drawing features and frame functions of CADPAC.
We will clearly introduce the features of CADPAC 2D through video and audio.
We will introduce a method to automatically calculate the accurate belt length by using the belt simulation function and specifying the tension and pulley positions.
We will clearly introduce the features of CADPAC 2D through video and audio.
We will introduce how to easily create partial enlargement drawings using the layer function, as well as the operation of automatically counting the number of holes and adding annotations.
We will clearly introduce the features of CADPAC 2D through video and audio.
This is a revolutionary new feature that allows for accurate "drawing verification," "part breakdown," and "assembly" with simple operations, which were difficult to achieve with conventional 2D CAD.
This is an invitation to an online seminar aimed at those who are using 2D CAD and are wondering what changes would occur if they incorporated 3D design.
In recent years, overseas companies have achieved remarkable growth, and as you may know, global competition has become intense. Along with this, design tools have also been evolving. While it may be possible to design without any issues in 2D, there are likely some problems associated with relying solely on 2D design, such as: 1. Difficulty in accurately and quickly conveying complex 2D conceptual drawings and component information. 2. Challenges in detecting issues like interference, leading to rework and delays in delivery. 3. Increased time spent on creating and revising drawings with each iteration of design trial and error. However, many of you may be concerned about whether the transition from 2D design to 3D design can be smooth. In this seminar, we will cover: 1. The benefits of transitioning to 3D. 2. Intuitive 3D modeling with a 2D mindset. 3. Prevention of simple mistakes that occurred in 2D. 4. Things that are difficult in 2D becoming easy in 3D. 5. Effectively utilizing both 2D and 3D to enhance design quality. We will showcase a demonstration of 3D modeling that leverages 2D drawing assets, highlighting a "seamless transition to 3D" that takes advantage of the strengths of both 2D and 3D.
Create a 3D model from the conceptual diagram of 2DCAD. Editing and modifications can be intuitively operated with direct modeling using 'CADPAC-CREATOR'.
"Can we smoothly transition from 2D design to 3D design? What changes will occur once we incorporate 3D design?" There may be 2D CAD designers who are pondering these questions. With CADPAC-CREATOR, instead of jumping straight into 3D design, we first create the necessary 3D models using 2D conceptual drawings, and then we conduct detailed design within the 3D environment. CADPAC-CREATOR enables a "natural transition to 3D" that leverages the strengths of both 2D and 3D. ▼Benefits of Introducing CADPAC-CREATOR▼ - Intuitive 3D modeling with a 2D mindset - Prevention of simple mistakes that occurred in 2D - What is difficult in 2D becomes easy in 3D - Effective use of both 2D and 3D to improve design quality
A design support tool with proven results in semiconductor inspection equipment! The model and layout reflect each other in real-time, speeding up product development!
"CADPAC 3D" is a design tool that supports the entire process from idea generation to design, prototyping, productization, and mass production. The most important aspect of productization is the two-way communication between the "designer" and the "manufacturer." It features a function called "concurrent design," which allows for designing using both models and layouts, eliminating mistakes, enabling quick corrections, and facilitating feedback to the manufacturer! 【Features】 ■ Allows direct creation and editing of 3D models in accordance with user intent, without being constrained by history or constraints. ■ Enables the use of wires, surfaces, and solids in the same space. ■ Contains both model mode and layout mode within the same file, reflecting changes in real-time. The PDF download includes case studies using this tool for semiconductor inspection equipment, tone arms, speakers, and more. *For more details, please download the PDF or contact us directly.
"Struggles with high-performance 3D" and "Exhausted from CATIA data modifications"... Presenting case studies from three companies that solved on-site issues! What is the design method that doesn't waste 2D assets?
Many sites face the "barrier of 3D conversion" and "data integration challenges." We are currently offering a free collection of case studies filled with specific episodes that have overcome these issues. This document includes the following three solution cases. ■ Overview of Case Studies 【Utilization of 2D Assets】 - A case study of a welding jig manufacturer that dramatically improved design efficiency by effectively utilizing past 2D drawing assets after initially failing with the introduction of a high-functionality constraint and history-type 3D CAD. 【CATIA Data Integration】 - A case study in press mold design that reduced "surface loss" and modification man-hours caused by IGES conversion when receiving CATIA data from clients, enabling direct editing of raw data. 【Reduction of Jig Creation Man-Hours】 - A case study where even those with no 3D experience or beginners intuitively created complex freeform plating jigs from provided 3D data, achieving 3D printing. Why is CADPAC chosen for its "intuitive operation" and "2D-like usability"? You will learn how to choose 3D tools that won't lead to failure. *For more details, please download the PDF or contact us directly.
It is motion control software that operates on a PC.
This is motion controller software that operates on a PC. It enables high-speed and precise motion control. Control is possible from Windows programs (C/C++, Visual Basic, C#), INtime programs, and PLC programs (INplc ladder language). The field bus supports EtherCAT and MECHATROLINK.
You can intuitively generate EtherCAT definition files (ENI) through GUI-based operations.
To create the configuration information file (ENI file) for EtherCAT slave devices used with our EtherCAT master software products "RSI-ECAT" and "RSW-ECAT," you will use the dedicated configurator software "RSI-ECAT-Studio." RSI-ECAT-Studio automatically detects and recognizes the connection configuration. After that, you can perform the definition adjustment work graphically. Even if you are new to EtherCAT, you can generate ENI files with an easy-to-understand operation.
DesignWorks Schematic Editor for Windows ver.5
The logic circuit design software "DesignWorks SchematicEditor for Windows," known for its easy operation and high performance and reliability, has been upgraded to version 5.0. Version 5 includes significant improvements such as enhanced schematic editing features and the addition of powerful macro functions using JavaScript. - Added a powerful macro function utilizing JavaScript that can be used for all design data and operations. This can automate various tasks, generate devices, and be used for all purposes including design editing, analysis, and simulation. - Added a display panel feature using HTML that works in conjunction with the new macro function. - Added a command to attribute any collection of schematic elements such as frequently used symbol groups and title blocks. - Added a feature to automatically open specified libraries upon application startup. - Added a feature to display the entire schematic as a single element within the parts library for use. - Made it easier to call external applications. - Expanded the library (parts list). - Added other commands and features.
Keynote Speech by Professor Emeritus Eiichi Murakawa, Osaka University, Introduction of User Cases, Presentation of the Latest Features of Welding Distortion Analysis ASU/WELD-Express.
【~Prospects of Welding CAE and User Cases~ ASU/WELD Latest Technology Seminar】 Date: November 21, 2025 (Friday) Doors open at 12:45, Starts at 13:00 Location: TKP Shinagawa Conference Center 9th Floor, Hall 9A + 9B Overview: Keynote speech by Professor Emeritus Eiichi Murakawa from Osaka University, User case of ASU/WELD by Mr. Takafumi Kato from Yutaka Giken Co., Ltd., Introduction of the latest features of welding strain analysis from our company 13:00–13:10 Opening remarks 13:10–14:00 Keynote speech by Professor Emeritus Eiichi Murakawa, Osaka University 14:00–14:35 ASU/WELD User Case by Mr. Takafumi Kato, Yutaka Giken Co., Ltd. 14:35–15:10 Introduction of the latest features of ASU/WELD-Express for welding strain analysis 15:10–15:25 Break 15:25–16:15 Special lecture by Mr. Yasunori Shibata, Subaru Corporation Register here: https://docs.google.com/forms/d/e/1FAIpQLSdQ3CUAXO7ktUD0RMRMTWXUsXGYFO3aSzYJJTiTzf25ZoQ-dA/viewform
![[ASU/V-Struct Implementation Case] Kasai Industrial Co., Ltd.](https://image.mono.ipros.com/public/product/image/37320/IPROS3455723080311674772.png?w=280&h=280)
Technical data presentation in progress! Practical application of simulation technology for improving the automotive headlining molding process.
We would like to introduce a case study of the implementation of the structural analysis software 'ASU/V-Struct' at Kawanishi Industrial Co., Ltd., a global comprehensive manufacturer. At the company, due to the viscoelastic nature of the headlining (ceiling material) molding, it was difficult to make predictions through simulations, resulting in significant time and costs for evaluations using actual parts, which posed challenges to development speed. After the implementation, factors related to moldability were identified, and pre-simulation evaluations became possible, leading to a significant improvement in production stability, with almost no need for rework after molding. Details of the expected effects of CAE and the development overview are available in the PDF document, so please take a look. [Challenges] ■ Significant time and costs incurred for evaluations using actual parts ■ Increased demand for further improvement in development speed *For more details, please download the PDF or feel free to contact us.
![[Data] ASU/V-STRUCT Rivet Analysis](https://image.mono.ipros.com/public/product/image/37320/IPROS2971968683397601791.png?w=280&h=280)
Presentation of technical materials! Introducing examples of software suitable for structural analysis considering deformation contact.
In this document, we introduce a case study of the contact analysis of three deformed bodies, specifically focusing on "crimping of hoses." In molding that combines multiple parts, it becomes necessary to calculate the contact between the deformed bodies in order to observe the deformation of the various parts. Our "ASU/V-Struct" is skilled in analyzing such deformed body contacts and can stably solve problems that do not converge with conventional static implicit methods. We have included an overview and analysis examples explaining crimping, along with illustrations, making it easy to reference during the consideration of implementation. We encourage you to take a look. [Contents] ■ Introduction ■ Overview ■ Analysis Results ■ Conclusion *For more details, please download the PDF or feel free to contact us.
![[CAE Solution Case] Visualization of Vacuum/Pressure Forming](https://image.mono.ipros.com/public/product/image/37320/IPROS14472302785917242786.png?w=280&h=280)
Technical documentation presentation in progress! Achieving reduction of rework through ASU/V-Struct analysis.
We would like to introduce a CAE solution case using the structural analysis software 'ASU/V-Struct' for the visualization of vacuum/pressure forming. In vacuum/pressure forming, heated resin sheets are molded by adhering them closely to a mold. As a result, variations in the thickness of the molded products can easily occur, and if the thickness becomes extremely thin, issues such as insufficient strength arise, leading to defective products. Additionally, defects such as wrinkles can occur in the molded products. If such problems can be identified and addressed in advance through analysis, it can reduce rework related to defects and help control labor costs. We provide detailed information about our products and services in a PDF document, so please take a look. [Case Summary (Partial)] ■Challenges - Unable to predict the thickness of the molded products - Want to understand how the material adheres to the mold - Defective products have emerged, and we want to investigate/improve *For more details, please download the PDF or feel free to contact us.
[New Features and Practical Examples of Actual Machine Comparisons] 3D Resin Injection Molding Software that Effectively Addresses Warping and Shrinkage at a Practical Level.
"ASU/MOLD" is a resin injection molding simulation software that analyzes the resin injection molding process with high speed and precision, leading to solutions for various challenges that arise in mold design and molding sites. It visualizes processes from filling to warpage, shrinkage analysis, and mold cooling using 3D solids, delivering results with high accuracy in a short time. It is utilized in various stages from product design to mold manufacturing and molding sites. We offer a lineup that includes "ASU/MOLD-EX" and "ASU/MOLD-EX Pro," which incorporates features such as mold temperature analysis and valve gate functionality. 【2023 Edition EX Pro New Features】 - Mesh density function - Gas venting - High-speed warpage analysis - Rendering function 【Features】 - High-precision solver validated by actual machine testing - Analysis using 3D solid elements with minimal geometric errors - Shortened processing time through high-speed and robust computing capabilities - Easy operation with dedicated automatic mesher and process setting functions - Reduction of development time, cost savings, and quality improvement Please check from the download.
The new "ASU/MOLD-EX STD," a cost-effective version from the high-speed, high-precision resin flow analysis software ASU/MOLD series, has arrived!
The affordable ASU/MOLD-EX STD has newly launched in the popular resin flow analysis software series "ASU/MOLD." It maintains the calculation speed and accuracy of the conventional "ASU/MOLD" series while allowing designers to choose the necessary functions. This product is priced competitively. Anyone can easily and intuitively analyze filling behavior and product warpage efficiently. It enables consideration and countermeasures for issues, significantly reducing rework and modifications.
ToolBox for hyperspectral image analysis software by perClass
The classification of hyperspectral images (classifier) can be deployed from a research prototype to a production environment using perClass, which can be embedded into machines in just a few minutes with its unique execution runtime. It runs classification (classifier) in real-time without additional programming. This allows for quick testing of improved solutions in a production environment, significantly reducing development time. It can be deployed to C/C++, OpenCV, .Net, LabView, HALCON, Cognex Vision Pro, Matlab compiler, MS SQL Server, etc.
IOI Corporation's SOFTWARE 2ndLook
SecondLook is software that prioritizes ease of use, based on the experience of IOIndustries, which has been developing software and hardware for video recording for over 20 years. The simplified user interface focuses on quickly obtaining the necessary video. The new "Record" and "Review" displays separate the two main operations, showing the appropriate controls as needed. By instantly displaying live video, it allows for easy verification of whether the system is properly configured. A bar that shows recording time and capacity at a glance provides instant assurance that long-term tests have been successfully completed.
IOI Corporation's STREAMS 7 SOFTWARE
IO Industries' Streams 7 is the latest PC-based video capture software for advanced imaging and testing environments. It is designed to record and process all types of data. It can capture from a wide range of high-speed CMOS cameras, high-resolution CCD cameras, multispectral and infrared cameras using Camera Link, GigE Vision, CoaXPress, and USB interfaces. An increasing list of supported devices also includes GPS receivers, IRIG-B receivers, and inertial navigation systems.
I really turned 3D into 2D with just 10 mouse clicks!!
DesignFLowExtractor allows for shape verification of 3D data and angle correction, unlike regular 3D CAD! It can quickly expand into 2D data! It is available for a wide range of fields, including sales and materials personnel in the mold industry. With just 10 clicks, you can create 2D drawings from 3D data. For other features and details, please feel free to contact us for catalog downloads, inquiries, or trial versions. Marble Inc. Embedded Product Division, Product Business Department Phone: (03) 3419-6011
User-friendly and low-cost finite element method analysis
Finite Element Method analysis software targeting 2D! "Trial version available with full functionality for 15 days" For other features and details, please feel free to download the catalog or contact us with any questions. ■ Contact Marble Inc. Embedded Products Division, Product Business Department Phone: (03) 3419-6011
Plugin for CADSUPERWorks! Incredible machining speed and dramatic tool longevity with SolidCAM's iMachining!
CADSUPERWorks is the result of combining the globally proven SOLIDWORKS with the user-friendly and well-regarded "CADSUPER," creating CADSUPERWorks. Additionally, it is now possible to plug in the new CAM software feature 'iMachining,' allowing us to provide not only design but also innovative machining technologies. iMachining features a unique machining path called "Morphing Spiral" developed by SolidCAM, which enables astonishingly high-speed machining and significantly extends tool life by controlling cutting loads. Tests conducted showed that machining time was reduced to one-fiftieth compared to conventional methods, with minimal tool wear or damage compared to traditional machining paths. This is particularly effective for difficult-to-machine materials such as stainless steel (SUS) and hardened materials (SKD, SKS), as well as for workpieces with high cutting volumes.
