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Achieving parallel consideration of mechanics and control! 3D CAD suitable for automotive equipment design.

Achieving parallel consideration of mechanics and control! 3D CAD suitable for automotive equipment design.

Achieving front-loading in automotive equipment development, including control and robot verification! Ultra-fast response 3D CAD that smoothly handles large-scale data.

In the automotive industry, there is a demand for the rapid market introduction of new vehicles, which requires the development of automotive production equipment with short lead times and high quality. Additionally, not only mechanical design but also PLC simulation of equipment and welding robot simulation are becoming more complex, leading to efforts for pre-validation using simulators. However, general simulation software requires conversion of CAD data, which necessitates reconfiguration of mechanisms and IO information each time there is a design change. This makes it difficult to conduct parallel considerations in line with design progress, and many customers may have given up on this. To solve this issue, it is important to achieve control debugging and robot simulation directly on 3D CAD. COLMINA Design and Manufacturing Support iCAD SX can handle vast amounts of data, including operation and control information of large-scale models, with ultra-fast response times of processing 3 million parts in 0.2 seconds. It allows for control debugging and robot simulation directly on CAD. This enables an earlier start on control design, shortening the equipment development period and achieving front-loading. ▶ A special site is currently offering limited access to <case studies>! 　　 ↓↓↓

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[Explanation] Supervised by the developer: "Shortening L/T of equipment development through collaboration between mechanics and control."

[Explanation] Supervised by the developer: "Shortening L/T of equipment development through collaboration between mechanics and control."

Analysis of rework occurring during the installation of mechanical equipment - A comprehensive explanation from concurrent control design to the end! 【*Free technical materials supervised by the developer are currently available!】

Deep dive into the challenges and background of control debugging conducted during machine installation. We will explain the concepts for realizing 'Manufacturing DX,' which can solve issues related to tight deadlines, such as the concurrent design of control systems and simulation methods utilizing 3D data. 【Do you have these concerns?】 ◆ The machine behaves unexpectedly and gets damaged ◆ Additional specifications arise during installation, requiring overtime work ◆ The preparation for control simulators is difficult, leading to abandonment 【Overview of the publication】 ◆ Challenges in control design aimed at shortening manufacturing lead time ◆ Identifying additional specifications that arise during installation in advance ◆ Considerations for preliminary discussions at the design stage and practical application in real operations 【How to download】 * You can obtain it from the [PDF Download] at the bottom of the text.

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What is the 3D CAD required for semiconductor manufacturing equipment design?

What is the 3D CAD required for semiconductor manufacturing equipment design?

3D CAD that achieves a reduction in lead time for semiconductor equipment development! Realizing ultra-fast response capable of handling 3 million parts in 0.2 seconds.

In recent years, the development of semiconductor manufacturing equipment has seen a significant increase in the complexity of required functions, resulting in a vast number of components being handled. Consequently, the biggest challenge has become how to efficiently arrange various mechanical devices within a limited space. 'iCAD SX V8' is a domestically developed 3D CAD specialized for mechanical design, created to support Japanese manufacturing. iCAD achieves high-speed response, capable of handling 3 million components in 0.2 seconds, allowing for stress-free design consideration and verification of the entire semiconductor manufacturing equipment, which can involve tens of thousands of parts. Leveraging its ability to manage vast amounts of information, it is possible to accumulate and utilize all necessary design information for equipment development, including piping, wiring, and control (movement), into a single CAD data set. This single data set can be used across various scenarios and departments, from design to manufacturing, assembly, and maintenance. *Case studies from semiconductor manufacturing equipment manufacturers are available for limited viewing on a special website. Please click the link below to download.

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What is 3D CAD that realizes shorter delivery times and higher quality for machine tools and processing machines?

What is 3D CAD that realizes shorter delivery times and higher quality for machine tools and processing machines?

Reduce rework in the later stages! A 3D CAD that can detect and correct defects during the design phase.

Currently, in the market for machine tools and processing machines, there is an increasing demand for high-quality products with short delivery times. Instead of repeatedly prototyping to ensure quality, it is important to discover and correct defects during the design phase to reduce rework. iCAD achieves high-speed response capable of handling 3 million parts in 0.2 seconds. It can manage the entire assembly even for large machine tools, accumulating and utilizing various information, including motion and electrical/control data. For example, confirming movements through device models and utilizing electrical circuit diagrams for automatic wiring routing allows considerations that were traditionally done with physical machines to be conducted during the design phase. This prevents damage to actual machines due to dynamic interference and increases in man-hours due to on-site wiring path adjustments, enabling the production of high-quality machines with short delivery times. ＼ Customer case studies are exclusively available on the <Special Site>! ／ 　▶ Click on the Special Site and download now! 　　↓↓↓

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[Explanation] Supervised by the developer: "Shortening L/T of equipment development through collaboration between mechanics and control."

[Explanation] Supervised by the developer: "Shortening L/T of equipment development through collaboration between mechanics and control."

Analysis of rework occurring during the installation of mechanical devices - A comprehensive explanation from concurrent control design! 【*Free technical materials supervised by the developer are currently available!】

Deep dive into the challenges and background of control debugging conducted during machine installation. We will explain the approach to achieving 'Manufacturing DX', which can solve issues related to deadline pressure, such as concurrent control design and simulations utilizing 3D data. 【Do you have any of these concerns?】 ◆ The machine operates unexpectedly and gets damaged ◆ Additional specifications arise during installation, requiring overtime work ◆ The preparation for control simulators is so difficult that it is abandoned 【Overview of the publication】 ◆ Challenges in control design aimed at shortening manufacturing lead time ◆ Identifying additional specifications that arise during installation in advance ◆ Considerations for preliminary discussions at the design stage and practical application in real work 【How to download】 * You can obtain it from the [PDF Download] at the bottom of the text. ☆Announcement☆ iCAD Forum Autumn 2024 has been decided! "Experts in machine design" will honestly explain the use of 3D. This time, you will have the chance to hear real cases about applying debugging without physical machines!

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