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CAD Product List and Ranking from 151 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jul 15, 2026～Aug 11, 2026
This ranking is based on the number of page views on our site.

CAD Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 15, 2026～Aug 11, 2026
This ranking is based on the number of page views on our site.

  1. iCAD - 機械設計向け3DCAD（3次元CAD）開発元 - Tokyo//CAD/CAM
  2. ECAD Solutions Co., Ltd. Saitama//CAD/CAM
  3. マーブル　 エンベデッドプロダクト事業本部　プロダクト事業部 Tokyo//IT/Telecommunications
  4. 4 Design Creation Inc. Tokyo//software
  5. 5 進和電機 Aichi//Consumer Electronics
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CAD Product ranking

Last Updated： Aggregation Period:Jul 15, 2026～Aug 11, 2026
This ranking is based on the number of page views on our site.

  1. Electrical design CAD 'Unidraf X / Unidraf G' 進和電機
  2. Mastering 2D! 【 MICRO CADAM Helix 】 CAD SOLUTIONS 本社
  3. 2D3D Integrated CAD CADPAC-CREATOR [Free Trial Version] Design Creation Inc.
  4. 4 Electric CAD "Tried ECAD DCX!" 1 ECAD Solutions Co., Ltd.
  5. 5 3D CAD for Aluminum Products 'apdX' SUS

CAD Product List

451～480 item / All 552 items

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Aerospace 2D and 3D Integrated CAD

Aerospace 2D and 3D Integrated CAD

Integrating advanced 3D design and free 2D drawing creation into aerospace vehicle modeling.

In the aerospace industry, aircraft modeling requires accurate reproduction of complex shapes and the creation of detailed drawings necessary for manufacturing and maintenance. Particularly, since it directly relates to the safety and performance of the aircraft, precise modeling during the design phase and the consistency of complementary drawings are crucial. Inconsistencies or design oversights can lead to development delays, increased costs, and even safety issues. CADSUPERWorksII addresses these challenges by coexisting advanced 3D design environments with highly flexible 2D design/drawing creation environments, enabling efficient and accurate aircraft modeling. 【Usage Scenarios】 - 3D modeling of complex aerospace aircraft shapes - Streamlining drawing revisions due to design changes - Creation of 2D drawings usable in manufacturing settings - 3D modeling utilizing past drawing assets 【Benefits of Implementation】 - Improved design accuracy - Reduced development time - Decreased rework - Enhanced collaboration with manufacturing processes

  • 3D CAD
  • CAD

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2D/3D Integrated CAD for Machine Manufacturing

2D/3D Integrated CAD for Machine Manufacturing

Advanced 3D design and flexible 2D drawing environment that supports structural analysis.

In the mechanical manufacturing industry, when conducting mechanism analysis, accurate modeling of complex mechanisms and the ability to create detailed drawings necessary for analysis are required. In particular, efficiently creating 3D models suitable for analysis while effectively utilizing existing design assets leads to reduced development time and improved accuracy. CADSUPERWorksII provides a 2D drawing creation environment that combines an advanced three-dimensional design environment with unique modeling techniques that meet on-site demands to address these needs. 【Usage Scenarios】 - 3D modeling utilizing existing 2D drawing assets - Creation of 3D models suitable for mechanism analysis - Creation of 2D drawings reflecting analysis results 【Benefits of Implementation】 - Improved accuracy of mechanism analysis - Streamlined design and analysis processes - Effective utilization of past drawing assets

  • 3D CAD
  • CAD

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Integrated 2D/3D CAD for Plants

Integrated 2D/3D CAD for Plants

Integrated CAD for streamlining plant piping layout design.

In the plant industry, piping layout design requires an accurate understanding of complex piping routes, interference checks with existing equipment, and the creation of detailed drawings that consider on-site constructability. Particularly, meticulous examination during the design phase is essential to maintain the safety and operational efficiency of the plant. CADSUPERWorksII integrates an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, addressing these challenges in plant piping layout design. 【Usage Scenarios】 - Design for updating and expanding existing plant piping - Consideration of piping layout for new plants - Creation of drawings for on-site constructability verification 【Benefits of Implementation】 - Reduction of rework due to improved design accuracy - Efficient design work through the integration of 3D models and 2D drawings - Flexible drawing creation tailored to on-site needs

  • 3D CAD
  • CAD

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Integrated 2D and 3D CAD for Shipbuilding

Integrated 2D and 3D CAD for Shipbuilding

2D/3D integrated CAD supporting hull structure design

In the shipbuilding industry, particularly in the design of hull structures, there is a demand for modeling complex shapes and creating detailed 2D drawings that can be utilized in the manufacturing process. Leveraging past drawing assets and employing modeling techniques tailored to on-site needs are crucial. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, thereby supporting efficient and accurate hull structure design. 【Usage Scenarios】 - 3D modeling utilizing existing 2D drawing assets - Efficient creation of 2D drawings from 3D models - Modeling according to on-site requirements 【Benefits of Implementation】 - Reduction in design man-hours - Improvement in drawing accuracy - Effective utilization of past assets

  • 3D CAD
  • CAD

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2D and 3D Integrated CAD for Industrial Robots

2D and 3D Integrated CAD for Industrial Robots

Integrated CAD for supporting the design of industrial robot arms.

In the design of industrial robot arms, both the modeling of complex mechanisms and the creation of detailed drawings that can be utilized in manufacturing environments are required. In particular, accurately understanding the range of motion, checking for interference between parts, and creating drawings that consider ease of assembly in the manufacturing process directly impact product quality and production efficiency. CADSUPERWorksII is an integrated CAD solution designed to meet the advanced demands of industrial robot arm design. 【Usage Scenarios】 - Creation of 3D models of robot arms - Arm design utilizing existing 2D drawings - Creation of 2D drawings for manufacturing environments - Interference checks between parts 【Benefits of Implementation】 - Improved design efficiency - Reduction of design errors - Strengthened collaboration with manufacturing processes - Effective utilization of past drawing assets

  • 3D CAD
  • CAD

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2D/3D Integrated CAD for Food Machinery

2D/3D Integrated CAD for Food Machinery

Integrated CAD system that supports hygienic design of food machinery.

In the food machinery industry, designs that meet hygiene standards are required. In particular, a design environment that can accurately express details is important for parts design that considers cleanability and washability, as well as the overall layout design of the manufacturing line. Inadequate design can increase hygiene risks and potentially affect the quality and safety of products. CADSUPERWorksII addresses these challenges by efficiently performing detailed modeling and drawing creation necessary for hygienic design. 【Usage Scenarios】 - Modeling of part shapes to meet hygiene standards - Layout design of manufacturing lines considering cleaning and sanitation - Design verification through 3D modeling using existing drawings 【Benefits of Implementation】 - Improved accuracy of hygienic design - Reduction in design man-hours - Support for compliance adherence

  • 3D CAD
  • CAD

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2D and 3D Integrated CAD for Automotive Parts Design

2D and 3D Integrated CAD for Automotive Parts Design

Integrated CAD that balances 3D design and 2D drawing creation.

In the automotive parts industry, both advanced 3D design environments for complex part designs and highly flexible 2D drawing creation environments for collaboration with manufacturing sites are required. In particular, leveraging existing 2D drawing assets and modeling methods tailored to on-site needs are essential for improving development efficiency. CADSUPERWorksII addresses these challenges and supports the process from design to manufacturing through seamless integration of 3D models and 2D drawings. 【Usage Scenarios】 - When you want to streamline drawing creation primarily using 3D models. - When you want to effectively utilize existing 2D drawing assets and advance to 3D. - When you want to incorporate modeling methods that meet on-site requirements. 【Benefits of Implementation】 - Reduction in drawing creation time from 3D models. - Increased efficiency in design by utilizing past drawing assets. - Flexible design responses tailored to on-site needs.

  • 3D CAD
  • CAD

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Aerospace 2D/3D Integrated CAD

Aerospace 2D/3D Integrated CAD

An optimal 3D design and 2D drawing creation environment for aerospace vehicle modeling.

In the aerospace industry, aircraft modeling requires accurate design of complex shapes and the creation of detailed drawings necessary for manufacturing and maintenance. In particular, ensuring the safety and performance of the aircraft necessitates a combination of advanced 3D design capabilities and flexible 2D drawing creation functions that respond to on-site needs. CADSUPERWorksII is an integrated CAD system that meets these requirements. 【Usage Scenarios】 - Modeling complex shapes of aerospace aircraft - Streamlining drawing revisions due to design changes - Creating 2D drawings usable in manufacturing environments 【Benefits of Implementation】 - Improved design accuracy - Reduced development time - Effective utilization of design assets

  • 3D CAD
  • CAD

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Integrated 2D/3D CAD for the Electrical Industry

Integrated 2D/3D CAD for the Electrical Industry

Integrated 2D/3D CAD to streamline circuit board design.

In the electronics industry, particularly in circuit board design, the accuracy of complex wiring and component placement directly impacts product performance. It is essential to create three-dimensional models while effectively utilizing existing two-dimensional drawing assets and to generate two-dimensional drawings that can be used in the manufacturing process. An inadequate design environment can lead to rework and manufacturing issues. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, supporting efficient circuit board design. 【Usage Scenarios】 - Transitioning from existing two-dimensional circuit diagrams to three-dimensional models - Component placement and wiring design from three-dimensional models - Automatic generation of two-dimensional drawings necessary for manufacturing - Rapid response to design changes 【Benefits of Implementation】 - Reduction in design man-hours - Improvement in design quality - Decrease in rework - Strengthening collaboration with the manufacturing process

  • 3D CAD
  • CAD

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Integrated 2D/3D CAD for Shipbuilding

Integrated 2D/3D CAD for Shipbuilding

2D/3D integrated CAD that supports hull structure design.

In the shipbuilding industry, both complex shape modeling and detailed drawing creation are required in hull structure design. In particular, when incorporating the latest 3D designs while utilizing past drawing assets, or when creating 2D drawings that are easy to use on the manufacturing floor, flexible responses are essential. Inconsistent data and drawings that make the design intent difficult to convey can lead to rework and manufacturing errors. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, thereby streamlining the process from design to manufacturing. 【Usage Scenarios】 - 3D modeling utilizing existing 2D drawing assets - Efficient 2D drawing creation from 3D models - Application of modeling methods tailored to site needs 【Benefits of Implementation】 - Reduction in design man-hours - Improvement in drawing creation accuracy - Strengthening collaboration with the manufacturing floor

  • 3D CAD
  • CAD

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2D and 3D Integrated CAD for Industrial Equipment

2D and 3D Integrated CAD for Industrial Equipment

CADSUPERWorksII, which balances 3D design and 2D drawing creation.

In the design of industrial equipment enclosures, both accurate representation of complex mechanical components through 3D design and the creation of detailed drawings that are easy to use in the manufacturing field are required. This importance increases particularly when there is a desire to advance 3D modeling while effectively utilizing existing 2D drawing assets, or when unique modeling methods tailored to on-site needs are necessary. CADSUPERWorksII addresses these challenges by integrating an advanced 3D design environment with a highly flexible 2D design/drawing creation environment, thereby supporting an efficient and flexible design process. 【Usage Scenarios】 - 3D modeling based on existing 2D drawings - Drawing creation from 3D models (such as hidden line processing for only necessary parts) - Modeling according to on-site requirements - Design verification before prototyping 【Benefits of Implementation】 - Reduction in design man-hours - Increased efficiency in drawing creation - Effective utilization of past drawing assets - Improvement in design quality

  • 3D CAD
  • CAD

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2D and 3D Integrated CAD for Medical Devices

2D and 3D Integrated CAD for Medical Devices

CAD that coexists with advanced 3D design and free 2D drawing creation.

In the medical device industry, precise design considering compatibility with the human body and the creation of detailed drawings required in the manufacturing process are crucial. Particularly in the design of devices with complex shapes and areas that come into contact with the human body, high precision and flexible responses are necessary. Inadequate design or drawings can potentially affect the safety and functionality of the product. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, supporting precise design and efficient drawing creation for medical devices. 【Usage Scenarios】 - 3D modeling of complex shapes considering human compatibility - Creation of detailed 2D drawings usable in manufacturing - 3D conversion utilizing existing 2D drawing assets 【Benefits of Implementation】 - Ensured safety through improved design accuracy - Reduced development lead time - Increased efficiency in drawing creation within the manufacturing process

  • 3D CAD
  • CAD

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[For Robots] 2D/3D Integrated CAD

[For Robots] 2D/3D Integrated CAD

Integrated CAD that supports robot motion simulation.

In the robotics industry, complex mechanism design and simulations based on actual operations are required. In particular, the range of motion of robotic arms, interference checks, and operational verification on actual production lines are directly linked to development efficiency and product reliability. Inadequate simulations can lead to rework during the design phase and unexpected issues during actual operation. CADSUPERWorksII integrates an advanced 3D design environment with a highly flexible 2D design/drawing creation environment, efficiently supporting everything from robot design to motion simulation. 【Usage Scenarios】 - Analysis of the range of motion of robotic arms - Interference checks between multiple robots - Motion simulation on production lines - 3D modeling using existing drawings 【Benefits of Implementation】 - Improved design accuracy - Reduced development time - Risk reduction before actual verification - Increased efficiency in drawing creation tasks

  • 3D CAD
  • CAD

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Basic 3D CAD "ZW3D2024 LITE"

Basic 3D CAD "ZW3D2024 LITE"

Perfect for stepping up from 2D CAD! A 3D CAD specialized in mechanical design functions. Now available for 298,000 yen (excluding tax)!

A basic 3D CAD that implements the popular direct converter in ZW3D and achieves a low price of 298,000 yen (excluding tax). By focusing on essential functions, it prioritizes ease of use and memorability. It is ideal for those considering stepping up from 2D design to 3D design, as well as for those seeking an affordable and usable 3D CAD to complement expensive core CAD systems. It can directly read native data from CATIA v4, CATIA v5, NX, Pro/E, Solidworks, Inventor, etc., without converting to intermediate files, making it suitable not only for basic modeling tasks but also for data conversion and viewer-like usage, such as reading client data and coexisting with CAD assets used in-house.

  • 3D CAD
  • CAD

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CAD customization service optimized for each site [*Case study collection available!*]

CAD customization service optimized for each site [*Case study collection available!*]

The efficiency of CAD software such as AutoCAD and BricsCAD has dramatically improved.

With over 30 years of experience in CAD development, Applied Technology's "CAD Customization Service" can handle a wide range of CAD development, from simple commands to large-scale systems, including customization of industry-standard tools such as "AutoCAD" and "BricsCAD," as well as manufacturing design, construction estimation, and geographic information. We provide optimal proposals tailored to each customer, significantly enhancing operational efficiency! *We are currently offering a catalog with development case studies! Please download it. [Development Case Studies] ■ Continuous output tool for AutoCAD drawings ■ Creation and unification of design simplification commands ■ Automatic drawing generation for production design *For more details, please contact us or download the catalog to view.

  • Software (middle, driver, security, etc.)
  • Other CAD related software
  • CAD

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BIM-Compatible 3D CAD Seminar for the Construction, Equipment, and Plant Industry

BIM-Compatible 3D CAD Seminar for the Construction, Equipment, and Plant Industry

With TopSolid'Design, your designs can be communicated effectively to construction engineers and customers. As a result, there are fewer returns, reduced man-hours, and shorter delivery times are possible.

"Don't you have such worries?" ■ Changes in the design plans not being reflected in the interior, forgetting to change equipment or recount parts, causing a scare. ■ Subtle nuances like color tones and lighting differences, discrepancies in image with the customer. ■ Small differences appearing close to completion, delaying the delivery. ⇒ With TopSolid’Design, you don't have to worry about such things. Additionally: - After intuitively operating in 3D, you can directly output 2D design plans. - If you change a cross-section, it is reflected in the 3D design as well. - Fully integrated built-in PDM, capable of handling large-scale designs with 300,000 parts. You may find it surprising. In other words, it is a perfect CAD system. Some customers even ask us not to sell to our rival companies. This could be the opportunity that changes your common sense. By participating in the seminar, you will get a glimpse of the smooth operability and the seamless workflow from "planning and design to construction drawing creation." Feel free to join our free seminar.

  • 3D CAD
  • CAD

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BIM compatible. Free 3D CAD seminar for the construction, equipment, and plant industries.

BIM compatible. Free 3D CAD seminar for the construction, equipment, and plant industries.

We introduced 3D CAD for efficiency, but the workload keeps increasing... Many companies share the same concern. Shall we uncover this contradiction?

Are you struggling with problems like these? ■ We introduced 2D CAD for drafting because we can't create drawings with 3D CAD. ■ Every time we modify the 3D model, we have to update the drawings, which is a hassle. We can't keep up with the revisions. ■ Since we can't keep up with the drawing updates, we're managing by making on-site adjustments. ■ There are many missed revisions and mistakes in the updates, leading to numerous complaints from the field. TopSolid solves all of these issues. You may find it surprising, but for companies that feel this way, here's your chance for a solution. Experience a 3D CAD system that contributes to solving your company's challenges. In the seminar, you will get a taste of the smooth operability and the seamless workflow from 'planning and design to the creation of construction drawings.' Feel free to join our free seminar.

  • 3D CAD
  • CAD

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3DCAD "Creo" Implementation Case | 50% Reduction in Man-Hours with MBD

3DCAD "Creo" Implementation Case | 50% Reduction in Man-Hours with MBD

CNH Industrial: Achieving a 50% reduction in time by moving away from traditional drawing-based methods.

CNH Industrial has reported that by implementing Model-Based Definition (MBD), they have achieved a "50% reduction in time" compared to their previous drawing-based approach. They recognized that creating 2D drawings requires time and cost, and by embedding all information such as tolerances and notes into the 3D CAD model, manufacturers and end-users can gain a deeper understanding of the product's intent. This has improved the efficiency of information transmission and resulted in significant time savings. However, there are challenges in transitioning to MBD, as it has become clear that competing formats (such as Creo View, 3D PDF, QIF, etc.) can disrupt the digital thread, and delays in the transition can occur if support from executives is lacking. Nonetheless, by leveraging MBD, they have significantly streamlined the process from design to manufacturing. *Please refer to the materials for details on the challenges CNH Industrial faced in transitioning to MBD and the specific approaches that led to the 50% time reduction.*

  • 3D CAD
  • CAD

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Control motor (electric operation device) CAD data

Control motor (electric operation device) CAD data

Long-life control motor that does not require regular lubrication. CAD data can be downloaded from this page!

You can download the CAD data for the "Control Motors (Electric Operated Machines) MC Series, MCH Series, MCHT Series, MPZ Series, dMC Series, dMCH Series." Please download the CAD files from the bottom.

  • IPROS4546549203207182170_220x220.jpg
  • Other machine elements
  • Other motors
  • Other process controls
  • CAD

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Low implementation costs and operational costs for small and medium-sized enterprises with 3D CAD VariCAD.

Low implementation costs and operational costs for small and medium-sized enterprises with 3D CAD VariCAD.

VariCAD, a 3D CAD software with low implementation costs and running costs for small and medium-sized enterprises.

The 3D CAD software VariCAD has an initial setup cost starting from around 130,000 yen (including tax) with one year of support and upgrades, making it affordable. The running costs from the second year onwards are in the 50,000 yen range, which includes one year of maintenance support and a license for upgrading to the latest version. Additionally, since it is a one-time purchase license, you can continue to use VariCAD even after one year from the purchase. VariCAD comes equipped with various basic tools such as batch conversion from 3D to 2D drawings, creation of sheet metal unfolding diagrams, calculation functions for machine parts, and a library of machine parts, all featuring a user-friendly interface. Furthermore, a viewer software is provided free of charge, allowing customers to directly check CAD data and design images, facilitating smooth meetings with clients. Additionally, a discount coupon of 5,000 yen is currently being offered exclusively to Ipros members who download the catalog. ■ Download the 30-day free full-feature trial version here: https://varicad.add-soft.jp/download/

  • rendering2.png
  • 2D CAD machine
  • 3D CAD
  • CAD

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Shimane Fujitsu Co., Ltd. [3D CAD Implementation Case] i CAD SX

Shimane Fujitsu Co., Ltd. [3D CAD Implementation Case] i CAD SX

Reduced the startup period of the production line for PCs by 40%! Robot simulation on 3D CAD.

We will introduce a case study of business improvement using the 3D CAD "iCAD SX," specialized in mechanical design. At "Shimane Fujitsu Co., Ltd.," they are in-sourcing the production equipment for laptops and other devices. They decided to transition to 3D design to enable vertical startup during the switch of over 20 models. In response to the challenges of optimal robot placement and the design and manufacturing of jigs that arise with each work change, they designed and virtually verified using iCAD SX, reducing the line startup period by 40%. By shortening the startup period and reducing rework, they were able to secure more time for consideration in the planning phase of the equipment. 【Main Effects of Implementation】 - The startup period after equipment installation was reduced from 5 days to 3 days. - Robot simulation, including surrounding equipment, became possible on the 3D CAD. - Interference was significantly suppressed in 3D design. 【Document Download】 - Currently available for limited access on the "special site." Please click the link below. 　　　▼▼▼　Click here　▼▼▼

  • 3D CAD
  • CAD

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3D CAD for Considering the Overall Layout of Factories for Logistics Systems

3D CAD for Considering the Overall Layout of Factories for Logistics Systems

Achieving a reduction in equipment development time and front-loading through the 3D modeling of factory layouts and entire lines!

In the logistics system industry, there is a demand for optimizing warehouse layouts and improving the efficiency of transportation systems. In particular, the optimal placement of equipment in limited spaces and automation through robotics are crucial factors that significantly affect operational efficiency. However, traditional design methods have faced challenges, such as the difficulty of detailed examination in 3D and the cumbersome process of making adjustments after placement. iCAD SX, with its ultra-fast response that processes 3 million parts in 0.2 seconds, can handle vast amounts of data, including operational and control information for large-scale models, and allows for control debugging and robot simulation on 3D CAD. This enables an advance in control design, shortening the equipment development period and achieving front-loading. 【Usage Scenarios】 - Consideration of warehouse layouts - Design of transportation systems - Simulation of robot placement 【Benefits of Implementation】 - Reduction in design time - Improvement in operational efficiency through optimized placement - Smoother information sharing among stakeholders using 3D data

  • 画像バナー_自動車_ペイント.png
  • 3D CAD
  • CAD

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Achieved with CAD customization! Custom specifications / Personal specifications 'Dedicated Design Environment'

Achieved with CAD customization! Custom specifications / Personal specifications 'Dedicated Design Environment'

No need for basic CAD operations!! Operate as actual "objects"!

We support you from proposing to realizing the "ideal design environment" for design operations. ● No basic CAD operations required ● Directly create drawings of what you want to depict ● Drawings and edits as expected ● Stress-free CAD operations ● An environment where you can focus on design work ● Design changes can be operated as envisioned

  • Other CAD
  • CAD

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Solving the issue of technology inheritance through the digital transformation of CAD

Solving the issue of technology inheritance through the digital transformation of CAD

It is expected that even if the operators change, anyone can achieve the same level of skill!

Excluding simple tracing tasks, drawing work using CAD requires some form of "technology." The replacement of workers due to job changes or generational shifts poses a challenge in maintaining the "technology" level. By having "functions" assist with know-how and technology, it is expected that even with worker changes, anyone can achieve the same level of technical skill through the technology implemented in the "functions." [Overview] ■ Challenge: Maintaining the "technology" level due to job changes and generational shifts ■ Solution - CAD customization allows for the implementation of technical "know-how" in customized "functions." - It is expected that anyone can achieve the same level of technical skill even with worker changes. *For more details, please download the PDF or feel free to contact us.

  • Other CAD
  • CAD

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Solving the personalization of work through the digital transformation of CAD

Solving the personalization of work through the digital transformation of CAD

Not only can it assist in preventing mistakes and errors, but it can also support the technical skills of CAD users!

The drawing work using CAD is a "manual" task performed by "people," which means the content of the drawings can vary depending on the skill level of the operator. To maintain the accuracy of the drawings, someone must conduct a final check, and the burden and responsibility of this checking task become a significant issue for the entire operation. Customizing CAD "functions" not only helps prevent "errors" and "mistakes" but can also assist in enhancing the "skill level" of CAD users. [Overview] ■ Issues - The content of the drawings varies depending on the operator's skill level. - The burden and responsibility of the final checking task conducted to maintain the accuracy of the drawings. ■ Solution: By implementing technical "know-how," the "functions" can assist the "skill level." *For more details, please download the PDF or feel free to contact us.

  • Other CAD
  • CAD

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Awareness Support CAD System for Manufacturing Industry

Awareness Support CAD System for Manufacturing Industry

Achieve efficiency in quality control with automatic checks of design rules!

In quality control of the manufacturing industry, it is important to detect deficiencies at the design stage early and prevent rework. Design errors can lead to defective products during the manufacturing process and customer complaints, potentially damaging the company's reputation. The awareness-support CAD system analyzes design data and the designer's operation history to detect design issues in real-time. By automatically checking 3D CAD models based on design requirements, it significantly reduces time and rework compared to manual checks. 【Usage Scenarios】 * Quality checks at the design stage * Confirmation of compliance with design rules * Reduction of rework 【Benefits of Implementation】 * Reduction of checking man-hours * Prevention of oversight in checks * Improvement in quality and cost reduction

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  • Other CAD related software
  • CAD

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Awareness Support CAD System for Automotive Design

Awareness Support CAD System for Automotive Design

Automated checks of design rules shorten design lead time!

In the automotive industry, design optimization is essential for improving product quality and shortening development time. In particular, compliance with increasingly complex design rules and the need for rapid responses to design changes are required. Delays in identifying problems during the design phase can lead to an increase in rework, potentially driving up development costs. A cognitive support CAD system analyzes design data and the designer's operation history to detect potential issues and inefficient processes in real-time during the design process. By leveraging past design data and best practices, it provides specific improvement suggestions to designers, contributing to enhanced design quality and reduced lead times. 【Usage Scenarios】 - Design of automotive parts - Body design - Checking design rules 【Benefits of Implementation】 - Reduction of design errors - Shortening of design periods - Cost reduction

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  • Other CAD related software
  • CAD

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Aerospace Awareness Support CAD System

Aerospace Awareness Support CAD System

Support for lightweight design of aerospace components through automatic checking of design rules!

In the aerospace industry, reducing the weight of aircraft is essential for improving fuel efficiency and performance. Detailed reviews during the design phase significantly impact the quality and cost of the final product. In particular, designs that eliminate waste while maintaining strength are required. The awareness-support CAD system analyzes design data and operation history to detect potential design issues and inefficient processes in real-time. 【Usage Scenarios】 - Design of aircraft components - Design of spacecraft structures - Verification of lightweight designs 【Benefits of Implementation】 - Reduction of design lead time - Improvement of design quality - Reduction of rework

  • 気づき支援２.png
  • Other CAD related software
  • CAD

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Awareness Support CAD System for Medical Devices

Awareness Support CAD System for Medical Devices

Automated checks of design rules shorten the lead time for medical device design!

In the medical device industry, the precision and safety of products are of utmost importance. A slight mistake in design can have serious implications for product performance and patient safety, making thorough quality management during the design phase essential. Especially for medical devices that handle complex shapes and fine components, adherence to design rules and accurate design are required. The awareness-support CAD system analyzes design data and the designer's operation history to detect potential issues and inefficient processes in real-time during the design process. By utilizing past design data and best practices, it provides specific improvement suggestions to designers. By automatically checking 3D CAD models based on design requirements (design rules and manufacturability), it contributes to improving design quality and reducing lead time. 【Usage Scenarios】 - Design of precision medical devices - Design of components with complex shapes - Compliance with design rules 【Effects of Implementation】 - Reduction of design errors - Decrease in rework - Shortening of design periods

  • 気づき支援２.png
  • Other CAD related software
  • CAD

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