CAD(制御) - List of Manufacturers, Suppliers, Companies and Products | IPROS

Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
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CAD Product List

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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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[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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Mastercam Multi-Axis Machining Option

Mastercam Multi-Axis Machining Option

This is a 3D CAD/CAM system, ranked No. 1 in the world for installation achievements, that uses visuals extensively in the settings screen, making it easy to understand and simple to set up multi-axis machining.

The settings screen makes extensive use of visuals, allowing for easy creation of complex multi-axis tool paths. In particular, it is well-known for its rich axis settings, enabling thorough detailing of movements. The output NC data is compatible with various manufacturers' models and control panels of machine tools.

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Securing Talent and Preventing Attrition with Electric Control Design CAD 'ACAD-DENKI'

Securing Talent and Preventing Attrition with Electric Control Design CAD 'ACAD-DENKI'

It is easy to introduce because it inherits the feel of AutoCAD in .dwg format. It contributes to improving the work environment to stop the outflow of personnel through business efficiency.

■Do you have any of these concerns? The workload is increasing, and the burden on each employee is significant. Since drawings are created using general-purpose CAD, checking and parts aggregation are done manually. The electrical control design CAD "ACAD-DENKI" is an add-on application developed by our company, which has been involved in electrical control design as a developer for 35 years. Compared to drawing with conventional general-purpose CAD, it enables improved drawing efficiency and data utilization in subsequent processes, streamlining operations. By reducing the burden on each employee, it is possible to improve the working environment. As it is an AutoCAD/BricsCAD-based add-on application, there is little confusion in operation if you are familiar with general-purpose CAD, and the startup after implementation is not difficult. As a result, it can address the challenges faced by the manufacturing industry as a whole, such as "securing talent and preventing talent outflow." For more details, please refer to the product page and catalog.

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[User Case] Wiring Support System Implementation Achieves Efficiency

[User Case] Wiring Support System Implementation Achieves Efficiency

Effects of Introducing the Wiring Support System: Shortened delivery times! Improved quality! Cost reduction! We will introduce examples of increased efficiency!

**Client** Manufacturer of distribution boards/control panels/operation panels: Company N **Background of Wiring Support System Implementation** The parent company primarily engaged in the design and manufacturing of operation panels, but aimed to expand its business in the future by undertaking the production of distribution boards/control panels from other companies. However, since they were latecomers in the market for other companies' products, competitiveness became an issue. The management requested improvements focused on "efficiency and cost reduction in the processes from design to manufacturing," leading the design group to spend time gathering information while going through trial and error. During this time, they participated in a seminar introducing the wiring support system hosted by Alphatech and became convinced that successful implementation would yield significant benefits, leading to its adoption. **Reasons for Choosing the Wiring Support System** - The manufacturer of the electrical control CAD had many years of experience and a proven track record in development, sales, and support. - Through in-house verification before implementation, they identified the potential for a system that could achieve "efficiency from design to manufacturing." - A consistent support system was prepared from design to manufacturing operations, providing accurate support from the pre-implementation stage.

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Wiring Support System Implementation Case: Nikko Electronic Industries Co., Ltd.

Wiring Support System Implementation Case: Nikko Electronic Industries Co., Ltd.

Improvements were sought on the theme of "efficiency and cost reduction in the processes from design to manufacturing," so we introduced the Zuken Alphatech / panel wiring support system!

We are introducing the purpose of implementation (background of implementation), the reasons for choosing our system, and the effects of implementation. Originally, our main business was the design and manufacturing of control panels for our parent company, Nikko Co., Ltd. However, with the aim of future business expansion, we began manufacturing distribution boards and control panels for other companies' products. Nevertheless, since we were latecomers in the market for other companies' products, competitiveness became an issue. The management requested improvements with the theme of "efficiency and cost reduction in the processes from design to manufacturing," and the design group spent time gathering information while going through trial and error. ▼ Reasons for choosing Zuken Alphatech / Panel Wiring Support System - As a manufacturer (development/sales/support) of electrical control CAD, they had many years of experience and achievements. - Through our own verification before implementation, we identified the potential for a system that could achieve "efficiency from design to manufacturing." - A consistent support system was prepared from design to manufacturing operations, and they provided accurate support from the pre-implementation stage. Please check the actual implementation effects through the related links below. For product details, please refer to the catalog.

  • Drawing, tracing, CAD
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[Presentation of Case Study Materials] Introduction of ACAD-DENKI by I'm Manufacturing Co., Ltd.

[Presentation of Case Study Materials] Introduction of ACAD-DENKI by I'm Manufacturing Co., Ltd.

We will introduce the secret behind achieving "initiatives for realizing DX" that are in sync with the field.

■Do you have any of the following concerns? - You are progressing with DX preparations but feel a disconnect with the on-site team. - You are not effectively utilizing drawing data. - The workload in the manufacturing site is increasing, and there is a shortage of manpower. In the control panel manufacturing sector, improving work efficiency due to a serious labor shortage has become a challenge, and like other manufacturing industries, there is an urgent need to respond to DX. However, many companies may still be clinging to traditional methods, making it difficult to prepare for DX. This case study is a valuable reference for such companies. Please feel free to download it. ■For CAD-related inquiries, please leave it to Zuken Alpha Tech. With 35 years of experience as a CAD developer closely supporting electrical design, we are committed to providing our customers with "value-added solutions" by tackling various challenges daily. We will not only replace DWG-compatible CAD but also combine our own products and customizations to offer optimal proposals. If you have any concerns regarding CAD, please consult with us.

  • Drawing, tracing, CAD
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Bi-monthly ACAD-DENKI Utilization Webinar

Bi-monthly ACAD-DENKI Utilization Webinar

Support from circuit diagram design to panel manufacturing! Improve electrical control design operations with the CAD system "ACAD-DENKI" for electrical and control design!

We will hold a webinar titled 'Utilizing ACAD-DENKI' that strongly supports everything from circuit diagram design to panel manufacturing collaboration. "Although I am using ACAD-DENKI, there are still many business challenges remaining..." "It seems there are more issues that could be resolved with ACAD-DENKI's features, but I am not fully utilizing it..." Do you have such concerns? In this webinar, we will share how to utilize ACAD-DENKI from the perspectives of speeding up drawing, improving accuracy, and data utilization. Please feel free to apply. [Overview] ■ Date and Time: Please check the next schedule on this page. https://www.alfatech.jp/seminar/acad-denki_webinar2.html ■ Method: Online via Zoom ■ Participation Fee: Free (Pre-registration required) ■ Capacity: 20 participants ■ Application Deadline: Three days before the event date (Please note that registration may close before the deadline if the capacity is reached) *For more details, please refer to the related links or feel free to contact us.

  • Drawing, tracing, CAD
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Electrical and Control Design CAD System "ACAD-DENKI"

Electrical and Control Design CAD System "ACAD-DENKI"

[Case Studies and Demo Videos Available] Solve challenges with specialized features packed with 35 years of know-how and the familiar operation feel inherited from AutoCAD/BricsCAD!

■Do you have any of these concerns? - Checking drawings and counting parts on paper takes a lot of time and is prone to errors. - Work by multiple people leads to inconsistent writing styles. - Unable to respond to short delivery times or link data to manufacturing. "ACAD-DENKI" is an electrical CAD developed by our company, which has been supporting electrical design for 35 years, and is compatible with the industry-standard DWG format. 【Achieving cost reduction and increased productivity】 Users have given high praise for the familiar operation and rich features inherited from AutoCAD and BricsCAD. It facilitates not only reuse design but also smooth collaboration between different departments. The launch is supported by various support menus from experienced staff, ensuring peace of mind. Customization is available! ■Features ▼Full utilization of electrical-specific functions for increased efficiency - Various wiring inputs (automatic generation of intersection marks, automatic wire cutting, special wiring) - Symbol input (symbol palette, pattern registration and input) - Line number input, IO diagrams, terminal block tables, panel diagrams creation - Continuous printing ▼Significant efficiency improvements and prevention of errors through automatic processing functions - Relay and jumper wire calling - Drawing check function ▼Output of wiring connection information list - From-To list and external terminal list output function

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[Case Study] Standardization of Design Operations and Collaboration with Manufacturing through the Utilization of Parts Master

[Case Study] Standardization of Design Operations and Collaboration with Manufacturing through the Utilization of Parts Master

Successful early cultivation of the groundwork for realizing DX through efforts to improve the efficiency of electrical design utilizing data.

Implementing Company: Aimu Manufacturing Co., Ltd. Business Description: Design/Manufacturing/Test Operation of Control Devices and Distribution Boards ■Challenges Before Implementation Operations and management were paper-based without providing attribute information to drawings. Standardization of design was not achieved. There was a complete reliance on customization, leading to a lack of scalability. ■Reasons for Introducing ACAD-DENKI Ability to use drawing functions of AutoCAD/BricsCAD, providing high flexibility and ease of implementation on-site. Data utilization through the provision of attribute information is possible. A wide range of built-in standard functions allows for operation without relying on customization. ■Specific Initiatives Improved search efficiency through the addition of properties. Organized parts master, with manual input limited to order elements only. Integration with parts procurement sheets and production management systems. Collaboration with manufacturing for equipment label data, etc. ■Effects As a result of these initiatives, a reduction of 14 to 20 hours of labor per order was achieved. Manual tasks were eliminated, leading to improved accuracy, standardization of work, and increased efficiency. From this experience, a foundation for utilizing data over manual work has been cultivated within the company for the past ten years, enabling smooth progress towards digital transformation (DX) without resistance.

  • Drawing, tracing, CAD
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CAD for electrical and control design "ACAD-DENKI" for DWG.

CAD for electrical and control design "ACAD-DENKI" for DWG.

[Case Studies and Demo Videos Available] Achieve smooth design and manufacturing from electrical diagram creation to 2D/3D panel design, length measurement processing, and output to processing machines!

Do you have any of these concerns? - Checking drawings and counting parts on paper takes a lot of time and is prone to errors. - There are many missed checks on circuit diagrams, layout diagrams, and parts lists. - Relying on skilled staff to create manufacturing instructions. ▼ What ACAD-DENKI can do 〇 Achieve significant efficiency improvements and prevent errors through automated processing features. - Relay and jumper wire calls - Drawing check function - Create layout diagrams and parts lists based on circuit diagrams 〇 Output necessary information for manufacturing instructions to eliminate dependency on specific individuals. - From-To list and external terminal list output functions - Display processing holes and duct lengths on outline drawings 〇 Fully utilize electrical-specific functions to enhance efficiency. - Various wiring inputs (automatic generation of intersection marks, automatic wire cutting, special wiring) - Symbol input (symbol palette, pattern registration and input) - Line number input, IO diagrams, terminal block tables, panel diagrams creation - Continuous printing 〇 Operations tailored to the customer's design environment are possible. - Start-up is supported by experienced staff through various support menus for peace of mind. - Customization is also available! ▼ We also cover other necessary functions for electrical design. For detailed features, including case studies and operation demos, please check the PDF materials. ▼

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"ACAD-DENKI 2023" New Feature Introduction Part 1

"ACAD-DENKI 2023" New Feature Introduction Part 1

The drawing management feature "Denki Cabin" of ACAD-DENKI has evolved.

Do you have any of these concerns? - Setting up hierarchy for drawing management is cumbersome. - Manually moving/copying subfolders/files during hierarchy setup. By using the new features of ACAD-DENKI's drawing management function "Denkiabi," you can reduce such manual tasks and streamline your work. For more details, please check our company website or download the document "New Features Detailed Explanation."

  • Drawing, tracing, CAD
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WiringPLAN, the wiring and length measurement processing of ACAD-DENKI.

WiringPLAN, the wiring and length measurement processing of ACAD-DENKI.

【Up to 40% reduction in delivery time】 Complete wiring/measurement processing in the design stage, automatic aggregation of terminal and wire information, and creation of wiring diagrams and manufacturing data from drawings.

- Manufacturing instructions and data for machinery are being created manually. - Efficient assembly and wiring tasks are becoming dependent on specific individuals, and knowledge transfer from veterans is not occurring. - There are many reworks due to design changes, making it difficult to respond to short delivery times. ================================================== Among control panel manufacturers, there may still be companies facing challenges like those mentioned above. By adding "WiringPLAN," an optional product from ACAD-DENKI, you can strengthen collaboration with manufacturing and achieve further operational efficiency. ■Features The wiring processing function automatically calculates wiring routes from the created circuit diagrams and layout diagrams, generating the necessary number of terminal blocks and wires, as well as a wiring table. The length measurement function retrieves length information from the position data of components and ducts in the drawings and outputs data for wire processing machines. Even when there are design changes, differential information can be extracted, making it easy to identify changes. You can download the introductory materials for the base ACAD-DENKI from the PDF catalog. Please feel free to contact us regarding WiringPLAN. *The video feature introduction starts at 2:30.

  • Drawing, tracing, CAD
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[Video Explanation] Basic Knowledge of Electrical CAD - ACAD-DENKI Operation Explanation

[Video Explanation] Basic Knowledge of Electrical CAD - ACAD-DENKI Operation Explanation

"I want to eliminate omissions in circuit diagrams, layout diagrams, and parts lists." "I want to streamline the creation of equipment layout tables." We will solve such challenges.

=【Features Being Introduced】=== 1. ACAD-Parts Component Aggregation (Playback Time: 3:30) ■Solving the following issues: - Want to streamline component aggregation - Want to streamline the verification of circuit diagrams, layout diagrams, and parts lists 2. Relay Processing (Playback Time: 4:25) ■Solving the following issues: - Want to streamline relay processing - Want to streamline the creation of equipment deployment tables ================== To watch the video, please download the PDF document below. File Name: "Solving Issues with 'Component Aggregation' and 'Relay Processing' - ACAD-DENKI Introduction Movie [Watch the video from the link in the PDF]"

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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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Motion design and control verification

Motion design and control verification

3D CAD specialized in mechanical design that can handle everything from conceptual design to cycle time consideration.

To develop high-productivity devices and equipment, it is important to design and consider movements in the assembly stage from the conceptual phase to enhance design quality. However, in the field of production equipment and machinery design, the following issues arise: 【Common Concerns】 - It is cumbersome and difficult to conduct design considerations in 3D. - Cannot represent conceptual diagrams (2D) in 3D. - Designing movements in the conceptual phase is troublesome. - Trial and error leads to violations of constraints, resulting in numerous errors. - Design is done in 2D and then verified in 3D, leading to a predetermined outcome. All of these issues can be resolved. COLMINA Design and Manufacturing Support iCAD SX is a 3D CAD developed specifically for machinery and production equipment, supporting the gradually finalizing mechanical design development process. You can confirm the positional relationships with surrounding parts on a 3D assembly while conducting movement and process considerations using conceptual diagrams and time charts. Additionally, control debugging can be performed on the 3D CAD, enabling improvements in design quality and reductions in development lead time. For more details, please download and check the catalog.

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AutoCAD Electrical

AutoCAD Electrical

A variety of features that assist in electrical design are standard equipment.

"AutoCAD Electrical" is a product sold as part of "ONLY ONE.AutoCAD." as an electrical control design CAD. Not only does it assist in drawing electrical diagrams, but it also features automated processing functions such as bulk updating of title blocks, reference handling, and data aggregation and checking, which can prevent design errors and improve productivity. However, to effectively utilize these functions, designers need basic knowledge of this product. We encourage you to take advantage of our services, including operational training, inquiry support, and data creation. [Support Content] ■ Training ■ Starter Kit ■ Apps ■ Support *For more details, please download the PDF or feel free to contact us.

  • Drawing, tracing, CAD
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.dwg-based electrical design tool "BJ-Electrical"

.dwg-based electrical design tool "BJ-Electrical"

It is a .dwg-based electrical CAD application that is also optimal as an entry-level model for electrical design CAD.

"BJ-Electrical" is an affordable, high-functionality .dwg-based electrical design CAD application. With excellent operability and high cost performance, it significantly improves design efficiency. It is compatible with Zuken Alpha Tech's electrical and control design CAD system "ACAD-DENKI," making it ideal as an entry-level model for electrical design CAD. ■Features■ ▼It can streamline electrical design. - Excellent operability based on BricsCAD and AutoCAD - Provides necessary drawing functions such as rich wiring input features, symbol creation, and attribute input ▼You can gradually step up to full-scale electrical design. - Upgrade to the electrical design CAD "ACAD-DENKI" (for a fee) is also possible. - It is also optimal as an entry-level model for electrical design CAD at a reasonable price. *For more details, please refer to the PDF materials or feel free to contact us.

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CAD for electrical design 'IJCAD Electrical'

CAD for electrical design 'IJCAD Electrical'

Equipped with a statistical database! Achieves integration with circuit diagrams and various documents.

"IJCAD Electrical" is an electrical design CAD that comes standard with the functions necessary for control panel and distribution board design. With the inclusion of a database, forms such as circuit diagrams and parts lists are seamlessly linked. The previously cumbersome design change process is significantly streamlined, allowing for the creation of high-quality drawings. 【Features】 ■ Based on the industry standard .dwg, it can handle AutoCAD data ■ Enables drawing integration through an integrated database not found in typical drafting CAD ■ Low cost ■ Seamless linking of circuit diagrams, parts lists, terminal block tables, and other forms due to the database inclusion ■ Design change processes are greatly streamlined, enabling the creation of high-quality drawings *For more details, please refer to the PDF materials or feel free to contact us.

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Technical Introduction: "3D (Three-Dimensional) CAD-CAM"

Technical Introduction: "3D (Three-Dimensional) CAD-CAM"

We can process anything if you have a blueprint!

Our company creates data from three-dimensional product shapes made with 3D CAD, and processes them using 3D CAM and NC routers. By utilizing 3D CAD/CAM, we can now achieve high-precision cutting of shapes that were previously difficult to produce by hand. Additionally, we can mass-produce these shapes in a short amount of time. We design products that require precision while considering the characteristics of wood with high accuracy. 【Features】 ■ High-precision cutting of shapes that were previously difficult to produce ■ Mass production in a short time ■ Ability to create shapes from simple sketches *For more details, please download the PDF or feel free to contact us.

  • Other construction services
  • Other civil engineering services
  • Wood processing
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[Case Study] Reduction of design man-hours and utilization of data for subsequent processes such as procurement/manufacturing.

[Case Study] Reduction of design man-hours and utilization of data for subsequent processes such as procurement/manufacturing.

Contributing to the reduction of mistakes and losses in design operations, pursuing cost reduction and cost-effectiveness of existing electrical CAD, and utilizing design data for subsequent processes.

Introduction of the case study for the electrical and control design CAD system "ACAD-DENKI" Mitsuba Electric Industry Co., Ltd. faced two major challenges: 1. Improving the quality of manufacturing drawings raised by the manufacturing department during the production design process. 2. Issues related to licensing costs. By implementing our developed and sold electrical design CAD "ACAD-DENKI," they achieved a reduction in design man-hours and enabled the utilization of data for subsequent processes such as procurement and manufacturing. Through repeated proof-of-concept experiments leveraging the 3D capabilities of the base CAD, BricsCAD, further data integration is being advanced. [Challenges before implementation] - Reducing mistakes and losses in design operations - Cost reduction of existing electrical CAD and pursuit of cost-effectiveness - Utilization of design data for subsequent processes *For more details, please refer to the related links or feel free to contact us.

  • Drawing, tracing, CAD
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User Presentation / Case Study at the CAD Utilization Innovation New Features Announcement Event

User Presentation / Case Study at the CAD Utilization Innovation New Features Announcement Event

Introducing ACAD-DENKI solves issues such as inability to utilize data, lack of standardization, over-reliance on customization, and lack of scalability!

Theme: Utilization of ACAD-DENKI's Parts Master Genre: Electrical Design Speaker: Aimu Manufacturing Co., Ltd. 　　+C4:C7　　　Deputy General Manager of ICT Planning Office, Yoshikazu Takeuchi 　　　　　Deputy General Manager of the Manufacturing Group, Tomofumi Tsukumo Aimu Manufacturing Co., Ltd. participated in a conference for the control panel industry organized by our company in 2010, where they gave a presentation on "Efficiency Improvement through the Introduction of ACAD-DENKI." At that time, the following challenges were addressed by implementing ACAD-DENKI: Twelve years later, they will introduce further evolved methods of utilizing ACAD-DENKI. - Challenges faced by Aimu Manufacturing Co., Ltd. in 2010: 1. Operations were limited to mere drawing, failing to leverage data utilization. 2. Standardization was not achieved. 3. Over-reliance on customization, leading to a lack of scalability. Aimu Manufacturing Co., Ltd.'s presentation is scheduled to be publicly available on November 24 (Thursday) around 16:10. *The public release time is an estimate and may change depending on the progress of the day.

  • Drawing, tracing, CAD
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Custom Machine Design and Manufacturing for Various Industries

Custom Machine Design and Manufacturing for Various Industries

Design and manufacture production equipment for various industries such as automobiles, semiconductors, LCDs, and food, according to needs.

At Samsung Industrial Co., Ltd., we undertake the design and manufacturing of specialized machines. We collaborate with our customers to propose optimal production equipment. We have a track record in the design of various systems, including conveyor systems, measurement and inspection machines, and processing machines. Leveraging inherited technology, we provide strong support from production startup, contributing to various industries such as automotive, semiconductors, and LCDs. 【Features】 ■ Responding to customer needs with reliable technology ■ A 'one-stop system' from development → design → processing → assembly → control → installation → on-site startup ■ Capable of handling large equipment utilizing our assembly factory with a 50m length and 10t crane ■ Capable of 'large part processing' ■ Providing high-quality parts with processing technology accumulated over many years ■ Strongly supporting production startup by leveraging inherited technology ■ Contributing to 'various industries such as automotive, semiconductors, and LCDs' *For more details, please refer to the PDF document or feel free to contact us.

  • Facility Design
  • Other services and technologies
  • CAD

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Industrial Automation and Wireless IoT - 5th Edition

Industrial Automation and Wireless IoT - 5th Edition

The number of wireless devices installed in industrial automation will reach 56.5 million units in 2023.

Berg Insight has announced a new research report on the global industrial automation and wireless IoT market. Wireless technology is integrated into a wide range of devices that can be used throughout automation systems, from enterprise-level control to field-level applications. Devices can be broadly categorized into two segments: automation equipment and network equipment. In the automation equipment segment, there are wireless I/O and field devices that connect to industrial sensors and other measurement instruments, actuators, and machinery, characterized as mass-produced product categories featuring wireless communication capabilities. Key product categories in the network equipment segment include wireless access points, gateways, routers, and switches. [Contents] ■ Industrial Automation Industry ■ Wireless IoT Solutions in Industrial Automation ■ Market Forecasts and Trends ■ Global Automation Vendors ■ Device and Software Vendors

  • IoT
  • CAD

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[FlexSim Case Study] Yamamoto Metal Works Co., Ltd.

[FlexSim Case Study] Yamamoto Metal Works Co., Ltd.

Visualization of improvement effects! Detailed reproduction of the conveying actions of multiple processing machines and robots, as well as the movements of the people involved.

The "Learning Factory" being developed by Yamanaka Metal Works Co., Ltd. is based on the concept of a highly intelligent autonomous control type unmanned factory that utilizes data acquired in real-time. When providing services and equipment design to stakeholders and customers in the production site, we believed that using simulations that model the factory's equipment in 3D would allow for explanations with much stronger persuasive power than just using machine drawings and presentation materials. This belief was the catalyst for considering the introduction of 'FlexSim.' In addition to the transport operations of multiple processing machines and robots, we also meticulously reproduced the movements of the people involved. From the simulation results, it was found that more working time was spent on production tasks in different processes than on the main production operations within the model factory. [Case Overview] ■ Purpose: To demonstrate solutions to urgent issues faced by the domestic manufacturing industry ■ Selection: Focused on user-friendly 3D simulation features *For more details, please refer to the PDF materials or feel free to contact us.

  • Scientific Calculation and Simulation Software
  • CAD

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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! 　　↓↓↓

  • Other CAD
  • CAD

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Tool life & work efficiency UP! 3D CAM 'Mastercam'

Tool life & work efficiency UP! 3D CAM 'Mastercam'

Since cutting can be done with a consistently stable tool load, the tool life is extended, production time is reduced, and there is a significant reduction in running costs.

"Mastercam" is a CAD/CAM system that supports various machining processes from 2-axis to 5-axis and complex machining. It addresses many needs related to machining and provides comprehensive solutions to problems and challenges. With a wide range of module configurations, abundant types of tool paths, and flexible post-processing support, it can meet the needs of various processes from machining machines to modeling and cutting processes. We will continue to support the evolving "manufacturing" from solving current problems to developing new products. 【Features】 ■DESIGN: 3D CAD (Surface/Solid Modeling/Drafting) - Achieves seamless operability from 2D wireframe drawing to 3D modeling. ■MILL: 2-axis to 2.5-axis and single-surface 3-axis milling - Easily create tool paths for 2D to 2.5D machining and limited 3D machining based on wireframes or solid models. ■MILL 3D: 3-axis milling - Offers tool path commands that match various shapes, from efficient rough machining to diverse finishing processes. *For more details, please refer to the PDF materials or feel free to contact us.

  • Drawing, tracing, CAD
  • CAD

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[User Case] ACAD-DENKI Implementation Achieves Efficiency

[User Case] ACAD-DENKI Implementation Achieves Efficiency

【Effects of Introducing ACAD-DENKI】 No more mistakes! Time has been reduced! We will introduce cases where improvements were successful and efficiency increased!

【Client】 Control Device, Power Distribution Board Manufacturer, Company A, Technical Department 【Background of ACAD-DENKI Introduction】 The client was considering updating their CAD system due to the aging of hardware, including servers. However, it became clear that the costs associated with hardware updates, such as OS and software version upgrades and the migration of customizations, would be significant, leading to a plan for a fundamental review. They compared and evaluated multiple electrical CAD systems, including ACAD-DENKI, while borrowing them for practical testing. The key points of consideration included the implementation of feasible functions for new initiatives, the extent to which current operations could be maintained without customization, and the responsiveness of the manufacturer and distributor. As a result of this evaluation, they decided to adopt ACAD-DENKI. 【Reasons for Choosing ACAD-DENKI】 ● It excelled in maintenance tasks such as attribute addition and system updates without relying on a standard package. ● They could perceive the potential for data utilization, expandability, and future prospects through attributes. ● Detailed settings were possible during drafting, which raised expectations for drafting efficiency. ● They appreciated the user-oriented approach in considering solutions for their requests.

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  • CAD

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