i CAD List of Products and Services

＼↓Click the black button [Download Catalog] to get it now↓／ Although many companies have introduced 3DCAD, it seems that they are only using it for some analysis and presentations, while conceptual design is still done with 2DCAD. This document is supervised by the developer of the 3D CAD for mechanical design, "iCAD SX." It explains the concepts and required system requirements to utilize 3D from the conceptual stage and achieve efficiency throughout the entire business. 　【Do you have any of these concerns?】 　　■ Transitioned to 3D design, but instead, the design workload has increased 　　■ Unable to utilize past design assets 　　■ Introduced 3DCAD but not feeling the benefits 　　→ We will introduce solutions to the above issues. *Free technical materials are currently available! Please download the catalog for more details.

• 3D CAD

In the consumer goods industry, the design and development of machinery and production equipment face many challenges, such as responding to short delivery times. To address these challenges and achieve efficiency and quality improvement in design and development, a 3D CAD software specialized in mechanical design, 'iCAD SX', has been developed. 【Usage Scenarios】 - Design of beverage and food manufacturing lines: Designing complex piping and control systems, coordinating multiple equipment designs - Design of cosmetic manufacturing lines: High-precision component placement and operation verification, design considering hygiene management - Design of packaging lines: Designing high-speed transport systems and automation equipment, efficient layout design 【Benefits of Implementation】 By implementing 'iCAD SX', the following benefits can be expected: - Reduction of design and development time: High-speed processing performance enables efficiency in design work - Improvement of design quality: Visualization through 3D data prevents design errors and rework - Smooth communication: Sharing design information strengthens collaboration among stakeholders - Business efficiency through data utilization: Enables reuse of design data and verification through simulation

• 3D CAD

In plant design, dealing with large equipment that has complex structures often leads to a massive amount of design data. As a result, the design work tends to take a long time, and it becomes challenging to accommodate design changes. 'iCAD SX' is a 3D CAD software that achieves ultra-high-speed performance capable of processing 3 million parts in 0.2 seconds. It streamlines the design of large-scale plant equipment and flexibly responds to design changes, resulting in reduced development lead times and improved design quality. 【Usage Scenarios】 - Design of plant equipment - Design of large machinery - Design of entire production equipment lines - Large volume of design data leading to lengthy design work - Inability to flexibly respond to design changes - Difficulty in sharing design data 【Benefits of Implementation】 - Acceleration of design work - Reduction in response time to design changes - Improvement in design quality - Enhanced efficiency of information transmission through design data sharing - Reduction in development lead times

• 3D CAD

In the development of production equipment for electrical and electronic devices, a significant amount of time and effort is spent on design. Many may feel challenges in managing and processing design data due to the vast number of components, wiring, and control information. 'iCAD SX' is a 3D CAD software specialized for mechanical design. With its high processing performance and rich features, it streamlines large-scale equipment design, achieving reduced development lead times and improved design quality. 【Usage Scenarios】 - Design of manufacturing equipment for electrical and electronic devices - Design of entire production equipment lines - Design of automation systems - Design including complex wiring and control - Management and utilization of large-scale 3D data 【Benefits of Implementation】 - Significantly reduces processing time for design data, shortening development lead times - Promotes sharing and collaboration of design information, leading to improved design quality - Enhances visualization and communication through the use of 3D data - Streamlines design changes and modification tasks - Improves efficiency and productivity of design operations across the organization

• 3D CAD

The 3D CAD software 'iCAD SX', specialized in the design of machinery and production equipment, accelerates large-scale designs that handle vast numbers of components and improves design quality. In traditional design, processing data took a long time when dealing with complex structures and numerous parts, requiring significant time for design changes and verification. iCAD SX streamlines the entire design process with its high-speed processing capabilities and rich features, contributing to reduced development lead times. 【Usage Scenarios】 - Design of machinery and production equipment - New product development and improvement of existing products - Design consideration and verification of entire equipment lines - Sharing and utilization of design data - Manufacturing, assembly, maintenance, and upkeep 【Benefits of Implementation】 - Reduction of design lead times - Improvement in design quality - Increased efficiency in design changes and verification - Enhanced information communication through shared design data - Consistent data utilization from design to manufacturing and maintenance

• 3D CAD

Introducing the specialized 3D CAD software 'iCAD SX' for mechanical design, which addresses the challenges of complex design, massive data management, and shortened development periods in the aerospace sector. 【Usage Scenarios】 - Design of aircraft, spacecraft, satellites, etc. - Design involving complex structures, precision parts, and numerous components - Sharing, managing, and utilizing design data - Shortening development periods and improving design quality 【Benefits of Implementation】 'iCAD SX' streamlines design operations in the aerospace field, achieving shortened development periods and improved design quality. - Facilitates smooth sharing and management of design data, enhancing collaboration across the entire team - Simplifies the design of complex structures, reducing design errors - Improves efficiency in manufacturing, assembly, and maintenance through the use of 3D data

• 3D CAD

In the automotive industry, equipment development faces challenges such as increasingly complex product structures and the need for shorter delivery times. Managing the vast number of parts and design data, as well as responding to design changes, has made traditional design methods time-consuming and costly, hindering development speed. 'iCAD SX' is a 3D CAD software specialized in mechanical design that addresses these challenges. 【Usage Scenarios】 - Design and development of automation devices and equipment for automobiles - Rapid response to design changes in equipment during new vehicle development - Streamlining information transmission through sharing and utilizing design data - Reducing development time by improving design quality 【Benefits of Implementation】 By implementing 'iCAD SX', the following benefits can be expected: - Shortened design development period - Improved design quality - Quick response to design changes - Streamlined information transmission through sharing and utilizing design data - Cost reduction

• 3D CAD

From mass production to a diverse range of small quantities. In the apparel industry, there is a demand for rapid response to customer needs. On the other hand, issues such as labor shortages and low production efficiency due to human error are challenges that need to be addressed. iCAD SX is a 3D CAD that achieves high-speed response capable of handling 3 million parts in 0.2 seconds. By considering and verifying the automation and labor-saving of the entire factory on 3D CAD, it enables a reduction in development lead time and improvement in design quality. 【Usage Scenarios】 * Automation and labor-saving in apparel factories * Layout design of production lines * Work efficiency improvement through robot implementation 【Benefits of Implementation】 * By considering and verifying the automation and labor-saving of the entire factory on 3D CAD, the burden of debugging work on actual machines is reduced. * The need to use multiple tools is eliminated, reducing the time required for data conversion and reconfiguration. * Work can be progressed seamlessly from design to control debugging, shortening development lead time. * Human errors are reduced, improving production efficiency. * Supports business improvement through the utilization of 3D data.

• 3D CAD

In the logistics industry, efficient warehouse operation is a challenge. There are various issues such as labor shortages, effective use of space, and safety in operations. iCAD SX is a 3D CAD that achieves high-speed response, handling 3 million parts in 0.2 seconds. It simulates warehouse layouts in three dimensions and supports optimal design. 【Usage Scenarios】 * Layout design of logistics warehouses * Consideration of introducing transport robots and AGVs * Optimization of work flow and space * Improvement of safety within the warehouse * Overall efficiency of the warehouse 【Effects of Implementation】 By utilizing iCAD SX, optimization of warehouse layouts can be achieved, leading to the following expected effects: * Improved work efficiency through reduced transport distances * Reduction of warehouse area through effective use of space * Resolution of labor shortages through the introduction of transport robots and AGVs * Enhanced safety in operations * Cost reduction through overall efficiency of the warehouse

• 3D CAD

In the energy industry, equipment design is facing increasing demands for a vast number of components, complex structures, and automation and labor-saving solutions. Traditional CAD systems often result in heavy models, leading to time-consuming interference checks with existing equipment and verification of control programs, making design efficiency a challenge. iCAD SX addresses these issues with high-speed response and a wealth of features, supporting the realization of smart factories. 【Usage Scenarios】 - Equipment design for energy-related facilities - Alleviating labor shortages through automation and labor-saving measures - Streamlining complex piping and wiring design - Verification of control programs - Improving design quality through the use of 3D data 【Benefits of Implementation】 By implementing iCAD SX, the following benefits can be expected: - Reduction in design lead time - Improvement in design quality - Reduction of human errors - Increased production efficiency through automation and labor-saving measures - Promotion of information sharing through the use of 3D data

• 3D CAD

Automation and labor-saving in the chemical industry are essential for resolving labor shortages and improving productivity. However, simulating an entire factory presents many challenges, including vast amounts of component data, the integration of complex equipment, and the verification of control programs. iCAD SX achieves high-speed response by handling 3 million components in 0.2 seconds, addressing these challenges. 【Usage Scenarios】 * Automation and labor-saving in chemical plants * Layout design and simulation of production lines * Improving work efficiency through robot implementation * Verification and debugging of control programs * Streamlining maintenance and upkeep of equipment 【Benefits of Implementation】 By introducing iCAD SX, the following benefits can be expected: * Significant reduction in debugging work on actual machines through problem discovery and resolution during the design phase * Smooth data integration between multiple tools, shortening work time * Enhanced communication among stakeholders through visualization with 3D data * Resolution of labor shortages and productivity improvement through automation and labor-saving * Rapid development and realization of high-quality products

• 3D CAD

In food manufacturing, improving production efficiency through automation and labor-saving measures, as well as addressing the shortage of personnel, are urgent challenges. However, considering simulations for the entire factory and the introduction of robots requires vast data processing and complex verification tasks, which can be time-consuming and costly. iCAD SX is a 3D CAD that achieves high-speed response capable of handling 3 million parts in 0.2 seconds, enabling smooth design and verification of the entire factory. 【Usage Scenarios】 - Automation and labor-saving in food factories - Layout design of production lines and consideration of robot implementation - Simulation of new equipment introduction and interference checks with existing equipment - Streamlining production processes and addressing labor shortages 【Benefits of Implementation】 - Enables simulation of the entire factory on 3D CAD, reducing trial and error with physical machines - Prevents post-implementation issues by verifying robot introduction plans in advance - Early detection of problems during the design phase, shortening development lead times - Promotes information sharing and improves design quality through the use of 3D data

• 3D CAD

In today's world, where responding to small-lot, diverse production and addressing labor shortages are challenges, the automation and labor-saving in the manufacturing industry is an urgent task. However, there are many challenges in considering overall factory simulations and robot implementations, such as vast amounts of data, complex designs, and the integration of multiple tools. iCAD SX is a 3D CAD that achieves high-speed response capable of handling 3 million parts in 0.2 seconds, solving these challenges. 【Usage Scenarios】 * Manufacturing sites for machine tools * Improving production efficiency through automation and labor-saving * Addressing labor shortages through robot implementation * Preliminary verification of new equipment installation * Streamlining operations through data integration between multiple tools 【Benefits of Implementation】 By implementing iCAD SX, it becomes easy to conduct overall factory simulations, allowing for pre-implementation of robot integration, equipment layout optimization, interference checks, and control program verification. This leads to a reduction in debugging work on actual machines, shortening of development lead times, prevention of human errors, and improvement in production efficiency.

• 3D CAD

In the electronics industry, which requires a response to small-lot, multi-variety production, improving production efficiency through automation and labor-saving measures is an urgent issue. However, the design and verification of the entire factory require enormous time and effort, and debugging on actual machines also poses a significant burden. iCAD SX is a 3D CAD that achieves high-speed response capable of handling 3 million parts in 0.2 seconds. It allows for the simulation of the entire factory, facilitating smooth consideration of automation and labor-saving measures. 【Usage Scenarios】 * Consideration of automation and labor-saving measures in electronic device manufacturing lines * Layout design and interference checks during the introduction of new equipment * Simulation of work efficiency improvements through robot implementation * Verification and debugging of control programs * Business efficiency improvements through data linkage between multiple tools 【Benefits of Implementation】 * Reduction of debugging work on actual machines, leading to shortened development lead times * Discovery and resolution of issues during the design phase, reducing rework in the manufacturing process * Efficiency in information transmission through 3D data sharing * Improved development speed through strengthened collaboration among multiple departments * Enhanced quality through the reduction of human errors

• 3D CAD

In the aerospace industry, equipment design faces many challenges, including complex shapes, a vast number of components, and strict quality requirements. To efficiently carry out processes from design to manufacturing and verification, 3D CAD that can handle large-scale models with high-speed response is essential. iCAD SX is a 3D CAD solution that addresses these challenges and supports the realization of smart factories. 【Usage Scenarios】 - Manufacturing sites for aircraft and satellite components - Consideration of automation and labor-saving measures - Design of a vast number of components - Complexity of data integration using multiple tools - Reduction of the burden of debugging work on actual machines 【Benefits of Implementation】 iCAD SX significantly streamlines the processes from design to verification through high-speed response and large-scale model support. - Reduction of design lead time - Improvement of design quality - Reduction of human errors - Increased productivity through automation and labor-saving measures - Promotion of digital transformation through the utilization of 3D data

• 3D CAD

In the automotive industry, improving production efficiency through automation and labor-saving measures, as well as addressing the shortage of personnel, are urgent challenges. However, the design and verification of the entire factory involve many difficulties, such as a vast number of parts and complex equipment interference issues. iCAD SX is a 3D CAD that achieves high-speed response capable of handling 3 million parts in 0.2 seconds, solving these challenges. 【Usage Scenarios】 * Design and verification of production lines through automation and labor-saving measures * Layout considerations when introducing new equipment * Simulation of work efficiency improvements through robot implementation * Interference checks with existing equipment * Debugging of control programs 【Benefits of Implementation】 By implementing iCAD SX, the following benefits can be expected: * Reduction of design lead time * Improvement of design quality * Reduction of human errors * Enhancement of production efficiency * Cost reduction

• 3D CAD

Click the black button [Download Catalog] to get it now. While 3D CAD and 3D design are gradually becoming more widespread, many companies find it difficult to imagine how to utilize 3D in the assembly stage. This document is supervised by the developer of the mechanical design-oriented 3D CAD "iCAD SX." It explains the benefits and specific methods of seamlessly utilizing 3D data from design to assembly, accompanied by diagrams. 【Do you have any of these concerns?】 ◆ The creation of 2D assembly drawings is a burden for designers. ◆ The necessity of design reviews (DR) from an assembly perspective. ◆ Dependence on veteran engineers. → We will introduce solutions to the above issues. Please click "▶ [No registration required for Ipros members] Download case studies here" to check it out.

• 3D CAD

＼Click the black button [Download Catalog] to get it now／ While the use of 3D data in processing is expected to significantly reduce man-hours, many seem to struggle with promoting it due to an inability to grasp a concrete operational image. This document is supervised by the developer of the 3D CAD "iCAD SX" for mechanical design. It introduces common issues and examples of initiatives aimed at promoting the use of 3D data in processing plans, with the goal of eliminating part drawings. 　【Do you have any of these concerns?】 　◆ I am designing in 3D, but I am drawing 2D diagrams for processing. 　◆ I have transitioned to 3D design, but the design burden has only increased. 　◆ I want to work on eliminating part drawings, but I don't know how. 　◆ 3D shapes are easy to understand, but dimension lines and geometric tolerances are hard to see. 　→ Here are some solutions to the above issues. 　＼We hold irregular online seminars where you can hear about examples of 3D utilization in manufacturing／ 　▶ Click here for 3D utilization seminar information! Please check it out. 　　　　　　　↓↓↓

• 3D CAD

＼ Iprosu members can get case studies without registration ／ What initiatives has the professional group Abirika, specializing in production equipment design, implemented to achieve a "30% or more reduction in manufacturing lead time"? Please obtain it from the black button "PDF Download" in the upper right. Are you creating 2D drawings for processing instructions even though you are designing in 3D CAD? While the adoption of 3D technology in mechanical design is progressing, many procurement processes still rely on paper drawings, and existing practices are hindering productivity improvements. The 3D CAD "iCAD SX," specialized in mechanical design, and the online mechanical parts procurement service "meviy" have begun collaboration. By uploading a 3D model created in iCAD, the hole attribute information is automatically reflected in meviy, allowing for a quotation of mechanical parts in just one minute. This significantly reduces the time-consuming tasks of creating 2D drawings and obtaining estimates, greatly improving design quality and work efficiency. For details and case studies, please click the link below. ↓ ↓ ↓

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Sumitomo Heavy Industries Environment, a water treatment engineering company with top-class domestic market share. At the company, after determining the core concept and basic specifications according to the required dimensions of the order drawings, they check for interferences and optimize the operator's workflow before the cooperating manufacturers begin detailed design and manufacturing. "iCAD SX" was introduced to improve the accuracy and efficiency of this design work. After the implementation, they achieved front-loading of the design process and a 22% reduction in design lead time. Although there was a problem with a decreasing number of veteran designers, the use of 3D CAD has made spatial design considerations easier, leading to an improvement in the skills of existing designers. [Case Summary] ■Challenges - There is a decreasing number of veteran designers who can create 2D drawings while envisioning 3D shapes. ■Results - Achieved a 22% reduction in design time. - Unique use of "synchronous motion" alleviated concerns during the delivery process. *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Aichi Machine Industry Co., Ltd., which is responsible for the manufacturing of small automobiles and automotive engines and transmissions. The company had been using 2D CAD for many years, but following the introduction of high-end CAD in the development department, it was decided to also implement 3D CAD in the manufacturing equipment department. By efficiently combining design reviews and layout considerations using 3D, along with 2D design, they have achieved improved design productivity. [Case Overview] ■ Background of Implementation - Decided to introduce 3D CAD to strengthen collaboration with the development department. ■ Results - Demonstrated excellent compatibility with CAD for automotive design, allowing for quick initiation of equipment design. - Enabled jig design that considers space in 3D, such as avoiding tools entering from two diagonal directions in the machining center, contributing to internal design reviews. - Rich drafting functions reduced the number of touches by 20% compared to conventional 2D CAD. *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Unibance Co., Ltd., which develops, designs, and produces automotive drive system units. The company was working on business reform in the design and manufacturing process to respond to the automotive manufacturers' demand for shorter delivery times, but it was difficult to carry out conceptual design using high-end 3D CAD. Therefore, iCAD SX was used for conceptual design focused on the mechanism of the transmission, and by applying high-end 3D CAD from the detailed design stage onward, they achieved greater efficiency in design work and reduced lead times. [Case Overview] ■ Challenges - A 3D CAD that does not interrupt the designer's thought process is needed for conceptual design. ■ Results - 3D modeling was achieved by utilizing 2D drawing assets and know-how for components such as shafts and gears. - Cross-sectional views from various angles were arranged in 3D space, allowing for meticulous conceptual design and reducing rework. *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

To Mimaki Engineering Co., Ltd., which maintains high performance, we would like to introduce a case study of the implementation of "iCAD SX." The company was exploring ways to shorten the processes from design to the establishment of production facilities and mass production in order to extend their period of leading the market without allowing competitors to catch up and to seize business opportunities. After the implementation, it became possible to share 3D data between the design department and production technology. Furthermore, by centralizing 3D data from design to production technology and manufacturing sites, the company is enhancing its competitiveness. 【Case Overview】 ■Challenges - Shortening the processes from design to the establishment of production facilities and mass production ■Results - Smooth internal reviews due to high processing performance and good operability - Direct connection between the design department and production technology department through 3D data *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

To Hokushou Co., Ltd., a mid-sized manufacturer of vertical conveying systems, we would like to introduce a case study on the implementation of "iCAD SX." In order to smoothly respond to both the increasing sophistication of needs and the trend of increased production, the company has been promoting business reform in both production and sales. By implementing iCAD SX, they achieved a significant improvement in design efficiency. A drawing search system was built based on the high-speed processing capabilities of iCAD SX, enabling the search of approximately 300,000 drawings in an overwhelming speed of just 2 seconds. It has also facilitated easy integration with BOM and PDM, contributing to a reduction in design lead time. [Case Overview] ■ Goals - 30% increase in efficiency, 50% reduction in defects ■ Results - Improved reusability of existing drawings through the construction of a high-speed drawing search system - Evolution into a knowledge-sharing system for past defects and recurrence prevention measures - Greatly contributed to the reduction of man-hours for designers, achieving a 30% increase in efficiency in the engineering department *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Hikari Co., Ltd., which possesses high competitiveness through detailed proposal capabilities and speedy launches. The company, which has been advancing the introduction of 2D CAD and mid-range 3D CAD, was working on the integration of CAD and CAM to smoothly transfer the intentions of the design department to the processing department as a final touch. They evaluated the overwhelming display performance of iCAD SX, as well as its customizability and reliable local support system. After implementation, they successfully built an advanced fusion environment of design technology and processing technology. 【Case Overview】 ■Challenges - Reduce the effort and mistakes in design and manufacturing/processing ■Results - Achieved CAD/CAM integration that matches the company's unique operations - Easy to implement detailed customizations - High evaluation of flexible design functions immediately after implementation *For more details, please refer to the PDF materials or feel free to contact us.

• 3D CAD

To ROKUROKU INDUSTRY Co., Ltd., a manufacturer of working machinery, We would like to introduce a case study of the implementation of "iCAD SX." The company faced the challenge of wanting to quickly establish a system that enhances design quality and prevents rework in the manufacturing process to respond to customer needs in a timely manner. Additionally, they aimed to strengthen their sales and marketing capabilities and introduced our product for the 3D design and development of a new model to be exhibited at the "Japan International Machine Tool Fair." [Case Overview] ■ Challenges - To quickly establish a system that enhances design quality and prevents rework in the manufacturing process - To facilitate smooth communication with customers ■ Reasons for Adoption - The basic flow of top-down design can be carried out smoothly - A seamless transition to 3D design is possible - High accuracy in converting existing 2D drawings *For more details, please refer to the PDF document or feel free to contact us.*

• 3D CAD

To Toyo Eitec Co., Ltd., a manufacturer of working machines, we would like to introduce a case study of the implementation of "iCAD SX." In the company, fundamental reforms and improvements in design quality were necessary to realize "technologies that can only be achieved by Toyo Eitec" with shorter delivery times and lower costs. After the introduction of the product, they have achieved results in speeding up design, knowledge transfer, and enhancing proposal capabilities. 【Case Overview】 ■Challenges - 3D design is essential to meet the demand for shorter delivery times. - High-end CAD systems have heavy data and are expensive. ■Reasons for Adoption - Compatibility with top-down design of our product. - Short training period (usable in practical work within 3 days). - High system stability. ■Results - Ability to utilize 3D models at client sites for presentations and specification decisions. - Achieved consistent 3D top-down design from concept to detailed design. - Upgraded young designers through knowledge sharing using 3D. *For more details, please refer to the PDF document or feel free to contact us.*

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Japan Vilene Company, a top domestic share and a global leader in non-woven fabric expertise. The company has been feeling the limitations of 2D design as the demands for production equipment have been increasing year by year in order to produce high-quality products that can compete with rival manufacturers. After the implementation, effects such as early detection of defects and reduction of rework appeared in a short period, enabling the rapid development of products that exceed user demands and the creation of advanced products. 【Case Overview】 ■ Background - The functional requirements for equipment have been increasing year by year, leading to a sense of limitation with 2D design. ■ Reasons for Selection - Evaluation of overwhelming 3D data processing performance. - Careful and prompt support system. - Ability to learn operation in a short period. *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Toshiba Electronic Engineering Corporation's Equipment Technology Center. The company has chosen to apply high-end CAD to electronic components and mold design, and to perform 3D design only in situations where 3D modeling is effective in equipment design, while continuing to use 2D design where 2D data suffices. After the implementation, they were able to significantly speed up the conceptual design process of manufacturing equipment, drafting work after detailed design, and the creation of technical documents such as operation manuals, which often require design changes. [Case Overview] ■ Reasons for Adoption - Ability to apply 3D in conceptual design - Smooth handover of drawings to external partner companies responsible for manufacturing ■ Results - Easy-to-understand 3D images enhance communication with overseas manufacturers *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at ShinMaywa Industries, Ltd., which comprehensively covers the lifecycle of parking. Among multi-story parking garages, there are structures such as decks, rails, and columns that can be planned with just a flat layout and arrangement. They were looking for a 3D CAD that could seamlessly utilize both 3D and 2D. After implementation, they successfully utilized analysis from the conceptual stage, optimized steel structural members, reduced rework during the prototype stage, and alleviated the workload for adjustment tasks at the assembly site. 【Case Overview】 ■ Reasons for Selection - Ease of assembly design - Drawing functions. Manufacturing drawings (2D drawings) are essential. - Ability to handle 3D/2D seamlessly in one file - Good support. The developer is domestic, so responses are quick and the support is solid. ■ Implementation Effects - In new designs, they successfully reduced rework during the prototype stage by utilizing analysis. This enabled the downsizing of the motor for the elevator through the lightweighting of pallets. - The effectiveness was also demonstrated in modification designs that required short-term construction. They were able to read 2D drawings and immediately conduct renewal design, facilitating discussions with the client and design review. *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

To Tsukasa Electric Co., Ltd., a manufacturer of small gear motors, we would like to introduce a case study of the implementation of "iCAD SX." The company adopted 3D CAD to design high-value-added products quickly. The product was chosen due to its excellent operability, ease of understanding for designers familiar with 2D CAD, simple transition, and the ability to utilize existing assets in the form of 2D drawings. As a result of the implementation, they were able to reliably perform interference checks and speed up prototyping by providing 3D data. [Case Overview] ■ Reasons for Selection - Excellent operability - Easy transition for designers accustomed to 2D CAD - Ability to use existing assets in the form of 2D drawings - Good cost performance, achieving the ideal environment of one unit per person *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of Shimizu Industrial Co., Ltd., which has automotive molded parts and resin molds as its two main business pillars, implementing "iCAD SX." Due to the slow response of high-end CAD, the company was unable to perform smooth operations for medium to large molds. Because they emphasized parameter design, the customization of minor operation commands lacked flexibility and was prone to obsolescence, leading to a standardization that halted evolution. By transitioning the mold mechanism design to our product, the design man-hours were significantly reduced. With improved response, assembly became easier to handle, and the previously impossible comprehensive interference checks could now be performed efficiently. 【Case Overview】 ■Challenges - The slow response made it impossible to perform smooth operations for medium to large molds. - Customization of minor operation commands lacked flexibility and was prone to obsolescence. ■Results - Achieved smooth operations without hindering designers' trials. - Comprehensive interference checks could now be performed efficiently. ＼ Click below to download the case study PDF ／ 　　　　　　　　　↓　　　↓　　　↓　　　↓

• 3D CAD

To JCC Engineering Co., Ltd., a manufacturer of capacitor manufacturing equipment, we would like to introduce a case study of the implementation of "iCAD SX." In the design of capacitor manufacturing equipment, it is common to reuse design drawings of parts and units from past excellent devices. However, creating assembly drawings that combine as many as 2,000 parts can be quite challenging for designers, which led us to shift towards 3D design. As a result of implementing this product, the productivity of part drawings has improved to more than twice that of before, and even those who do not have knowledge of manufacturing equipment can create part drawings without making mistakes, eliminating the need for revisions. [Case Overview] ■ Reasons for Selection - As a mechanical CAD, it has good operability, allowing drawings to be displayed in space and enabling the direct use of that data to create three-dimensional shapes. - With a transparent base sheet that allows users to draw basic lines, even designers accustomed to 2D CAD can quickly start 3D design. *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Coretech Co., Ltd., which specializes in automatic assembly lines and leak testing equipment for the automotive industry. By making conceptual drawings, which were traditionally created in 2D CAD, more visually accessible in 3D CAD, we believed that customer satisfaction (CS) could be enhanced, leading to the adoption of our product. After the implementation, design and manufacturing processes that previously took about four months were completed in approximately three months. Additionally, by replacing the conceptual drawings presented to customers with 3D versions, we were able to secure orders more smoothly. [Case Overview] ■ Reasons for Implementation - We believed that making conceptual drawings more visually accessible in 3D CAD could enhance customer satisfaction (CS). - Combining standard units to create products is effective in improving quality, cost, and delivery time (QCD). *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

To Fuji Machine Manufacturing Co., Ltd., which manufactures and sells special printing machines and coating machines, we would like to introduce a case study of the implementation of "iCAD SX." The company adopted this product due to its excellent responsiveness and specialization in equipment design. However, many designers experienced significant stress as they had to manage busy design tasks along with the unfamiliar operation of CAD, leading to a trend where designers gradually reverted to using only 2D CAD. In response, we launched the "3D CAD Implementation Project." We successfully navigated various obstacles to establish a robust 3D CAD environment. [Case Overview] ■ Reason for Adoption - Excellent responsiveness and specialization in equipment design ■ Results - A highly satisfactory system was established that not only met the specifications of the previous system but also included more convenient features. *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Fujikoshi Machinery Industry Co., Ltd., a semiconductor manufacturing equipment manufacturer with strong capabilities. The company adopted 3D design to meet the increasingly sophisticated and complex needs of its customers. After the implementation, the ability to design three-dimensional shapes directly not only increased design speed but also allowed for the examination of component placement and interference from various angles—vertical, horizontal, and diagonal—resulting in a noticeable reduction in design errors and corrections. [Case Overview] ■ Reason for Implementation - To respond to the increasingly sophisticated and complex needs of customers ■ Results - Increased design speed due to the ability to design three-dimensional shapes directly - Achieved operational efficiency through paperless processes - Realized high added value for the entire business by deploying 3D design company-wide *For more details, please refer to the PDF document or feel free to contact us.

• 3D CAD

We would like to introduce a case study of the implementation of "iCAD SX" at Hagiwara Industries Co., Ltd., which is responsible for the development, manufacturing, and sales of slitters and winders. The company considered transitioning to 3D CAD for cost reduction and securing talent through 3D design. They adopted our product, which scored high points in categories such as "ability to quickly process data for one machine" and "excellent operability." As a result of the implementation, they reported an increase in the skill level of their engineers, a reduction in design time, and an improvement in the quality of presentations to customers. 【Case Overview】 ■ Reasons for Implementation - Cost reduction and talent acquisition through 3D design - Remarkable improvement in the performance of 3D CAD ■ Implementation Effects - The number of defects decreased by approximately 58% compared to the previous year, and the time required to address them was reduced by about 13%. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of "iCAD SX" at Tsubasa Corporation, which has successfully achieved the domestication of transmission and distribution iron towers and poles. The company adopted our product because it allowed for customization specialized in tower design. As a result of the implementation, solid models are now automatically created simply by inputting the specifications of the towers, and the design of the joints, which previously required advanced skills, has also been semi-automated. 【Case Overview】 ■ Reasons for Adoption - Customization specialized in tower design was possible. ■ Implementation Effects - The training period, which used to take 10 years, has been shortened to 1 year. - The design of step bolts for maintenance inspections can now be handled by CAD, allowing them to be used in conjunction with the main material's joint bolts at the tower's joint sections. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of Hitachi Zosen Corporation, which boasts high technical capabilities and achievements in social infrastructure facilities such as power generation, waste incineration, and water treatment, regarding the introduction of "iCAD SX." The company felt the limitations of high-end 3D CAD for piping and grating design and decided to trial our product. As a result of the introduction, the design workload for piping and grating was reduced by approximately 30%. A significant factor in this reduction was the shortened time for design review and modeling. 【Case Overview】 ■Challenges - Processing time of high-end 3D CAD was a bottleneck. ■Results - The speed of response led all design work into a positive cycle, resulting in about a 20% reduction in workload due to the automation of routine tasks. - Interference checks became easier, significantly reducing rework during the assembly stage. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of "iCAD SX" at Nidec Sankyo Corporation, which develops and manufactures electronic components and system equipment. The company frequently receives requests for 3D models from client companies, and in some cases of OEM product design, there is a regular exchange of drawing data with business partners, prompting them to consider the introduction of 3D CAD. After implementation, the significant advantage observed in the actual design environment was the 3D interference check, which allowed them to identify approximately 10 interferences in advance within a period of 1 to 2 months. Given the high demand for short delivery times, the improvement in design quality has been greatly appreciated. [Case Overview] ■ Challenges - The advancement of products had made 2D design insufficient. ■ Results - Approximately 10 interferences were identified in advance within a period of 1 to 2 months. - Design quality was significantly improved. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of "iCAD SX" at Nitto Koshin Co., Ltd., which is engaged in the design and manufacturing of labor-saving systems such as various inspections and high-speed counting machines. In response to requests from the design review (DR), assembly department, and customers who wanted to "confirm with a 3D image," we began full-scale operations in 3D design. By establishing the minimum necessary operational rules and customizing the operation menu, we steadily transitioned to 3D design using a small start approach. The thorough utilization of the 3D viewer has enabled manufacturing without assembly drawings. 【Case Overview (Partial)】 ■Challenges - Customer requests to "see 3D drawings" - The necessity within the internal design department to "identify issues before assembly" - Even with careful attention in 2D design, details such as interference were overlooked, leading to rework during the assembly process. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of "iCAD SX" at Nikkon Kousakusho Co., Ltd., which is engaged in the development and manufacturing of holders for machine tools that require high precision. This product features user-friendly operability that responds to designers' intuition and high-speed processing performance, making it easy to convert 2D data into 3D. They are working on the 3D data conversion of existing products in compliance with ISO13399 and have quickly begun to implement a sales expansion strategy for the Industry 4.0 era. 【Case Overview】 ■Challenges - The previous 2D CAD had usability issues. ■Results - In the design of CNC rotary tables, flexible editing functions demonstrated significant power. - Achieved the 3D conversion of 2D data for existing products to expand the sales of tool holders. *For more details, please refer to the PDF document or feel free to contact us.

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In addition to the development and sales of noodle-making machines, we would like to introduce a case where "iCAD SX" was implemented at Daiwa Seisakusho Co., Ltd., which supports the prosperity of its customers. The company, which values communication with everyone involved in noodle-making, has adopted our product as a new communication tool. They have strengthened their development system, developing and improving over 30 types of noodle-making machines with just five people, and have achieved results in process efficiency through team design. 【Case Overview】 ■Challenges - It is difficult to imagine the finished product by looking at 2D drawings. - Combining assemblies designed individually does not lead to optimal designs. ■Results - Established a system that allows customers to understand the design content before creating custom products. - Applied to the development of new products, establishing a system to reflect customer feedback in the products. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of Niigata Transys Co., Ltd., a manufacturer with a tradition and track record in railway vehicle manufacturing, that has implemented "iCAD SX." In the company, as drawings became more complex, interferences between parts that could not be detected during the drafting stage frequently occurred during the manufacturing stage, leading to a chronic decrease in the efficiency of designers' work due to rework. As a result of implementing our product, rework due to part interference was reduced to less than 10%. The anxiety over product interference has been eliminated, allowing for more aggressive design. 【Case Overview】 ■Challenges - Interferences between parts that could not be detected during the drafting stage frequently occurred during the manufacturing stage. - Chronic decrease in designers' work efficiency due to rework. ■Results - Successfully reduced part interference occurring in later processes significantly. - Eliminated anxiety over product interference, enabling aggressive design. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of "iCAD SX" at Kobayashi Seisakusho Co., Ltd., a manufacturer of paper-making machinery. The product was introduced with the aim of shortening lead times through information sharing among designers and integration with the material purchasing system. We successfully established a development environment that enables smooth data exchange with external parties and can flexibly respond to functional expansions such as material purchasing integration. 【Case Overview】 ■Challenges - Need for a CAD system to support the engineering company ■Results - Achieved smooth data exchange with external parties - Successfully established a development environment that can flexibly respond to functional expansions such as material purchasing integration *For more details, please refer to the PDF materials or feel free to contact us.

• 3D CAD