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Cimatron is a 3D CAD/CAM system developed by 3D Systems. Cimatron significantly contributes to shortening the delivery time for mold manufacturing as an integrated solution for molds, achieving substantial efficiency improvements through its high functionality and ease of use. 【Features】 ■ It offers hybrid modeling, high-performance 3D design, and a wide range of machining capabilities. ■ By utilizing it as a comprehensive integrated system or optimizing individual processes, it enhances customers' competitiveness and profitability. *For more details, please request materials or view the PDF data available for download.

Cimatron has a rare capability to directly modify STL data, allowing mesh (point cloud) data with quality issues to be imported into a CAD environment. Additionally, the ECO function distinguishes itself from other systems by enabling users to identify only the truly necessary changes when searching for modifications that affect multiple models. It is also possible to compare mesh data (including point clouds) exported from advanced analytical software with product data due to recent technological innovations. Specifically, it can check overall shrinkage (confirmation of thin areas), product dimension tolerances, and defects such as sink marks and warping, and it has the ability to reflect only the modifications within the product correction model into the latest mold data without stress. A notable feature of Cimatron's ECO function is its ability to directly reflect design changes into the latest mold data. While many other CAD software also have comparison functions, the ability to compare modification data with mold data, accurately detect changes, and directly reflect those changes into the mold data is unique to Cimatron. The ECO function also has measures in place to address potential issues (history errors) inherent in its parametric functionality.

GO2cam, developed by GO2cam International (France), is a 3D CADCAM system for machining mechanical parts. It creates NC programs for milling, drilling, lathe machining, wire cutting, and electrical discharge machining from 2D CAD data and solid data, ranging from 2-axis to 5-axis operations.

We received the elliptical vibration device from Taga Electric for Yasuda Industries' high-precision 5-axis YBM machine and challenged ourselves to achieve the ultimate mirror finish processing. In the processing that controls micron-level downsteps in 5-axis machining, we have been implementing hairline processing on various 3D curved surfaces. While pursuing convenience for our customers, we have been gradually achieving results. Additionally, a new simulation function for checking interference has been developed in Cimatron, further enhancing its usability. We have become capable of accommodating a wide range of processing materials and shapes. If you are interested, please feel free to contact us.

The demand for precision in products is increasing, and their shapes are becoming more complex. Meeting these product needs has become difficult with just a single system. To break through this situation, we are focusing on collaboration with various manufacturers, including Cimatron users. The challenge of seeking opportunities in new areas through forward-looking initiatives is what enhances the value of Cimatron supported by Seiro. We have created a video showcasing the processing efforts in collaboration with Ultra Sonic equipment from Taga Electric, high-precision machinery from Yasuda Industries, tools from Tungaloy, and holders from MST. Please take a look.

Cimatron's stock recognition supports multi-axis models using 3D meshes. It is updated not only for 3-axis machining but also for positioning/simultaneous 5-axis machining. This results in a very smooth process with minimal air cutting, making it highly beneficial for multi-axis machining. It boasts high precision when setting up tools, shanks, holders, as well as components and fixtures that make up the machine for interference checks in simulations. Furthermore, it ensures safety when converting trajectories created for 3-axis machining to tilt transformations or 5-axis trajectories. With a wealth of applications, it also offers robust semi-automatic support for creating 5-axis trajectories. Cimatron enables efficient 5-axis machining while ensuring high safety standards.

A common issue when handling analysis data is that the data quality output from analysis software is not guaranteed. Therefore, in many cases, modifications on the CAD software side are necessary. Cimatron, being a CAD/CAM software developed by 3D Systems, the creator of STL, has a high affinity for STL data and possesses a mechanism that allows collaboration regardless of the analysis software manufacturer. For example, with point cloud data, it is possible to specify the edge length of the triangular mesh and convert it into mesh surface data, allowing for partial addition or deletion of facets while ensuring a certain level of accuracy. In areas where you want to maintain curves, it is also possible to use splines to preserve smooth curves. Furthermore, since it is possible to integrate the modeled shape with the mesh, the range of applications expands. The completed data can be directly used to create NC machining programs, and it is also possible to make model modifications while comparing with the original model.

Cimatron can flexibly handle various shapes such as solids, surfaces, and wire elements. It also widely supports advanced surface features required in industries like automotive. It allows for continuous work without filling gaps, is strong in freeform surfaces, and can flexibly design even with large assembly data, with the ability to use that information in CAM. Features appreciated by customers: ◆ Shortened delivery times as mold design can proceed even with incomplete data! Solidification of received data is not mandatory. Additionally, if there are gaps in the loaded data, work can still progress, which users have found to be "efficient." * Please be sure to watch the video. * The video is not of the latest version, so if you would like to see it in the latest version or have any questions regarding the latest version, please feel free to contact us. ◆ Efficiently edit progressed work while retaining parametric design data! It can load wireframe, point cloud, and mesh data into the design environment, meeting a wide range of requests in mold and prototype design.

Cimatron significantly contributes to reducing lead times in mold manufacturing as an integrated solution for molds, achieving substantial efficiency improvements through its high functionality and ease of use. 【Features】 ■ It offers a wide range of services from hybrid modeling and high-performance 3D design to extensive machining. ■ By utilizing it as a comprehensive integrated system or as a system for partial optimization of individual processes, we enhance our customers' competitiveness and profitability. *For more details, please request documentation or view the PDF data available for download.

This document explains four points to consider when selecting a CAM system that fits your company's manufacturing process. From the perspectives of "function," "expandability," "UI/usability," and "support," it includes specific comparison points such as standard features, the customizability of databases, the clarity of screens, and the robustness of support systems. This book serves as a helpful resource for comparing products from multiple angles to avoid failures in CAM implementation, so please make use of it. [Contents] ■ Four Ways to Choose CAM ■ CAM Selection Checklist ■ Summary ■ What is GO2cam ■ About Seiro Japan *For more details, please download the PDF or feel free to contact us.

This document is a collection of case studies on the implementation of the CAD/CAM system "CIMATRON," which is specialized in 3D mold design. It includes examples from eight companies, such as press mold and plastic mold manufacturers. It introduces the challenges faced by each company, the solutions provided by the introduction of this product, and the specific effects of the implementation. For companies considering a transition to 3D design or looking to improve operational efficiency, this document is filled with information that can provide hints for solving challenges. 【Featured Case Studies (Partial)】 ■ Kyowa Kogyo Co., Ltd.: Achieved a 50% reduction in construction time by effectively utilizing 3D press design. ■ Creative Technology Co., Ltd.: Significantly reduced design errors even with complex shapes. ■ Maruichi Co., Ltd.: Reduced design man-hours for freeform surface shapes. ■ Toyoei Kogyo Co., Ltd.: Achieved a 30% increase in efficiency in mold design and electrode design. ■ Akebono Co., Ltd.: Realized 3D mold design in mold design, resulting in a 20% efficiency increase. ■ Kuroda Seisakusho Co., Ltd.: Successfully automated and unmanned the processing and measurement of partial electrodes. *For more details, please download the PDF or feel free to contact us.

This document explains the key points for achieving shortened construction periods with the theme of "3D Mold Design." We introduce specific methods to leverage the effects of 3D design from three perspectives: "unification of design and manufacturing systems," "utilization of specialized functions," and "streamlining of process flows," along with actual case studies. This content is recommended for those looking to gain insights into the challenges of 3D mold design and tips for achieving shorter construction periods. [Contents (partial)] ■ Top 3 issues and factors in 3D mold design ■ Case studies that significantly improved mold manufacturing efficiency ■ Key points to maximize the effects of 3D design ■ Unification of design and manufacturing systems ■ Utilization of specialized functions *For more details, please download the PDF or feel free to contact us.

This document introduces the features included in the 3D CAD/CAM system "Cimatron." It explains a variety of design support functions that cater to both single and progressive dies, such as model unfolding, finite element analysis, progressive layout design, mold structure design, and trimming punch creation. The system is packed with features that enable rapid responses to design changes and automate repetitive tasks, contributing to shorter delivery times and improved quality. [Contents] ■ What is Cimatron ■ Feature Introduction ■ Summary ■ About Seiro Japan *For more details, please download the PDF or feel free to contact us.

This document explains the reasons why the introduced CAM is not sufficiently utilized on-site and the measures to address this issue. It analyzes the reasons for the lack of establishment of CAM on-site, such as usability issues and challenges in the implementation process. It introduces how to choose products that fit your company based on three criteria: "UI," "coexistence with business flow," and "support system." This will help prevent the waste of costs and time due to mistakes in CAM selection and facilitate smooth on-site implementation and operational efficiency. [Contents (partial)] ■ About this document ■ Reasons for lack of utilization ■ Common "negative cycle" in CAM implementation ■ Criteria for selecting CAM that promotes on-site utilization ■ What is GO2cam *For more details, please download the PDF or feel free to contact us.

This document explains why the 3D CAD/CAM system "Cimatron" can contribute to improving operational efficiency. Based on actual user feedback, it delves into three key features: "excellent UI design," "user-friendly system," and "convenient dedicated functions," while also introducing flexible operability and smooth integration features. From the perspectives of tool usability, functionality, and operational methods, you can gain insights that help achieve efficiency improvements. [Contents (partial)] ■ What is Cimatron ■ Cimatron's solutions ■ Case studies from three users ■ Two perspectives on efficiency improvement *For more details, please download the PDF or feel free to contact us.

This document summarizes the success stories of four companies that have implemented the CAD/CAM software "GO2cam." We specifically introduce how companies that were struggling with long programming times for machining processes or faced challenges in training young employees have resolved these issues through the adoption of "GO2cam." We hope this serves as a helpful hint for solving challenges such as improving efficiency in the processing site and developing human resources within your company. [Featured Cases] ■ Haruki Metal Industry Co., Ltd. ■ Itoh Hagane Co., Ltd. ■ Hope Engineering Co., Ltd. ■ Iida Co., Ltd. *For more details, please download the PDF or feel free to contact us.

Introducing the CAD/CAM software 'GO2cam' option "Deburring." When you select the machining surface, edges are automatically extracted, and paths are created. By setting a safety distance, interference is automatically checked, resulting in paths that do not cause interference. In the case of a 5-axis machining machine, deburring can be performed while rotating the workpiece. The deburring option is available for both 3-axis and 5-axis. 【Features】 ■ Automatic edge extraction from solids ■ Interference checks are performed automatically ■ Deburring is also possible on 5-axis *For more details, please download the PDF or feel free to contact us.

In the manufacturing of plastic molds, press molds, forging molds, and casting molds, we will introduce the relationship between the surface roughness of the machining when using 3D CAM and the pitch of the machining path. We hope this will be somewhat helpful. The content we are about to explain is aimed at those who fall into the following categories. Please take a look. 【Recommended for】 ■ Those who want to confirm the relationship between the size of the tool radius and the scallop ■ Those who are unsure about setting the pitch between paths in CAM *You can view the detailed content of the article through the related links. For more information, please download the PDF or feel free to contact us.

In the manufacturing of plastic molds, press molds, forging molds, and casting molds, we will introduce the relationship between surface roughness and the pitch of machining paths when using 3D CAM. We hope this will be somewhat helpful to you. The content we will explain is intended for those who fall into the following categories. Please take a look. 【Recommended for the following people】 ■ Those who want to confirm the relationship between tool radius and surface roughness ■ Those who are unsure about setting the pitch between paths in CAM ■ Those who want to confirm the relationship between precision symbols on drawings and machining *You can view the detailed content of the article through the related links. For more information, please download the PDF or feel free to contact us.

In the manufacturing of plastic molds, press molds, forging molds, and casting molds, we will introduce key points for improving the efficiency of machining processes using 3D CAM. We will also provide examples using the integrated 3D CAD/CAM Cimatron for molds. Manufacturing is exposed to global competition, and are you struggling with the pressure to improve productivity? Sometimes, how about considering things from a different perspective? This article focuses on the NC machining processes in mold manufacturing and introduces key points for efficiency using CAM software. The machining equipment will be limited to milling machines such as machining centers. *For detailed content of the article, you can view it through the related links. For more information, please download the PDF or feel free to contact us.*

We will hold an online seminar titled "Introduction to Electronic Potting Analysis Using Moldex3D for Resin Flow Analysis." We plan to introduce an overview of the electronic potting process and analysis examples. The content may change depending on the situation. For details and registration, please refer to the related link. We sincerely look forward to your participation. 【Event Overview】 ■ Date and Time: December 23 (Tuesday) 11:00 AM - 11:40 AM ■ Registration Deadline: December 19 (Friday) ■ Participation Fee: Free ■ Capacity: 100 people *For more details, please download the PDF or feel free to contact us.

"Estimating and program creation take time, resulting in low machine utilization." "The setting of processing conditions depends on the person in charge, making it difficult for younger employees to develop." The specialized CAD/CAM for parts processing, 'GO2cam', solves these common challenges in parts processing environments. Its greatest feature is the "Operation List" function, which allows processing conditions and processes to be registered as patterns and called up with a single click. Since past processes can be accumulated and reused as assets, the time required for tool path creation and inputting processing conditions is significantly reduced. By managing folders by customer and product, it also enables the sharing of know-how and visualization. At Itoh Hagane Co., Ltd., intuitive operability and process reuse have made it possible for younger employees to operate in a short period. The time spent selecting processing conditions has been reduced, achieving a significant reduction in programming man-hours and an increase in utilization rates. It can handle 2D drawings and 3D models with the same operation, and can directly generate machining paths from 3D data, allowing for flexible responses to the diversification and sophistication of parts processing. It is an ideal CAM solution for companies that want to balance labor reduction and technology transfer. *For more details, please download the PDF document or feel free to contact us.*

【Common Challenges】 ■ It takes time to learn CAM, and new employees are not becoming productive quickly. ■ The process of converting 3D drawings to 2D takes a lot of man-hours and mistakes occur. ■ Processing know-how has become dependent on individuals, leading to a heavy training burden. The introduction of the dedicated CAD/CAM for parts processing, 'GO2cam', has solved these challenges in human resource development and operational efficiency. At Iida Co., Ltd., they were operating by converting 3D data to 2D before handing it over to the processing site, which resulted in significant man-hours and human errors. After implementing GO2cam, they were able to generate processing paths directly from 3D data, reducing the time for outputting processing data by about half. The drawing creation process, which previously took three days, can now be completed in one day. Additionally, with intuitive icon operations and a comprehensive help function, even those without CAD experience can be operational within 1 to 2 months. The software supports tasks that previously relied on individual skills, enhancing the efficiency of new employee training and strengthening information sharing between departments. This case study presents specific initiatives that have simultaneously achieved human resource development and man-hour reduction. *You can view it immediately by downloading the catalog.

【Common Issues】 ■ It takes a long time to rewrite 3D supply data into 2D. ■ A machining program is created every time a quote is made, stopping production to check processing time. ■ Complex shapes are difficult to handle in-house, necessitating reliance on outsourcing. The introduction of the dedicated CAD/CAM for parts processing, 'GO2cam,' addresses these issues. At Haruki Metal Industry Co., Ltd., a significant amount of labor was required for creating machining programs and calculating estimates, leading to increased operator burden and production stoppages. After implementing GO2cam, machining paths can be created directly from 3D models, with features such as holes automatically recognized. The need to rewrite to 2D has been eliminated, significantly reducing program creation time. Furthermore, the simulation function makes it easy to check machining feasibility and processing time. There is no longer a need to stop machines for dry runs, allowing for maximum utilization of equipment capacity. The company is now able to handle complex shapes in-house, leading to a reduction in outsourcing. This case study presents specific measures for reducing labor by half through the use of 3D data. *You can view it immediately by downloading the catalog.