Last Updated： Aggregation Period:Nov 19, 2025～Dec 16, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 19, 2025～Dec 16, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 19, 2025～Dec 16, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 15 items
Achieving significant simplification of complex product and software engineering.
Codebeamer is an ALM platform designed for the latest products and software development. It integrates product line development capabilities into ALM functions built on an open platform, providing unparalleled ease of configuration management for complex development processes.
【Use Case】BOM is automatically generated from 3D models! The process of creating parts lists changes with the introduction of PLM.
When introducing Windchill with the VRD method while keeping its standard functions, the operational procedures from the conventional system will change significantly. Here, we will specifically explain these changes using the new BOM registration as a use case. In the conventional system, it was common practice to register 3D models and BOMs separately, creating and automatically distributing the parts list (report) through add-on functions. After the introduction of Windchill's standard features, the operation will change to automatically generating the BOM at the stage of registering the 3D model. Additionally, the output of the parts list will change to using Windchill's standard format, allowing relevant departments to output it from the system as needed. This change is the key point that realizes efficiency through add-on-free operations and standardization of business processes. *Please download the materials to check the details regarding the operational changes in the BOM new registration use case illustrated in the diagram.*
Achieve an environment where siloed information at the level of bases, departments, and divisions is centrally managed, allowing access to necessary information with minimal operations.
■ Benefits of Implementation 1) Centralized Management of Information Product lifecycle management tools enable centralized management of all data from product planning to disposal. Since information is consolidated into a single tool, the sharing of information between departments is expedited, leading to improved operational efficiency. 2) Smooth Communication Based on Shared Data With PLM tools, the latest data can always be shared, facilitating smoother communication between departments. For example, by sharing changes in CAD data between the design and manufacturing departments, the response to changes can be accelerated. 3) Immediate Reflection of Design Changes in Other Documents When a design change is made, it typically requires manual updates to 2D detailed drawings, EBOM, MBOM, etc., sequentially from the 3D CAD data. However, by using PLM tools, information can be centralized, allowing for updates to the original CAD to keep all documents consistently up to date.
A PLM platform that integrates information fragmented by department without replacing existing systems and optimizes "manufacturing."
Aras Innovator is a PLM platform that covers all processes of the product lifecycle, from planning and design to manufacturing, ordering, and service. It is adopted by over 350 companies and 250,000 users worldwide. By connecting various data without replacing your existing systems, Aras Innovator builds a "digital thread" that allows you to utilize past design data and customer feedback after delivery for new product development, and enables the service department to use design and manufacturing information to carry out preventive maintenance effectively. The various product data in manufacturing is a valuable asset for any company. Let’s leverage that data to its fullest by building a digital thread with Aras and drive innovation in products and business in this era of significant change in manufacturing.
Building the 3DEXPERIENCE platform on the AWS cloud. Achieving rapid deployment and flexibility through cloud utilization!
This document introduces the 3DEXPERIENCE on AWS solution. This is a solution that builds the 3DEXPERIENCE platform, a PLM system provided by Dassault Systèmes, on the AWS cloud. By utilizing the AWS cloud, the implementation of the 3DEXPERIENCE platform can be carried out quickly and easily, while also reducing the operational burdens involved. Additionally, with CTC's support for implementation and operation, we provide customization tailored to the customer's environment and overall project support. The introduction of the 3DEXPERIENCE on AWS solution enables innovation in product development and manufacturing processes, as well as digital transformation (DX) for companies. *For more detailed information, please refer to the PDF document or feel free to contact us.
Create value in a short period of time by leveraging standardized features that require no customization, with a comprehensive portfolio of advanced PLM applications.
PTC's Windchill (PLM) is optimized to support stakeholders and external partners through advanced automation and interoperability for configuration management across departmental boundaries. - Latest Architecture The web architecture designed with the intention of coordinating multiple systems allows for the management of extensive data. - Secure Collaboration With IP and platform-based protection, you can work securely both inside and outside the enterprise. - Efficient Upgrades By upgrading the appropriate data with automated systems that save time, user confusion is minimized. - Management and Support You can utilize IoT-based continuous system monitoring and learning programs from PTC experts. - Flexible Deployment Deploying on-premises or as SaaS can improve uptime and security compliance. If you have any questions regarding Windchill, please feel free to contact us.
90% reduction in non-compliant products! The astonishing results brought by MBD.
MBD directly adds critical factors that affect quality (CTQ: Control Characteristics) to 3D models instead of drawings, and efficiently communicates this information without omissions to quality management, manufacturing departments, suppliers, etc. From the definition of control characteristics, checks (verification) using tools like Creo GD&T Advisor, to the digital execution of communication and reuse in process instructions and work instructions, we promote a paperless manufacturing process. As a result of adopting this MBD-based approach, remarkable achievements have been reported from pilots and PTC customers. Specifically, it has been demonstrated that non-compliant products were reduced by 90%, first-time inspection times were cut by 60%, and document creation was accelerated by 40%. Let's review the astonishing numerical results obtained from the introduction of MBD and the flow of digital information transmission in the materials. *For more details, please download the PDF or feel free to contact us.*
Half of the conventional time! The route to implementing a PLM solution in six months.
In the introduction of the Product Lifecycle Management (PLM) solution "Windchill," we will present an overview of the "VRD (Value Ready Deployment)" method recommended by PTC and its effect on shortening the implementation period. The VRD method adopts a "Fit to Standard" approach that tailors best practices based on successful cases of Windchill worldwide to the customer's business. In contrast to the traditional RVP method, which progresses based on customer requirements and typically takes 1 to 1.5 years, the VRD method allows for implementation in a shorter period (6 months to 1 year), achieving a reduction of approximately 6 months. This shortening is possible because it significantly reduces the time required for requirement definition and add-on feature development. *For a comprehensive overview of the entire VRD process and specific implementation cases, you can find detailed information in the downloadable materials.
A case of PLM that achieved short-term implementation by applying best practices for the first domestic medical device module.
Since PTC Japan adopted the VRD method, more than 10 domestic companies have already implemented Windchill based on VRD, achieving rapid deployment. Among them, we would like to introduce a case from a medical device manufacturer where the effect of shortening the implementation period was particularly remarkable. This medical device manufacturer, which we supported in the past, adopted the Windchill module for medical devices domestically. As a result of applying best practices through the VRD method in the implementation of a specialized module, which typically tends to take a long time, they successfully shortened the implementation period to about one-third of the usual time. This can be seen as a significant achievement, as aligning operations with standard functions minimized the need for add-ons. *You can download materials to check the specific implementation schedule and success factors for the medical device manufacturer's case in detail.*
![[Expert Warning] Common Challenges Facing Japan's Manufacturing Industry](https://image.mono.ipros.com/public/product/image/2001556364/IPROS6638082768602948729.png?w=280&h=280)
Is the artisan's skill becoming a hindrance instead? What is the critical reality of Japan's manufacturing, which continues to rely on "brute force" on-site? Presentation of explanatory materials.
Japan's manufacturing industry boasts world-renowned craftsmanship, but it faces a serious common challenge: the slow development of IT infrastructure and the digitalization of on-site operations. There is a growing sense of crisis across the industry that if things continue this way, Japan's manufacturing will become unsustainable. In many manufacturing sites, paper records are still in use, and traceability and the collection of manufacturing data heavily rely on manual labor, placing a significant burden on the workforce. Moreover, because the workforce is highly skilled, factories continue to operate through sheer effort without digitalization, leading to a vicious cycle where management fails to grasp the critical realities, resulting in delayed responses. The complexity of the processes from design to manufacturing is also a common challenge for Japan's manufacturing industry. Due to the lack of proper integration among E-BOM, M-BOM, and BOP, managing data during design changes requires considerable effort. *Download detailed materials now on why PTC products are the key to saving Japan's manufacturing industry.
What is PLM? "Facilitating Product Lifecycle Management"
It is required to automate the collaboration between product design and operations to make the entire product lifecycle more efficient and innovative. On the other hand, the traditional top-down approach to Product Lifecycle Management (PLM) is overly complex and time-consuming, making it impractical for many companies. This document introduces solutions that shorten time to market and increase revenue through effective PLM strategies. It explains the specific effects of PLM along with concrete examples and outlines three steps for a practical approach to PLM. [Main Contents] ◎ Effects of PLM ◎ Overcoming the complexity of PLM ◎ Practical approaches to PLM *For more details, please refer to the document. Feel free to contact us as well.
![[Case Study] Kawasaki Heavy Industries Robot Business Center](https://image.mono.ipros.com/public/product/image/96b/2000436129/IPROS65234765514532090717.png?w=280&h=280)
Utilizing "Aras Innovator" as a global platform for core technical systems. It also supports the acceleration of 3D design.
Our company completely transforms the old paradigm, providing "truly usable" PLM, from rapid implementation to speedy prototyping, all the way to Aras's philosophy of "openness." Here, we introduce a case study of the implementation of 'Aras Innovator' at Kawasaki Heavy Industries, Ltd. Robot Business Center. [Before Implementation] - As the 3D design process accelerates, the importance of 3D data management has also increased, making operation on a file server difficult. [After Implementation] - By integrating the existing design parts management system and electronic approval system, we achieved systemization without significantly changing business operations. - With automatically generated 3D PDF data, it is possible to confirm and share shape data even without licenses for 3D CAD tools. Additionally, by utilizing Aras Innovator, benefits such as "expansion of technical document management," "upgrading to the latest system through services to prevent issues," and "utilization as a digital engineering platform" have emerged. *For more details, please contact us or download the PDF materials to view.
What is the method suitable for your PLM implementation: "RVP," which meets all customer requests, or "VRD," which enables short-term implementation?
PTC Japan offers two types of Windchill implementation support services: the "RVP (Realized Value Platform)" approach and the "VRD (Value Ready Deployment)" approach, which differ significantly in their methodologies. The RVP approach is a traditional method that conducts a Fit & Gap analysis based on the customer's business requirements, filling gaps that cannot be met by standard functions with add-ons (customizations). This method has the advantage of being able to implement without changing existing business processes; however, it takes time for requirement definition and add-on development, resulting in a longer implementation period. On the other hand, the VRD approach is based on aligning business processes with PTC's best practices and utilizes predefined storyboards and configurations, allowing for a quicker implementation. *For detailed comparisons of the differences between RVP and VRD, such as implementation period and customization flexibility, please refer to the downloadable materials.*
Blue Origin/JHUAPH: Space development companies prove! Understanding design intent is the key to cost reduction.
Blue Origin and the Johns Hopkins University Applied Physics Laboratory (JHUAPL) have each implemented Model-Based Definition (MBD), achieving significant results in cost reduction and enhanced communication. Blue Origin recognizes that the greatest benefit of MBD lies in the ability to understand design through semantic references and model-based definitions, which has led to substantial cost savings. On the other hand, they cite the need for external training as the biggest challenge. JHUAPL also acknowledges that MBD provides an excellent method for conveying engineering information downstream, emphasizing that MBD encompasses not only annotations but also CAD geometry. Both companies are realizing improvements in design quality and efficiency through MBD while overcoming challenges related to appropriate standardization and interoperability. *Please refer to the materials for examples of how MBD successfully reduces costs and enhances communication in complex projects for both companies.*
Key to Successful VRD Method: Overcoming the Risk of Reduced Efficiency in Certain Operations to Achieve Overall Optimization through PLM Implementation Approach
The core of the VRD approach is "Fit to Standard." This means aligning business processes with Windchill's standard features, and adhering to this is a crucial point for the success of the implementation. With the introduction of Windchill's standard features, there may be changes to the business procedures that were previously followed in the old system, and the discontinuation of add-on features could lead to decreased efficiency in some areas. Therefore, project leaders must persistently advocate for the benefits of overall optimization to practical staff who wish to maintain the status quo of individual operations, and it is essential to build consensus to ensure acceptance of the implementation without add-ons. *For specific communication strategies to successfully implement "Fit to Standard" in Windchill, please download the materials for more details.*
