#Japan #Tokyo #Digital Twin #CADmeister #UEL Corp

Introduction to CADmeister 2025

UEL Corporation, a member of the BIPROGY Group, is set to transform the mold-making industry with its latest offering, CADmeister 2025, a robust 3D CAD/CAM/CAE system. Scheduled to launch on July 28, 2025, this new version focuses on advancing digital transformation (DX) in mold design and production through the implementation of digital twin technology. By enhancing the utilization of 3D data, CADmeister 2025 aims to address prevalent challenges in mold creation and is poised to improve efficiency throughout the industry.

Overview of CADmeister 2025

CADmeister has established itself as a trusted tool among automotive manufacturers and mold makers, supporting various processes from the design of press and resin molds to comprehensive analysis. The upcoming CADmeister 2025 not only enhances automation and quality in mold design but also streamlines CAM operations. One of the key innovations is the integration of high-precision analysis systems and applications employing extended reality (XR) technology, which together facilitate seamless data connectivity. This feature enables a continuous digital workflow from design to manufacturing and evaluation.

Addressing Industry Challenges

Japan's manufacturing landscape faces significant challenges due to increased complexity in mold design, driven by the automotive industry's shift towards electrification and lightweight materials as well as the advent of bioplastics in the resin sector. Additionally, with the aging of skilled technicians, the urgent need for tech knowledge transfer has highlighted the importance of digital connectivity between enterprises and divisions. UEL is enhancing its offerings to address these issues by automating traditional design trials and labor-intensive tasks, ultimately fostering easier accumulation and sharing of expertise.

Major Features of Version Upgrade

• - Enhanced Similarity Search Function:

The upgrade improves the similarity search capabilities for molds by optimizing attribute (tag) search functionality. This enhancement enables users to search not only by 3D shape but also by color, part name, supplier, and part number, facilitating smoother reuse of past design data. This leads to reduced design man-hours, improved estimation accuracy, and expedited delivery of services.

• - High-Precision Stress Analysis for Large Datasets:

CADmeister now offers compatibility with the ADVENTURECluster stress analysis system. Users can now export 3D data embedded with essential attributes for high-throughput analysis, streamlining preparation efforts significantly and reducing workload prior to calculations.

• - Automated 3D Inspection Automation with Excel Integration:

By leveraging CADmeister's advanced 3D model capabilities, automated inspection processes can now be integrated with Excel. This allows for automatic checks against threshold values while measuring distances between geometrical features on models, thereby assisting in early detection of potential assembly errors when multiple parts share the same measurement outcomes.

• - XR Application Data Output Capability for XDaevr:

A new data output function for the XR application brand XDaevr has been added, allowing seamless output in FBX format without the need for intermediate files. The first launch under XDaevr, titled "XDaevr SCRAP-FALLING," focuses on simulating scrap behavior in mold formation, ultimately improving design efficiency and aiding early detection of potential problems.

Future Engagements and Market Expectations

The CADmeister brand was first launched in July 2005 and is recognized as the only domestically produced 3D CAD/CAM/CAE system in Japan. Over the years, it has been adopted significantly by mold manufacturers, with over 45,000 licenses distributed. With the new CADmeister 2025, UEL anticipates selling around 5,000 licenses within the next year alone, catering not only existing customers but also reaching out to new markets.

Conclusion

The advancements embodied in CADmeister 2025 underscore UEL's commitment to driving digital innovation in the mold-making sector and enhancing Japan's manufacturing competitiveness on the global stage. Continuous improvements to digital links between industries and departments within the manufacturing sphere will be a focus as UEL shapes the future of mold design and production. For more information, visit CADmeister.

CADmeister is a registered trademark of UEL Corporation. Other company and product names mentioned are trademarks or registered trademarks of their respective companies.