UEL announced on September 28, 2026, that sales had begun for the latest version of its industrial suite, CADmeister 2026, a platform that combines CAD, CAM, and CAE tools for designing molds and products and their associated manufacturing processes. The release integrates generative artificial intelligence capabilities for analyzing design data, along with new functions aimed at reducing manual work in preparing manufacturing toolpaths and inspecting 3D models.
CADmeister is used in mold and product design by manufacturers and their suppliers. UEL says that the platform has been in use since sales began in July 2005, with adoption exceeding 5,000 licenses. The new release is aimed particularly at environments that rely on accumulated expertise among mold designers and manufacturing engineers—expertise that is difficult to transfer or standardize within work teams.
Artificial Intelligence Within Design Data
CADmeister 2026 enables the use of generative artificial intelligence with CAD data through the API for Excel. The mentioned applications include analyzing simulation results, predicting sheet-metal springback, suggesting forming-process sequences, estimating mold locations, and optimizing mold weight.
UEL also indicates that users can reuse accumulated design data and technical knowledge through artificial intelligence, helping standardize certain design decisions and reduce reliance on individual expertise. However, the source does not explain which artificial-intelligence models are used, the data requirements, or the mechanisms for protecting industrial design data.
Additional Automation in CAM
The CAM component receives new functions under CAM-AUTO. These include using mold data to generate partial machining toolpaths and creating standardized machining settings in batches, as well as capabilities for creating machining data by referring to the mold model and specifying the parts to be manufactured.
These functions are intended to reduce the time required to prepare machining toolpaths, lessen setup and review errors, and increase the standardization of CAM processes. Their practical benefit remains linked to the accuracy of the mold data and the need for operators to review the results before using them in production.
3D Model Inspection and Data Management
UEL has added the 3D Check function for inspecting part locations and geometric relationships, with tools for verifying details such as guide paths, parting surfaces, and elements associated with mold design. A function has also been added for checking interference among mold components and obtaining the weight of design data according to product parts.
The new functions also include registering multiple 3D models at once and importing part models and related data such as properties, materials, notes, and standards. UEL believes this can help organize the search for previous production data and reuse it in design and manufacturing.
Why Does This Release Matter?
The most important change in CADmeister 2026 is not the addition of a new drawing tool, but the transfer of artificial intelligence from general assistance to mold data, manufacturing toolpaths, and design inspections. This makes it important for companies seeking to reduce repetitive work and preserve technical knowledge within reusable systems.
At the same time, the source provides no details about pricing, availability plans outside the Japanese market, or independent measurement results proving the extent to which design and manufacturing time can be reduced. The release should therefore be evaluated in practice according to the quality of the organization’s data, the accuracy of the artificial-intelligence outputs, and the controls required before adopting the results in actual production operations.