How it works
It enables users to interactively open JT data directly in the CATIA Composer environment. Once data has been opened it can be manipulated using the extensive functionality of the CATIA Composer application, allowing the user to access any product structure information, and geometry, while authoring CATIA Composer output. In addition to assembly structure and geometry information any JT Product Manufacturing Information (PMI) data is also converted, enabling it to be used for manufacturing output purposes. JT PMI (Product Manufacturing Information) is created as equivalent CATIA Composer data structures.
Supporting
JT assembly and tessellated or BREP geometry is translated into native CATIA Composer assembly structure and geometry definitions. In addition to the already supported native JT and PLMXML assembly structure definitions, the translator now supports the ability to read an assembly structure defined in STEP AP203 BOM format with subordinate JT files.
Re-use 3D design data for document publishing
This plug-in product enables the re-use of 3D design data for document publishing processes. It enables CATIA Composer users across the enterprise to work with JT files. By directly using JT data it lowers costs, improves quality and reduces timescales for document creation.
Parallel Development
Theorem’s strategic partnerships with Dassault Systemes and Siemens, ensures that there is a parallel development between the latest releases of CATIA Composer, JT and Theorem’s products, allowing Theorem to continue to provide solutions to the Composer community, supported by the vendors, ensuring high quality support.
A Logical Approach to CAD Data Exchange
What should you consider when starting a CAD Data Exchange project?
This article aims to help people highlight, and then side-step, common problems that may occur during their data exchange lifecycle.
