Theorem Solutions of Tamworth, Staffordshire, UK are pleased to announce the latest release V22.2 of their CATIA V5i to JT visualization solution – part of the Visualize 3D product suite.
Theorem’s CATIA V5i- JT is a uni-directional direct database converter between the Dassault Systems’ V5 modelling application and the JT file format used by the Siemens VisMockUp visualization product. It can be packaged with Theorem’s JT-CATIA V5i to create a bi-directional product. It enables users to convert all forms of 3Dimensional mechanical design geometry and assembly data, together with system defined attribute and colour information, between the CATIA V5 and JT systems.
Theorem’s CATIA V5i-JT visualization solution allows CATIA users to continue working whilst reading or writing JT data without needing access to their CATIA V5 licenses.
Licenses of vendor specific CAD applications are expensive resources to purchase and to maintain. It doesn’t help when they are tied up for long periods of time on more design activities or when there aren’t enough available licenses to be able to multi-task different design projects.
It has been developed using the Spatial (Dassault Systemes) Interop Development Environment and supports all CATIA V5 revisions from V5 R15 to V5-6R2019, as well as all versions of JT from 8 to 10.3. The new Theorem UI is supported for both interactive and batch processing.
Theorem’s CATIA V5i-JT solution helps to increase the productivity of CATIA users by saving time whilst at the same time freeing up expensive CAD licenses.
Our solutions are built with development tools and APIs supplied and are supported by the major CAD vendors that we have strategic partnerships with. This means we do not reverse engineer and can provide you with a robust application that offers full control over data preparation and optimization for the target formats.
Theorem’s strategic partnerships with Spatial (Dassault Systemes) and Siemens ensures that the latest releases of CATIA V5, JT and Theorem’s Visualise 3D products, allow Theorem to continue to provide quality and robust data solutions to the CAD and Visualization communities.
