STAFFORDSHIRE, UK, Nov 8, 2018 – Theorem’s CATIA V5i to NX is a uni-directional direct database converter between the Dassault Systemes’ v5 and Siemens’ NX modeling applications. It can be packaged with Theorem’s NX to CATIA V5i to create a bi-directional product. It has been developed using the Spatial (Dassault) Interop Development Environment and supports all CATIA V5 revisions from V5 R15 to V5-6R2017, and NX 10, 11 and 12.
Designed for companies who have limited or no access to the CATIA V5 application, but who need to create or read NX data, the CATIA V5i to NX CADverter is a high quality, cost effective translation solution designed to help solve the issue of working with and sharing incompatible data formats.
NX users who also have to work with data supplied in the CATIA format from customers and suppliers commonly find that they require access to a license of CATIA in order to translate the data in to NX. Using the CADverter, users can create NX data without needing access to a license of the CATIA V5 application.
Theorem’s CATIA V5i to NX solution helps to increase the productivity of the CATIA user by saving time and freeing up CAD licenses. It supports collaboration between OEM’s and their customers and suppliers, enabling original 3D mechanical design data to be re-used in downstream activities helping to increase data quality and reduce overall project costs.
Theorem’s strategic partnership with Spatial (Dassault Systemes) and Siemens ensures that there is a parallel development between the latest releases of CATIA V5 and NX, and Theorem’s CADverter products, allowing Theorem to continue to provide quality and robust data solutions for CATIA V5 and NX users.
About Theorem Solutions
Theorem Solutions works with engineering and manufacturing companies to reduce the cost of project collaboration with their customers, suppliers and internal departments. The innovative and advanced data translation products and services provided also helps to protect the value of engineering data and the intellectual property it contains.
For more information on Theorem Solutions, visit www.theorem.com.