Supplier Programs

Aerospace & Defense and Automotive Suppliers Can Save Up to 40% When Transitioning to Teamcenter & NX.

Transitioning to Siemens Teamcenter & NX – Built for Aerospace & Automotive Suppliers

For parts suppliers serving Aerospace & Defense and Automotive OEMs, aligning with customer engineering standards is a competitive necessity. Suppliers that use the same digital toolsets as their OEM customers reduce translation errors, accelerate collaboration, and move faster from design to production.

While changing CAD systems can feel disruptive, the greater risk often lies in not transitioning. Misaligned platforms can increase rework, slow data exchange, and introduce quality and delivery risk. Siemens NX, combined with Teamcenter, provides a comprehensive, end-to-end solution that supports design, simulation, and manufacturing within a single, integrated environment.

With the right approach, suppliers can assess platform differences, minimize transition risk, and position their engineering teams for long-term alignment with OEM programs.

Image_Engineers working with Siemens NX

Seamless Transition to Siemens Teamcenter & NX

Transitioning to Siemens Teamcenter

For Aerospace & Defense and Automotive suppliers, adopting Siemens Teamcenter and NX is about more than new software—it’s about aligning engineering processes with OEM expectations while protecting active programs and delivery timelines.

A successful transition requires careful planning, data continuity, and practical, supplier-focused execution. SIS helps small and mid-sized suppliers migrate from CATIA to NX and implement Teamcenter using proven best practices tailored to real-world manufacturing environments.

With deep expertise across the Siemens portfolio and hands-on experience supporting complex supply chains, we enable a smooth, low-risk transition—so you can standardize on the OEM-preferred digital platform and move forward with confidence.

If you’re ready to standardize on the same digital toolset as your OEM customers, we help you get there efficiently, with minimal disruption and maximum long-term value.

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