CATIA for Automotive Suppliers solutions

To achieve and maintain a leading position in the automotive industry, suppliers require process-centric solutions that can easily support OEMs’ business processes. They also require high-precision product creation and facilitated, efficient collaboration to meet customers’ needs with speed and accuracy.

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Discover our solutions
Base Package

CATIA Team PLM is the core configuration of CATIA PLM Express, giving customers the CATIA modeler for product design, knowledge capture and re-use in a collaborative environment. It also delivers core collaborative PDM functionality via ENOVIA SmarTeam, providing optimized CATIA design management and collaboration, and a solid foundation primed for PLM solution scaling.

Key Options

Knowledge Templates

CATIA - Knowledge Templates enables the creation of intelligent design templates which embed geometry and know-how to reuse with maximum security.

Jig & Tooling Creation

CATIA - Jig and Tooling Creation simply and quickly creates all the elements of tooling including structures (linear or curved), plates, using standard or user-defined sections, generic, and user tooling components.

Fabricated Product Creation

CATIA - Fabricated Product Creation is dedicated to the rapid design of sheet metal parts. Designers benefit from already capitalized know-how and can take into account manufacturing constraints early in the design.

Molded Product Creation

CATIA - Molded product creation delivers ultra fast functional modeling for unmatched productivity and flexibility, to address the complete design-to-manufacturing preparation process of molded parts.

Mold Tooling Creation

CATIA - Mold Tooling Creation is dedicated to fast mold and stamping die design. Designers are able to reuse already capitalized tooling know-how, enabling rapid tooling creation fully compliant with company rules and standards.

Mechanical Shape Design

CATIA - Mechanical Shape Design provides a unique and powerful spec-driven modeling approach for the creation of high-end mechanical shapes and the intuitive manipulation of free form surfaces.