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CATIA Automotive Body-In-White Design 3 (AB3)

CATIA Automotive Body-In-White Design 3 (AB3) provides the tools to perform advanced and specific 3D design of body-in-white elements used in the automotive industry. AB3 provides a full portfolio of productive and innovative applications, giving you an end-to-end productive solution to address complex part design, and achieve a ready-to-manufacture digital mock-up, while benefiting from CATIA V5 advanced knowledge and V4 integration.

Products contained in this configuration

	CATIA Assembly Design 2 (ASD) Easily define mechanical assembly constraints, automatically position parts and check assembly consistency			CATIA Knowledge Expert 1 (KE1) Ensure designers the consistency and quality of their designs with use of corporate standards rules bases
	CATIA Automotive Body-In-White Fastening 3 (ABF) Design body-in-white fasteners in the automotive assembly context			CATIA Object Manager 3 (CO3) Provides a scalable and open platform for collaborative product development with 3D technology and simulations, for higher productivity
	CATIA Automotive Body-In-White Templates (ABT) Deliver highly productive capabilities to accelerate automotive Body In White design process			CATIA Part Design 2 (PDG) Design complex parts with highly productive and robust modeling features in an intuitive environment
	CATIA Generative Drafting 2 (GDR) Generate drawings from 3D part and assembly designs with assistance to manage complex schema			CATIA V4 Integration 2 (V4I) Help existing CATIA Version 4 customers take advantage of Version 5 while preserving their investment in V4 data
	CATIA Generative Shape Design 2 (GSD) Help design advanced shapes based on a combination of wireframe and extensive multiple surfaces			IGES Interface 1 (IG1) Help users working in a heterogeneous CAD/CAM environment to exchange data through a neutral format
	CATIA Interactive Drafting 1 (ID1) Address 2D design and drawing production requirements			Real Time Rendering 1 (RT1) Enables designers to leverage technological material specifications to produce realistic model renderings