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Thousands of companies in multiple industries worldwide have taken advantage of CATIA’s virtual design capabilities to ensure product success. CATIA design software delivers products and solutions for the companies of all sizes, from large enterprises and small and medium businesses.

Here are some key features of “CATIA”:
– A Unique new compatibility enables seamless Live Collaboration between CATIA Version 6 and V5
3D Models created in CATIA Version 6 can be sent to V5, retaining their core features. These features can be modified directly in V5. A design can now evolve iteratively, with engineers having the freedom to create and modify the part at the feature level, whether they use CATIA V5 or Version6. 

– Unique breakthrough technology which revolutionizes the way creative designers express and communicate their design intent
Natural Sketch brings to creative designers a new level of expression, creativity & communication via 3 unique user experiences, allowing them to:
Sketch in 3D to express & communicate their creative ideas
Transform their 2D idea into a 3D reality
Explore detailed design by sketching on 3D objects

– Flat cables geometry management for 3D wire harness design
CATIA 3D Electrical Design product takes benefit of the “flex algorithm” from Simulia to introduce a new, dedicated 3D representation for flat cables, which notably handles the torsion of the cable’s profile all along its center curve. The creation and management of 2D folds on flat cables makes it possible to design flat cables with a more realistic behavior, increasing the model’s quality and comprehension.

– Complex harness design and flattening can now proceed more concurrently
CATIA V6 allows electrical designers to upgrade their current harness design process, leading to important productivity improvements in the Downstream Preparation for manufacturing. Complex harness design and flattening can now proceed more concurrently, with sections or zones of the harness being extracted and flattened as the design evolves. There is no need to wait for the complete harness design to be finalized before proceeding with the flattening step. This way Layout management task which is extremely time consuming can now be started early in the process.

– ECAD – CATIA collaboration with exchange of the board layers & conductors definition
CATIA Printed Circuit Board Design now enables you to take into account all the geometry of the board, in order to ensure right first time design , and to reduce physical prototypes.  The product now supports the Import & Export of IDF files including the definition of layers and conductors, and their electrical properties. The modeling of detailed 3D circuit board conductors & layers is very useful for downstream analyses such as Voltage drop simulation, Heat flow or electromagnetic interference. It also improves the accuracy of the circuit board representation in the virtual product, removing issues related to mechanical design integration.

– Greater Openness for equipment engineering through improved support of industry exchange standards
The CATIA KBL Export function enables to export CATIA 3D electrical Systems & geometry into the KBL neutral format file.  Export to KBL format is needed for data exchange between car manufacturers and specialized wire harness manufacturing suppliers, to support collaboration scenarios.  

– Enrichment and  completeness of industry process coverage delivers productivity gains.
Plastic Mold Tool design time reduced by 60% with improved Template-based design approach.
New capability to create and manage Welding and Glue beads  ensures concurrent engineering, their management with configuration and versioning and  simplifying  re-use.
With new functionalities, such as constraints, patterns and mirroring,  most sheet metal product can now be designed completely within Bend Part Design. This product increases affordability and provides a more life-like experience to the designer.

– Automation gains accelerate complex  product modeling
Families of components or assemblies are now easily editable and shareable and can be automatically built from spreadsheet templates. This  brings automation to the  lifecycle management of component families and increases flexibilty to changes, versioning and variants.
CATIA Automated Design Process benefits from a key extension to the Enterprise Knowledge Language, reaching a new level in object modeling, generation and automation. This brings additional flexibility to the domain expert, who can now combine the two complementary approaches for product automation: interactive, through process or design capture, and/or language based, to the level of ICAD.

– Performance gains in Functional Modelling and real time editing in CATIA Live Shape
Major performance improvements increase the update performance of Functional Modelling for plastic part definition
Performance enhancements to Live Shape enables real-time editing for local changes to very large and complex products.

– Constraints, patterns and mirroring functionalities in Bend Part design
With new functionalities, such as constraints, patterns and mirroring, most sheet metal product can now be designed completely within Bend Part Design.  This product increases affordability and provides a more life-like experience to the designer.

– Increased control and visibility throughout the requirements engineering process for complex systems
A new Traceability Matrix provides an “all in one” Systems View which captures, manages and displays all relationships in the RFLP Systems Breakdown, enabling rapid understanding of current requirement fulfilment
Requirements Management of complex products with  large volumes of requirements is simplified through the introduction of new grouping and analysis capabilities.
Reviewers can now collaborate on Requirements in addition to Functional, Logical and Physical entities, while designers  can directly access the requirement that is satisfied by a given feature of a physical product. This ensures improved communication and project awareness.

– Increased development agility with the rapid definition, simulation and analysis of complex systems behavior
Animations are enriched  through the display of dynamic symbols in simulations , improving the  overall understanding  of systems behavior
Assembly & positioning of the 3D logical model can reuse  behavior simulation results, enabling the faster conceptual development of 3D  systems
Executable models are more easily shared for simulation on other computers. Export options enable the generated model to be executed on any computer free of any licensing.

– Reuse of Knowledge and Catalogs optimizes the systems design process
Faster  systems architecture definition and trade-off studies, with the pre-selection of relevant  sub-systems  catalogs or resources, ensures compliance with international or company standards.