CATIA V5 Machining surpasses all the existing industry proven suites of NC Manufacturing applications. CATIA V5 Machining delivers best-in-class products and solutions that enable manufacturing industries to plan, detail, simulate and optimize their machining activities to build better products.
Thanks to tight integration between tool path definition and computation, tool path verification and output creation the user can boost production quality by machining the right part, first time.
Offers a high level of associativity between product engineering and manufacturing processes and resources (PPR) so companies can manage concurrent engineering and manufacturing flows better and reduce the length of the design to manufacturing cycle.
By integrating the pervasive knowledgeware capabilities of CATIA V5 (in manufacturing intent and macro storage, for example), NC products allow the capture of skills and reuse of proven manufacturing knowledge and avoid repetition.
CATIA V5 NC products offer a wide set of flexible high-speed machining operations such as concentric roughing, Z-level milling, spiral milling and 5-axis flank contouring. This decreases the time needed to execute shop floor operations.
As a result of an intuitive user interface, users are trained faster and then use the full breadth of CATIA V5. Ease of use brings hard fun!
CATIA V5 Machining solution can be used as a single system to cover a wide set of integrated applications, fom lathe to 5-axis milling. This allows companies to institute strong, manageable and long-term partnerships with their CATIA CAM supplier.
Unique environment for machine tool definition and peripheral resource (tool and pallet changers) in support of NC programming and simulation. Product Highlights:
Upfront integrated environment for machine and material removal simulation based on tool path or ISO code during machining operation definition. Product Highlights:
Access, visualize, and browse 3D NC Manufacturing data from CATIA V5. Product Highlights:
Automatically build geometrical machining features for prismatic machining using, advanced feature recognition techniques. Product Highlights:
Easily define NC programs dedicated to machining 3D parts, using 2.5-axis milling and drilling operations. Product Highlights:
Easily define NC programs dedicated to machining 3D parts using 3-axis surface machining operations. Product Highlights:
Easily define NC programs dedicated to machining 3D parts using multi-axis surface machining operations. Product Highlights:
Provide highly productive global rough to finish machining strategies for structural prismatic multi-cavity parts. Product Highlights:
Easily define NC programs dedicated to machining complex 3D parts within a single workbench including nearly all 2.5-axis to 5-axis machining technologies. Product Highlights:
Easily define NC programs dedicated to machining 3D cylindrical parts on a lathe, using 2-axis lathing and drilling operations. Product Highlights:
Easily define NC programs dedicated to machine parts on multi-slide lathe machining centers with multiple turrets and spindles. Product Highlights:
Easily validate machining processes and analyze the accuracy of machined parts. Product Highlights:
Help to generate and repair meshes to obtain machinable mock-ups. It is designed for the rapid prototyping of machines working with STL files as input. Product Highlights: