Product Lifecycle Management (PLM) application software helps you expand your revenue streams with innovative products that meet or anticipate customer demands. Discover how you can increase the speed and agility of your product development while reducing risk with IBM's portfolio of PLM applications.
- CATIA integrates a suite of collaborative product design software applications covering Computer Aided Design (CAD), Computer Aided Engineering (CAE) and Computer Aided Manufacturing (CAM).
- DELMIA accelerates collaborative manufacturing, enabling manufacturers in any industry to define, plan, create, monitor, and control their production processes.
- ENOVIA MatrixOne provides a highly scalable and flexible data model for collaborative business processes. ENOVIA MatrixOne provides best-in-class collaborative product development business processes for enterprises across a wide range of industries.
- ENOVIA SmarTeam provides rapid ROI and multi-CAD support. ENOVIA SmarTeam provides best-in-class product lifecycle collaboration solutions for product teams throughout the extended enterprise and across the supply chain with out of the box capability and low cost of ownership.
- ENOVIA Synchronicity products help Semiconductor companies to streamline business processes and reduce new product development time through one cohesive source of information that allows management and collaboration of design information and visibility into every product development process.
- ENOVIA VPLM removes barriers to innovation by allowing companies to manage a development processes during the intensive engineering cycles early in a product’s life. Managing the complexity of design for multiple configurations and variants in a collaborative development process, ENOVIA VPLM supports the development lifecycle of an enterprise's product development intellectual property, including product, process and resource data.
- SIMULIA extends the realistic simulation capability within the CATIA design environment, allowing designers to perform analysis directly on their master reference model for Thermal and Non-Linear Analysis.
