DEP uses Point Cloud-Based Software Effectively
DEP helps a variety of enterprises to improve their products by effective identification of business opportunities and process optimization through continuous improvement in PLM. The innovative and smart process of tear down benchmarking helps initiatives directed at improvement opportunities, performance comparisons, competitor product analysis and such Agile best practices aimed at optimizing the PLM cycle. DEP services are world-class and customized for international clients across multi-sectors keeping in mind their very specific needs applicable to Point Cloud-based processes in PLM.
Product Lifecycle Management is at the heart of plant product design, maintenance, and upgrades. PLM provides the environment for the design workflow process where FEA and CAD files are worked on to provide ultimate solutions for version control and engineering change requests. PLM Components and 3D software development toolkits using the Siemen’s Point Cloud increase the optimization process and proposition value of CAE, CAM, CAD in applications for effective PLM by reducing the risk, cost and time factors of delivering innovative customized solutions of 3D software to customers.
DEP’s engineering passion has resulted in the development of a software platform that is proprietary. The platform handles the electronics design parametrization of CAE models, CAE and CAD model generation, and CAD morphing. Factors like materials used, procurement costs, specifications, competitive product analysis, product design etc are effective tools. DEP’s process involves the process of innovatively reengineering the value and quality aspects to effectively reduce product costs and performance.
The DEP MeshWorks platform manned by global and passionate engineers has created innovative solutions including the deployment of advanced technology tools like Hypermesh, CATIA, LS Dyna, Fluent, MeshWorks, Patran, Nastran, and UG NX. The DEP MeshWorks platform using Siemen’s Point Cloud enables the optimization and rapid advanced-meshing in the CAE driven processes of PLM product development.
