Practical application of 3D CAD data can be utilized to construct complex electronic and mechanical mechanisms (simple machines that make larger more complex machines operate), perform 3D part mechanical assembly and mechanism modeling, tolerance and fit checks, Finite Element Analysis (FEA) and Rapid Prototyping (RP – CNC, SLA, SLS), and Computer-Aided Machining (CAM), for machine – mold, die, tool or part creation, defining tool paths and cutting rate speeds, for creating tooling cavities and cores, manufacturing robotics assembly control, part inspection, etc. The process of CAD – CAE – CAM development allows the entire invention – product development process to be managed from concept to production assembly line robotics, including resource allocations, manpower management and fulfillment, minimizing costs, cycle time and reworks.

CAD Computer-Aided Design

The process of product development using CAD through prototyping, predictive analysis and manufacturing starts with the idea and thumbnail sketch combined with industrial design and extensive industry experience to deliver a well built  3D CAD model and data file with seamless translation of the CAD files (i.e. .stp or .igs) throughout the entire process. This process takes significant investment, planning and experience to deliver a profitable product design solution. With the integration of Computer Numerical Controlled (CNC) and Computer Aided Machining (CAM) and Rapid Prototyping and the Industrial Designers, Engineers Prototypers, Toolers and ultimately the Machine Operators knowledge of natural and man-made materials, craftworking, forming, molding and machining techniques, these tools create machine dedicated, automatic part builds or machine tool cutting command files. The Machine Operators must understand the product – part – assembly design intent as well as the properties, limitations, chemical and structural forces which are generated, released during and after the material removal or prototype build and the resulting geometries, be it clay, wood, plastic or metal.  Read More…. See the process overview.