Going Beyond Design: Making CAD the Cornerstone of an Integrated-Design-to-Manufacturing Process

These tasks include virtual product simulation and design validation, reducing the need for physical prototypes; CAM (computer-aided manufacturing) programming, generating tool paths for CNC machining; additive manufacturing processes, including metal and plastics; mold, tool, die, and fixture development, supporting manufacturing processes; cost estimation and quoting, automating aspects of purchasing; shop floor documentation creation, including drawings, BOMs (bills of materials), assembly instructions, and exploded views; quality control inspection, formalizing inspection of incoming and manufactured parts; documentation development, automating the creation of user manuals and service guides; and photorealistic rendering, streamlining the development of high-quality images, videos, and interactive web content. What’s more, integrated product development tools can support these functions in a concurrent rather than a serial fashion. By helping manufacturers eliminate redundancies, unnecessary effort, and the potential for error, SOLIDWORKS® Premium 3D design software can serve as the cornerstone of an integrated design-to-manufacturing process, providing the efficiency, agility, and flexibility that manufacturers need to maintain a competitive edge.



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