Mechanical Design Manufacturing
Mechanical Design and Manufacturing are two closely related fields in engineering that focus on the creation of mechanical systems and products, from conceptual design to full-scale production.
Mechanical design refers to the process of designing components, machines, or systems that can perform specific functions. It involves turning conceptual ideas into tangible products or mechanical systems that operate efficiently, reliably, and safely with tasks like 3D modeling, material selection, simulation, and performance analysis.
Manufacturing refers to the process of producing the designed mechanical components or systems on a larger scale, converting raw materials into finished products using various processes and technologies which include material processing, machining, assembly, quality control, and testing. It aims at mass-producing the designed components with precision, quality, and cost-efficiency.
The software solutions help companies in the mechanical design and manufacturing domain stay competitive by improving productivity, innovation, and quality
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Manufacturing drawings
Manufacturing drawings, also known as production or shop drawings, are detailed technical documents used in mechanical design and manufacturing that provide comprehensive information necessary for the fabrication, assembly, and inspection of mechanical components or systems. These drawings serve as a blueprint for machinists, engineers, and technicians to produce a part or product accurately.
Electrical drawings
Electrical drawings in mechanical design and manufacturing refer to technical diagrams that detail the electrical systems and components integrated into mechanical products, machinery, or manufacturing processes. These drawings serve as blueprints for designing, assembling, and troubleshooting the electrical aspects of a mechanical system. They ensure that the electrical elements are seamlessly incorporated with the mechanical design for optimal functionality.