Industrial Design and Engineering

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The first step in engineering a device or part of metal fabrication is design. Design and engineering are as closely connected as form and function. Every piece of metal we use today is designed based on its purpose, engineering principles, and performance requirements. While engineering guides the process, it still begins with sketches and digital renderings honed through design.

If you require custom metal fabrication, the process begins with design and engineering.

The First Step In The Metal Fabrication Process

The metal fabrication process begins with an order, a purpose that must be fulfilled, and a general idea of the required design. Designers and engineers work together to create a design that meets the necessary specifications, then create a digital prototype that can be created through the physical fabrication process.

This means that design always takes place before the first piece of metal can be cut and shaped.

The Importance of the Design Build Process

Design-build is at the heart of all manufacturing and construction processes. It is the connection between the initial vision and the final reality of a product, machine, vehicle, or structure. The design defines the shape, size, and purpose of the final build. Only when the design is complete can metal fabrication and assembly or construction begin.

Design-build is the complete process of taking an order from concept to completion. The term reflects the teamwork necessary between the designers, engineers, and builders, who work together to develop a final product that meets the standards of quality, durability, and performance.

The Design and Engineering Process

The design and engineering process is a multi-phase effort by which an initial design is transformed into an expertly engineered product, machine, or essential part.

  • 1. Initial Design

    The initial design is the request for custom metal fabricated parts or machinery from the client. It is submitted with a purpose, specifications that must be met, performance requirements, and sometimes aesthetic preferences for the appearance of the final product.

  • 2. Engineer Brainstorming

    The engineering team takes the initial design and works together to brainstorm the best features, materials, and methods to achieve the unified goals. This ensures that all potential possibilities are explored and the best design features rise to the top through debate and consensus.

  • 3. Refined Design

    The engineers agree on the best design and work with designers to create schematics and digital renderings using tools like CAD.

  • 4. Prototyping and Testing

    Digital and/or physical prototypes are created and tested to ensure the design achieves all specifications and performance metrics.

  • 5. Improvements and Corrections

    If necessary, testing may lead to improvements or corrections to the design until all tests are passed to satisfaction and the best design has been proven.

  • 6. Final Product

    The best design is then drafted and prepared for singular or mass production.

  • 7. Custom Fabrication

    The final result is a custom metal fabrication that meets the needs and features of the initial client's request.

Contact CM Metalworks & Welding Today

Custom metal fabrication is often necessary in the manufacturing, industrial, and construction industries. Whether a specific part is needed that meets industrial specifications or unique construction pieces are needed for a custom structure, the design-build process is an essential step in custom metal fabrication.

When you work with CM Metalworks & Welding, you can trust that your metal needs will be met with the best our team offers. We will work closely with your team to ensure every custom-fabricated part meets your needs, and we will ensure a perfect balance of durability and performance with every project.

Contact us today to consult on your custom metal fabrication needs.

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