Automated Fabrication Systems & Workflows

• • In many automated fabrication environments, production follows a logical sequence that can be summarized as Cut–Fab–Weld–Post.

    • This workflow begins with cutting, where raw materials—such as sheet metal, tubing, or plate—are processed to precise shapes and sizes using technologies like CNC laser cutting, plasma cutting, waterjet cutting, or automated sawing.

    • Next comes fabrication (Fab), where these cut components are formed or shaped into their final geometries through processes such as bending, rolling, stamping, or other forming methods.

      • Automated forming equipment ensures repeatability and reduces handling between steps.

    • Once the parts are formed, they move to welding, where welding systems join components into subassemblies or complete products.

      • Automation in this stage improves weld quality, speeds up production, and protects operators from heat, UV exposure, and fumes.

    • Finally, the post-process stage prepares the finished assembly for use or delivery. This may include grinding and finishing welds, applying protective coatings or paint, performing quality inspections, or adding hardware and other final details.

      • In modern automated systems, many of these post-processing steps can also be integrated into the workflow, creating a streamlined, high-efficiency production line.

  • By structuring operations into this clear sequence, manufacturers can reduce handling, minimize bottlenecks, and ensure a smooth, consistent flow from raw material to finished product.

• There are many ways you can utilize 2D cutting processes in manufacturing.

  • The methods shown below increase the functionality and efficiency of making 2D designs/products, and can either be used individually or combined into hybrid methods for even greater design performance/efficiency

Welding Workflows

Automated Fabrication Systems