CAD & CAM Machining
From concept to code—production-ready models, toolpaths, and inspection plans.
Legacy Welding & Fabrication combines engineering-grade CAD with disciplined CAM
programming to deliver parts that manufacture cleanly and repeat reliably. We turn sketches and
ideas into robust models, apply practical DFM, and generate efficient 2D/3D toolpaths with clear
setup sheets—so your components hit tolerance, cost, and schedule.
CAD Engineering & Drafting
- Parametric parts & assemblies with revision control
- Fully dimensioned drawings with GD&T and callouts
- Model-Based Definition (MBD) and BOM generation
- Design for Manufacturability (DFM) & cost-down suggestions
CAM Programming & Prove-Out
- Validated 2D/3D toolpaths: facing, profiling, pocketing, surfacing, drilling, tapping, thread milling
- Adaptive roughing, rest machining, and optimized stepdowns for cycle-time reduction
- Workholding design (soft jaws/fixtures) and safe stock strategies
- Post-processed NC code with setup sheets, tool lists, and simulation checks
Request Your
Free Estimate Today
At Legacy Welding and Fabrication, we make it simple to get started. Feel free to submit an estimate request, and one of our skilled professionals will connect with you directly. We’ll review your project needs, provide expert guidance, and ensure you receive a reliable, customized solution.
Quality You Can Trust
We simulate, verify, and prove-out every program before chips fly. Toolpaths are checked against stock and workholding, critical features receive in-process inspection, and final results are documented. Expect crisp edges, true geometry, and parts that assemble without rework—run after run.Deliverables & Documentation
- Manufacturing models (STEP/IGES/Parasolid) and print PDFs
- NC programs (.nc/.tap/.gcode) with post settings noted
- Setup sheets, work offsets, tool lists, and fixture drawings
- Inspection plans, First Article Inspection (FAI), and material certs on request
Materials & Capabilities
Our CAD/CAM workflows cover a wide range of metals and plastics and are tuned for accuracy, surface finish, and repeatability—prototype through production.- Materials: Aluminum, Carbon & Alloy Steels, Stainless (300/400), Tool Steel, Brass, Copper, Bronze, Delrin/Acetal, Nylon, UHMW, PTFE
- Features: Tight true-position, precision bores, controlled flatness/parallelism/perpendicularity
- Tolerances: Typical ±0.001" machining; tighter on request with documented inspection
- Finishes: Smooth surface finishes; coordination of anodize, powder coat, paint, zinc/black oxide, passivation