I have a collection of high-resolution TIFF bitmap images that need to be converted into clean, closed vector paths for machine cutting. Your task is to extract accurate contours, eliminate noise, and deliver files that my CNC and laser systems can read without post-editing. Scope of work • Analyse each TIFF, detect all relevant outlines, and generate a single-layer path that is free of double lines, gaps, or overlaps. • Supply the vectors in SVG or DXF (both if practical). • Keep scale, proportions, and corner fidelity intact so the parts cut exactly to spec. • Document any automated workflow you use (e.g., Python + OpenCV, Illustrator actions, Potrace) so I can reproduce results on future batches. Acceptance criteria • Paths import into my cutting software with no open nodes or self-intersections. • Tolerance ±0.1 mm from the source contour when measured at key points. • All delivered files named to match the original TIFFs. If you have prior experience vectorising industrial artwork for routers, lasers, or water-jets, I’d love to see a sample. Turnaround and reliability matter more than sheer speed, but a quick demo on one image will help us get started.