Convert SVG artwork into STL + DXF for fast dimensional-letter fabrication

Sign and dimensional‑letter fabricators — roughly 250,000 small shops worldwide — routinely convert designer SVGs into CNC/3D‑printable formats and still spend 1–3 hours per job hand‑editing vectors in CAD, compensating for kerf, thickness, tabs and assembly features. This manual work creates delays, errors and frequent outsourcing, especially on high‑volume or custom lettering where a single job can consume an operator's day. You could build a cloud‑first conversion engine that ingests SVG (including compound paths and text outlines) and outputs manufacturing‑ready STL and DXF with machine‑specific offsets, kerf compensation, automated tabs, nesting, assembly aids and batch processing, plus a developer API for CAM, nesting and ERP exports. Delivering per‑material presets, visual previews and export profiles for major routers and slicers would let shops move from design receipt to G‑code‑ready assets in minutes rather than hours. The timing is favorable: a $15.0B addressable market composed of ~250,000 shops averaging $60k/year in software, tooling and outsourcing spend means even modest penetration (0.5–2%) is economically meaningful, and trends—democratization of digital fabrication and preference for cloud SaaS—support rapid adoption. Operationally, reducing manual CAD by 30–60% on typical jobs can increase throughput and margin for shops and provide a clear, measurable ROI to justify subscription or per‑export pricing. To stand out you’ll need to prioritize fidelity to original artwork, machine‑certified export profiles, a robust test corpus across 500+ shop configurations and open integrations, while acknowledging real challenges: machine and tooling fragmentation, numerous vector edge cases, and the upfront investment required in QA, integrations and reseller/channel partnerships to achieve scale.