DXF EM to SVG Converter

The tool provides a deterministic workflow to convert 2D CAD data from DXF and EM into SVG vectors. It parses standard entities (polylines, arcs, circles, and hatch outlines), normalizes coordinates, and outputs scalable SVG paths and shapes. By preserving units and optionally layering, it enables downstream edits in vector editors and preserves geometry for documentation and fabrication.
Conceptually, input CAD data is read, the geometry is transformed into SVG primitives, and then grouped by source layers if requested. Coordinates are scaled according to user-specified units, and polylines are translated into path data with line and curve commands. Advanced options allow path simplification and stroke/fill mapping while avoiding rasterization.
Target users include CAD technicians, engineers, and designers who exchange files across teams or who prepare assets for web or print. The tool's unique value lies in preserving structure (layers) and geometry, enabling reliable, repeatable conversions without manual tracing. Typical use cases include converting architectural plans, mechanical drawings, or electrical schematics into SVG for documentation, catalogs, or virtual demonstrations.
Core features include: input format support (DXF, EM), layer grouping, unit mapping, and output as clean SVG; optional tolerance and path simplification; batch processing for multiple files. The tool focuses on accuracy, deterministic results, and compatibility with common CAD-to-SVG pipelines.