Convert Mesh to CAD Surfaces

The Problem We're Solving

3D scanning, photogrammetry, and mesh based design tools generate billions of polygons, but CAD workflows demand NURBS surfaces and parametric geometry. Manual mesh-to-surface conversion is a critical bottleneck in product development pipelines; time consuming, error-prone, and expensive.

Mesh Intelligence

Our technology analyzes incoming geometry to detect features, boundaries, and topology. We understand discontinuities, sharp edges, and surface intent—not just raw polygons.

Surface Reconstruction

We apply modern computational geometry techniques to fit NURBS surfaces, B-splines, and other CAD-native primitives. We preserve critical features while smoothing noise and manufacturing artifacts.

MakeSurface applies computational geometry algorithms to intelligently reconstruct clean, manufacturable surfaces from arbitrary mesh data. Transform unstructured point clouds and polygon meshes into topology aware CAD objects; ready for simulation, fabrication, and further design iteration.

Why This Problem Matters

The digital-to-physical transition is accelerating. 3D scanning is cheaper and faster than ever. Mesh-based design tools are more powerful. But the CAD infrastructure that manufacturers depend on hasn't evolved at the same pace. Mesh-to-CAD conversion remains a critical bottleneck in manufacturing, product development, quality control, and time-to-market.

Our Technical Foundation

Languages & Tools

Mesh Processing: Point cloud filtering, manifold analysis, feature detection

Surface Geometry: NURBS fitting, B-spline computation, topology-aware generation

CAD Integration: STEP/IGES file generation, parametric geometry encoding, multi-format export

Computational Performance: GPU acceleration, spatial indexing, scalable pipelines

Robustness: Error handling for malformed input, quality metrics, batch processing

The Team

The founding team brings together researchers and engineers with deep backgrounds in computational geometry, CAD systems, 3D reconstruction, and software architecture. We've studied this problem extensively. We understand the mathematics. We know the CAD landscape. And we're building a solution that actually works in production.