Reverse engineering for teams who need exact, editable geometry, fast.
We convert 3D scans, mesh files, and point clouds into production-ready CAD data, native to the software your team already uses.
For direct import into your CAD system, we offer parametric data. Native CAD data is available in the following programs, each built with full parametric history, so individual geometric elements of the scanned part can be changed constructively in your own data format.
Our SolidWorks reverse engineering services convert 3D scan data, mesh files (STL, OBJ), point clouds, and physical parts into fully editable, native SolidWorks CAD models with a complete construction history. Every model is built using parametric features, sketches, and design intent, letting engineers change dimensions, update features, and optimize designs without rebuilding the model. Whether you need conversion of existing parts, a product redesign, or manufacturing-ready CAD data, our SolidWorks reverse engineering solutions deliver precision, flexibility, and long-term usability.
Our reverse engineering services for Autodesk deliver highly precise, native Autodesk CAD models with a complete construction history, for seamless editing and future design changes. Using advanced CAD reconstruction methods, we convert scan data, mesh models, and existing parts into fully parametric models that preserve the original design intent. The resulting Autodesk files integrate smoothly into design, simulation, manufacturing, and product development workflows.
Our Creo reverse engineering services transform 3D scan data, mesh files, and legacy parts into fully editable native Creo CAD models with complete construction history. Each model is built using intelligent parametric features, enabling engineers to modify geometry, update dimensions, and optimize product designs without rebuilding the CAD model. Our Creo reverse engineering solutions help manufacturers reduce design time while maintaining exceptional accuracy and engineering integrity.
Our Autodesk Inventor reverse engineering services create fully editable native Inventor CAD models with complete construction history from 3D scans, mesh files, or physical parts. Every model is developed using intelligent parametric features that preserve design intent and allow quick engineering modifications. Whether you're replacing legacy drawings, improving existing products, or preparing designs for manufacturing, our Inventor reverse engineering solutions provide accurate, feature-based CAD models ready for production.
Our CATIA V6 reverse engineering services deliver fully editable native CATIA V6 CAD models with complete construction history for advanced engineering and product development. We accurately convert scanned components, mesh files, and legacy parts into feature-based parametric models that preserve design intent and enable future modifications. Ideal for aerospace, automotive, industrial equipment, and precision manufacturing, our CATIA V6 reverse engineering solutions provide production-ready CAD data that integrates seamlessly into enterprise PLM workflows.
For use as a complete element in downstream design, for measurement work, or for volume calculations, the more affordable and much faster volume data is enough. We create volume data using Siemens NX or Design X. The finished data is provided as a .stp file in STEP format (or .igs / .iges on request).
Our DesignX reverse engineering services convert 3D scan data, mesh files (STL, OBJ), point clouds, and physical components into accurate STEP-based CAD models using Geomagic Design X. The workflow combines scan processing, feature extraction, surface reconstruction, and CAD modeling to create editable, manufacturing-ready geometry. STEP output provides broad compatibility with leading CAD platforms, making it suitable for product redesign, engineering analysis, manufacturing, and downstream CAD workflows.
Our DesignX reverse engineering services transform 3D scan data, mesh files (STL, OBJ), point clouds, and physical components into accurate IGES-based CAD geometry using Geomagic Design X. We use advanced scan processing, feature extraction, surface fitting, and reverse engineering techniques to recreate complex components with precision. IGES output enables smooth data exchange across different CAD and engineering environments.
Our Siemens NX reverse engineering services convert 3D scan data, mesh files (STL, OBJ), point clouds, and physical components into accurate STEP-based CAD models using Siemens NX. The process combines scan data processing, surface reconstruction, feature creation, and precise CAD modeling to recreate components for engineering and manufacturing applications. STEP output enables compatibility with a wide range of CAD platforms while preserving accurate geometric information.
Our Siemens NX reverse engineering services transform 3D scan data, mesh files (STL, OBJ), point clouds, and physical components into accurate IGES-based CAD geometry using Siemens NX. Our engineers apply scan processing, surface reconstruction, feature modeling, and precision CAD techniques to recreate components for a variety of engineering applications. IGES output supports efficient CAD data exchange across different design and manufacturing platforms.