3D REVERSE ENGINEERING SERVICES FOR CAD
Reverse-Engineering in Parametric Data
Create CAD Data with Parametric History
For reading data directly, we offer parametric data records. We offer native CAD Data in:
- Reverse Engineering in Solidworks
- Reverse Engineering in Autodesk
- Reverse Engineering in Inventor
- Reverse Engineering in CREO
- Reverse Engineering in Catia
CAD Data for these Softwares are always created with parametric history. To change single geometric elements of the scanned object, we create a CAD file according to your demand in the data format you need.
For example Solidworks - The geometry of the scan-data is directly recreated in Solidworks. The result is a Solidworks file, which can be opened and edited with parametric History in Solidworks.
1. SolidWorks Reverse Engineering Services – Native SolidWorks Models with Construction History
Our SolidWorks reverse engineering services convert 3D scan data, mesh files (STL, OBJ), point clouds, and physical components into fully editable native SolidWorks CAD models with complete construction history. Every model is created using parametric features, sketches, and design intent, allowing engineers to modify dimensions, update features, and make design improvements without recreating the model. Whether you need legacy part conversion, product redesign, or manufacturing-ready CAD data, our SolidWorks reverse engineering solutions deliver precision, flexibility, and long-term usability.
Key Benefits
- Native SolidWorks (.SLDPRT & .SLDASM) files
- Complete feature tree and construction history
- Fully parametric and editable CAD models
- Accurate 3D scan to CAD conversion
- Ideal for product redesign, manufacturing, and quality inspection
- Supports legacy part digitization and engineering modifications
2. Autodesk Reverse Engineering Services – Native Autodesk Models with Construction History
Our Autodesk reverse engineering services provide highly accurate native Autodesk CAD models with complete construction history for seamless editing and future design updates. Using advanced CAD reconstruction techniques, we convert scanned data, mesh models, and existing components into fully parametric models that preserve the original design intent. The resulting Autodesk files integrate smoothly into engineering, simulation, manufacturing, and product development workflows.
Key Benefits
- Native Autodesk CAD files with editable feature history
- Parametric CAD models for easy design modifications
- Precision reverse engineering from scan data and meshes
- Supports manufacturing, simulation, and documentation
- Faster product development and engineering change management
- Preserves design intent for future revisions
3. Creo Reverse Engineering Services – Native Creo Models with Construction History
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.
Key Benefits
- Native Creo parametric CAD models
- Complete feature tree and construction history
- High-accuracy scan-to-CAD conversion
- Editable sketches, features, and dimensions
- Simplifies redesign and product optimization
- Manufacturing-ready CAD data for engineering workflows
4. Autodesk Inventor Reverse Engineering Services – Native Inventor Models with Construction History
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.
Key Benefits
- Native Autodesk Inventor (.IPT & .IAM) files
- Fully editable parametric feature tree
- Accurate reverse engineering from 3D scans
- Supports assemblies, manufacturing, and technical documentation
- Easy engineering changes and design updates
- High-quality CAD reconstruction for legacy products
5. CATIA V6 Reverse Engineering Services – Native CATIA V6 Models with Construction History
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.
Key Benefits
- Native CATIA V6 CAD models with feature history
- Fully parametric and editable geometry
- High-precision 3D scan to CAD conversion
- Supports aerospace, automotive, and industrial applications
- Preserves design intent for future engineering changes
- Ready for manufacturing, validation, and PLM integration
Reverse-Engineering in Volume-Data
Create CAD files out of Scan Data
For processing as a complete element in a sequel construction, for measurements or e.g for calculations of volumes, cheaper and faster created Volume-Data is sufficient. We create Volume-Data with Siemens NX or Design X.
- Design X (Geomagic) - The scan-data will be read and converted into surfaces in a mix of manual und semi-automated process.
- SiemensNX - The scan-data will converted into surfaces manually after reading the data.
The resulting data is available in STEP format as a *.stp file.
1. DesignX – Reverse-Engineering in STEP
DesignX Reverse Engineering Services – STEP-Based CAD Models
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 reverse engineering workflow combines scan processing, feature extraction, surface reconstruction, and CAD modeling to create editable and 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. Whether you need to digitize legacy components, recreate complex parts, or convert scan data into usable CAD geometry, our DesignX reverse engineering solutions deliver accuracy, flexibility, and cross-platform compatibility.
Key Benefits
- Accurate STEP (.STEP & .STP) CAD output
- Advanced 3D scan-to-CAD conversion using DesignX
- Feature-based and surface-based reverse engineering
- Suitable for complex and freeform components
- Compatible with major CAD platforms and downstream workflows
- Ideal for product redesign, manufacturing, and inspection
- Supports legacy component digitization and engineering modifications
2. DesignX – Reverse-Engineering in IGES
DesignX Reverse Engineering Services – IGES-Based CAD Models
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, making the models suitable for design development, manufacturing, inspection, and engineering applications. Whether you need to digitize legacy parts, recreate discontinued components, or convert scanned geometry into reusable CAD data, our DesignX reverse engineering solutions provide reliable accuracy and flexible interoperability.
Key Benefits
- Accurate IGES (.IGES & .IGS) CAD output
- High-precision 3D scan-to-CAD conversion
- Advanced surface reconstruction and feature extraction
- Supports complex, organic, and freeform geometries
- Easy data exchange across multiple CAD platforms
- Ideal for product redesign, manufacturing, and inspection
- Supports legacy part digitization and engineering modifications
3. Siemens NX – Reverse-Engineering in STEP
Siemens NX Reverse Engineering Services – STEP-Based CAD Models
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 for downstream design and manufacturing workflows. Whether you need legacy component digitization, product redesign, or manufacturing-ready CAD data, our Siemens NX reverse engineering solutions deliver precision, interoperability, and dependable engineering results.
Key Benefits
- Accurate STEP (.STEP & .STP) CAD output
- Precision scan-to-CAD conversion using Siemens NX
- Advanced surface and feature-based modeling
- Supports complex and freeform component geometries
- Compatible with major CAD systems and manufacturing workflows
- Ideal for product redesign, engineering, and manufacturing
- Supports legacy part digitization and design modifications
4. Siemens NX – Reverse-Engineering in IGES
Siemens NX Reverse Engineering Services – IGES-Based CAD Models
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, making the resulting geometry suitable for product development, redesign, manufacturing, and inspection. Whether you need to recreate legacy components, digitize physical parts, or convert scanned data into reusable CAD geometry, our Siemens NX reverse engineering solutions provide accuracy, interoperability, and flexibility.
Key Benefits
- Accurate IGES (.IGES & .IGS) CAD output
- High-precision scan-to-CAD conversion using Siemens NX
- Advanced surface reconstruction and feature modeling
- Supports complex, organic, and freeform geometries
- Flexible CAD data exchange across multiple platforms
- Ideal for product redesign, manufacturing, and quality inspection
- Supports legacy component digitization and engineering modifications