Buy Geomagic Design X Software
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Geomagic Design X
| Version | Price & Buy |
|---|---|
| Design X 2022 x64 | |
| Design X 2020 x64 |
Product Overview
Geomagic Design X is reverse engineering software for converting 3D scan data into feature-based parametric CAD models. It combines point cloud processing, automated feature extraction, and surface modeling tools to create editable solid models from 3D scans in a single integrated environment targeting manufacturing professionals and design engineers.
Design X is used by engineering teams in aerospace, automotive, and consumer product industries for legacy part reconstruction, tooling verification, and as-built design documentation. The software enables reverse engineering workflows for organizations requiring accurate CAD conversion from scanned geometry, mold and die recreation, and hybrid prismatic-organic shape modeling for desktop design and production contexts.
Why Buy Geomagic Design X from Prosoftstore?
We offer permanent Geomagic Design X activation with one-time purchase — professional reverse engineering software for design engineers and manufacturing teams without subscription fees. Full functionality included: point cloud processing, automated feature extraction, NURBS surface modeling, parametric solid creation, and LiveTransfer CAD integration for seamless export to SolidWorks, Inventor, Creo, and NX for desktop workflows.
Single payment from $60 to $65, lifetime access, no hidden costs or mandatory renewals. Suitable for independent reverse engineering projects, small manufacturing shops, consulting and prototype development, legacy part documentation, and skill development for CAD professionals working with 3D scan data.
Geomagic Design X Key Features
- Point Cloud and Mesh Processing: Import and process point cloud data from 3D scanners with automatic alignment, noise filtering, and mesh refinement to prepare scan data for CAD conversion.
- Automated Feature Extraction: Detect and extract prismatic features, holes, and planes directly from 3D scan geometry with automatic segmentation to build parametric solid model foundations rapidly.
- NURBS Surface Modeling: Create Non-Uniform Rational Basis Spline surfaces fitted to organic scan geometry with contour extraction, patch generation, and surface repair tools for complex freeform shapes.
- Hybrid Modeling Technique: Combine parametric solid features with NURBS surfaces in single models to handle mixed prismatic and organic geometry from actual scanned components.
- LiveTransfer Technology: Transfer complete parametric models with full design history directly to SolidWorks, Siemens NX, Autodesk Inventor, PTC Creo, and Solid Edge for continued editing in native CAD environments.
- Accuracy Analyzer Tools: Compare and validate CAD model surfaces, solids, and sketches against original scan data in real-time to verify deviation tolerances and ensure manufacturing readiness.
- Automated Sketching: Generate sketch lines, arcs, and curves fitted to scan data point clouds automatically to reduce manual profile definition and improve feature accuracy during model extraction.
- Direct Scanner Integration: Connect and control 3D scanners directly within Design X including Artec, FARO, Hexagon, Creaform, and Nikon devices to capture and import scan data without external preprocessing.
- Multi-Format Support: Import over 60 file formats including STL, PLY, OBJ, point clouds, and CAD data from diverse scanning sources and export to neutral STEP, IGES, and Parasolid formats for compatibility.
- Mesh Editing and Refinement: Edit, smooth, repair, and optimize triangulated mesh geometry with tools like Smart Brush polishing, floating point removal, and intelligent sampling for large-scale point cloud data.
- Solid and Surface CAD Creation: Generate parametric solid bodies with controlled feature trees and precise NURBS surfaces using semi-automatic workflows that replicate traditional CAD design processes from scan data.
- Virtual Scanning Tool: Create synthetic mesh geometry by combining feature profiles captured in normal directions across virtual planes to reconstruct complex internal and external geometry without physical scanning.
Geomagic Design X Applications
| Industry/Domain | Typical Applications |
|---|---|
| Aerospace & Defense | Turbine housings, impeller blades, structural brackets, engine components, legacy aircraft part documentation |
| Automotive & Aftermarket | Car rims and wheels, engine blocks, transmission housings, custom suspension components, OEM part reproduction |
| Mold & Die Manufacturing | Injection molds, stamping dies, EDM electrode reconstruction, tooling verification, worn tool restoration |
| Medical Devices | Surgical instruments, prosthetic components, dental implants, bone and joint implants, custom orthotic devices |
| Consumer Products | Electronic enclosures, product housings, packaging tooling, custom fixtures, reverse engineered components |
| Quality Control & Inspection | As-built documentation, dimensional verification, wear analysis, dimensional comparison to design intent |
| Heritage & Restoration | Historical artifact preservation, art object documentation, archaeological part recording, restoration part fabrication |
| Architecture & Civil Engineering | As-built building documentation, factory layout recording, structural component modeling, site survey CAD creation |
Ready to convert scan data to manufacturing-ready CAD models? Select your preferred version from the table above, click Buy, and start reverse engineering legacy parts and creating parametric solid models from 3D scans.