3D Scanning & Reverse Engineering
3D scanning and reverse engineering turn physical samples into editable, manufacturable CAD. AgileMakeAI delivers industrial blue-light/structured-light and handheld laser capture, point-cloud stitching, surface reconstruction, feature completion, and 3D inspection — for part replication, missing drawings, sample reverse CAD, and pre-production review, with machinable STEP/IGES and inspection reports.
Six Scanning & Reverse Capabilities
Choose equipment and reverse depth by part size, surface complexity, and deliverable goals
Blue-Light / Structured-Light Scan
Structured Light ScanningRecommendedProcess 01Fixed blue-light scanners for small-to-medium precision parts — fine detail, deep cavities, and complex surfaces.
Handheld Laser Scanning
Handheld Laser ScanningProcess 02Portable handheld laser for large parts, on-site capture, and irregular shapes — segment then stitch.
Point-Cloud Stitch & Process
Point Cloud ProcessingProcess 03Multi-view registration, denoising, decimation, and meshing — clean STL/PLY for modeling and inspection.
Surface Reverse Reconstruction
NURBS Surface ReverseProcess 04Convert meshes to editable NURBS — ideal for appearance parts, freeform surfaces, and redesign.
Feature-Based CAD Modeling
Parametric Feature ModelingProcess 05Rebuild holes, slots, ribs, and draft as parametric features — ready for CNC/sheet metal and revisions.
3D Dimensional Inspection
3D Inspection & ComparisonProcess 06Color-map deviation vs CAD or golden sample with dimensional reports for pre/post production QA.
Targets & Deliverables
Metal, plastic, sheet metal, and assemblies — point cloud, mesh, editable CAD, and inspection reports
Typical Applications
From physical part to manufacturable CAD — faster replication, redesign, and QA
Legacy part replication
Scan undocumented parts to machinable CAD for CNC/3D print
Missing drawing recovery
Reverse sample to STEP plus annotated 2D drawings
Sample redesign
Rebuild freeform surfaces while keeping mating features
Pre/post production compare
First-article color maps vs CAD to locate out-of-tolerance zones
Mold wear inspection
Cavity scan vs history model for wear and rework allowance
Assembly fit check
Multi-part scan to check gaps, interference, and assembly path
FAQ
QWhat accuracy can you achieve?
Desktop blue-light/structured light typically ±0.02mm; handheld laser on large parts ~±0.05mm. Reflectivity, occlusion, and calibration affect results — complex parts can be scanned in segments.
QWhat should I provide?
A physical sample is enough to start. Old drawings, mating requirements, tolerances, or target formats (STEP/report) speed reverse engineering.
QCan shiny or transparent parts be scanned?
Highly reflective or transparent parts often need spray or targets. We assess non-destructive options and explain any temporary surface effects.
QWhat are the deliverables?
Options: raw point cloud, STL mesh, NURBS surfaces, parametric STEP, 2D drawings, and color-map PDF. We can engineer outputs for CNC/sheet-metal quoting.
QTypical lead time?
Scan + point-cloud processing ~1–3 days; surface/feature reverse ~3–7 days; large or on-site jobs by schedule. Rush available on request.
QCan reverse CAD go straight to manufacturing?
Feature-based STEP can go straight into CNC/3D print/sheet-metal quotes. We recommend a DFM check on fits and tolerances before production.
From physical part to manufacturable CAD
Share requirements or talk to an engineer for scanning, reverse CAD, and inspection quotes