Infrared Laser & Structured Light
3D Scanning
Turn any physical object into an accurate digital model — ready for reverse engineering, reproduction, or modification.
3D Scanning
Our 3D scanning services bridge the gap between the physical and digital worlds. Whether you need to reproduce a discontinued part, inspect a manufactured component, or create a digital archive of a physical artifact, our scanning technology captures every detail with high precision — without touching or damaging the original.
Common Use Cases
- Reverse engineering obsolete or discontinued parts
- Creating digital twins of existing components
- Reproducing custom parts no longer available commercially
- Digitizing sculptures, artifacts, and collectibles
- Quality control inspection against CAD drawings
- Medical and dental applications (models and prosthetics)
- Capturing organic shapes for custom design projects
Wireless Infrared Laser Scanning
Our infrared laser scanner captures surface geometry without markers or fixtures. Ideal for mechanical parts, industrial components, and objects with defined edges and surfaces.
Structured Light Scanning
Projects a grid pattern and measures deformation to compute surface geometry with exceptional accuracy. Perfect for organic forms, sculptures, faces, and complex assemblies.
Reverse Engineering
Transform a scanned mesh into a fully parametric CAD model using Autodesk Fusion 360. The resulting model can be modified, scaled, and prepared for manufacture.
Quality Inspection
Compare a scanned part against its original CAD file to verify dimensional accuracy and catch manufacturing defects — useful for incoming goods inspection or production QC.
Specifications & Capabilities
- Wireless infrared laser scanner — no cables or markers required
- Structured light scanner — high-resolution surface capture
- Output formats: STL, OBJ, PLY, STEP (after mesh-to-CAD conversion)
- Accuracy: sub-millimeter depending on object size and material
- Minimum detail capture: ~0.5mm features
- Post-processing: mesh cleanup, hole filling, smoothing, CAD conversion
Our Process
- 1
Object Assessment
We evaluate the object's size, material, surface finish, and geometry to choose the best scanning approach.
- 2
Scanning Session
We capture the full surface geometry from multiple angles, building a complete 3D point cloud of the object.
- 3
Mesh Processing
Raw scan data is cleaned, aligned, and merged into a watertight mesh, ready for printing or further processing.
- 4
CAD Conversion (Optional)
For engineering applications, we convert the mesh into a parametric CAD model in Fusion 360 — editable and dimension-accurate.
Frequently Asked Questions
Ready to get started with 3D Scanning?
Tell us about your project and we'll get back to you with a quote and timeline.