Scan & Print Service
Professional 3D Scanning Services
We convert physical objects into accurate digital models — no original CAD required.
What We Scan
- Mechanical parts
- Discontinued or broken components
- Art, sculptures, and props
- Custom fittings and housings
- Small to medium-sized objects
Common Use Cases
- Reverse engineering unavailable parts
- Creating CAD files from physical objects
- Modifying existing components
- Preparing models for 3D printing or manufacturing
- Digital archiving
Our Process
- Send photos or bring the object
- We scan and capture geometry
- Model cleanup (if needed)
- Delivery of usable 3D files
- Optional fabrication available
Pricing
Flexible, transparent pricing:
Every project is unique. Pricing depends on object size, complexity, and turnaround time. Contact us for a free estimate — most quotes are returned within 24 hours.
Design → Prototype Pipeline
Click a stage to explore how each step accelerates your workflow
3D Scan & Capture
Turn physical objects into digital geometry — instantly
Replace days of manual measurement with a 5-minute scan
Sub-millimeter precision — no hand-drawing errors
Reverse-engineer parts, capture organic shapes, scan customer components
Dense point cloud → polygon mesh (OBJ, PLY, STL)
CAD & Mesh Editing
Refine, parametrize, and adapt the geometry for production
Start from a scan mesh — skip blank-canvas modeling entirely
Add parametric constraints, tolerances, and mounting features
Change one parameter → regenerate the entire model in seconds
Share cloud-based CAD files with clients for real-time review
Slice & Print Preparation
Translate design intent into layer-by-layer machine instructions
AI-assisted support generation and orientation optimization
Simulate every layer before committing — catch failures at zero cost
Save and reuse settings for PLA, PETG, TPU, and resin per project
Know exact print time before starting — schedule runs overnight
3D Print & Iterate
Physical prototype in hand — same day, not same month
First prototype in 2–8 hours vs. 4–6 weeks with traditional manufacturing
$1–$10 per part in filament — no tooling, no minimums
Fix → re-slice → reprint in under an hour. 10× more design cycles
PLA, PETG, ABS, TPU — functional prototypes that survive real testing