3D Scanning Services
At 3D Reverse, we offer high-precision 3D scanning to capture complex shapes with ease. Our contact-free system handles both small details and large parts, with typical accuracy between ±0.03–0.05 mm.
It adapts to different surfaces, sizes, and finishes — perfect for reverse engineering, quality control, or digital replication.
Frequently Asked Questions
How long does a typical 3D scanning project take?
Simple parts (< 1 m² surface) are scanned, processed and delivered within 1–2 weeks. Large or highly detailed assemblies typically require 3–4 weeks.
Which file formats can I receive?
We deliver raw point clouds (.PLY), meshes (.STL, .OBJ) and parametric CAD models (STEP, IGES)
What resolution and accuracy can I expect?
We routinely achieve ±0.03–0.05 mm accuracy, with point spacing as fine as 0.02 mm for detailed components.
Do you handle large or fixed objects?
Yes — our portable structured-light and photogrammetry systems can scan large objects up to 3 metres, including in-situ equipment and fixed installations.
Can you scan reflective or transparent surfaces?
Yes—although these materials can pose challenges, we use temporary matt-spray coatings or special scanning modes to capture accurate data on shiny, glass or clear plastics without compromising final part quality.
How do you ensure data security and confidentiality?
All scan data is transferred via secure, encrypted links and stored on GDPR-compliant servers. We're happy to sign NDAs or comply with your corporate security policies to keep your IP safe.
Our 3D Scanning Workflow
Object Preparation
Surface Scanning
Capturing the Digital Mesh
Refining and Cleaning the Geometry
Usable CAD File
Deliverables & File Formats
Raw Point Cloud: .PLY
Optimised Mesh: .STL, .OBJ
Parametric CAD: STEP, IGES
Inspection Report (optional): Comparison to original CAD or measured specifications
All files are quality-checked and delivered via a secure download link.
Typical Industries & Applications
Heritage & Conservation:
Digital archiving of sculptures, architectural elements
Quality Control:
Inspecting initial prototypes, checking part tolerances, and validating batch samples.
Reverse Engineering:
Recreating legacy parts, designing custom tooling, and producing replacement components.
Automotive & Motorsport:
Mounting brackets, aerodynamic ducts, supports, and prototype test parts.
