3D DIGITALIZATION | 3D SCAN

With our 3D laser scanning service, we digitize objects and components of various types, shapes and sizes.

3D LASER MEASURING SYSTEM

For the digitization of components and measurement objects, we use the precise, portable 3D mobile phone scan measuring system from Creaform with the following specifications :

Measuring rate: 480,000 measurements / s

Scan area: 275 x 250 mm

Laser class: II (harmless to the eye)

Accuracy: up to 0.03 mm

Volumetric
Accuracy: 0.020 + 0.060 mm / m

Measurement
resolution: 0.050 mm

feasible
Part size: 0.01 - 10 m

Larger objects gladly on request.

APPLICATION AREAS

3D scans serve as the basis for new or further developments in the following areas:

Vehicles and vehicle components of all kinds
Aircraft
Mechanical engineering parts
Design models (milling, clay models)
Medical devices and devices
Orthopedic and rehabilitation technology
3D designs & sculptures

vela performance_3d scan system_3d handy

THE SCAN PROCESS - HOW IS A 3D SCAN CREATED?

Result: FINAL 3D SCAN

The scan model is now exported as an STL file.
IMPORTANT: This scan data does not represent any designed surfaces including wall thickness, but is a polygon mesh.
This data is the basis for the following applications:
o Record for 3D printing
o As basic data for a CAD design
o As a basic model for reverse engineering
o As a data record for mechanical processing, milling, etc ...
o As a test model for static and dynamic structural analysis (FEM)
o As a test model for quality assurance (QA)

Result: FINAL 3D SCAN

The scan model is now exported as an STL file.
IMPORTANT: This scan data does not represent any designed surfaces including wall thickness, but is a polygon mesh.
This data is the basis for the following applications:
o Record for 3D printing
o As basic data for a CAD design
o As a basic model for reverse engineering
o As a data record for mechanical processing, milling, etc ...
o As a test model for static and dynamic structural analysis (FEM)
o As a test model for quality assurance (QA)

Result: FINAL 3D SCAN

The scan model is now exported as an STL file.
IMPORTANT: This scan data does not represent any designed surfaces including wall thickness, but is a polygon mesh.
This data is the basis for the following applications:
o Record for 3D printing
o As basic data for a CAD design
o As a basic model for reverse engineering
o As a data record for mechanical processing, milling, etc ...
o As a test model for static and dynamic structural analysis (FEM)
o As a test model for quality assurance (QA)

Result: FINAL 3D SCAN

The scan model is now exported as an STL file.
IMPORTANT: This scan data does not represent any designed surfaces including wall thickness, but is a polygon mesh.
This data is the basis for the following applications:
o Record for 3D printing
o As basic data for a CAD design
o As a basic model for reverse engineering
o As a data record for mechanical processing, milling, etc ...
o As a test model for static and dynamic structural analysis (FEM)
o As a test model for quality assurance (QA)

Result: FINAL 3D SCAN

The scan model is now exported as an STL file.
IMPORTANT: This scan data does not represent any designed surfaces including wall thickness, but is a polygon mesh.
This data is the basis for the following applications:
o Record for 3D printing
o As basic data for a CAD design
o As a basic model for reverse engineering
o As a data record for mechanical processing, milling, etc ...
o As a test model for static and dynamic structural analysis (FEM)
o As a test model for quality assurance (QA)

Result: FINAL 3D SCAN

The scan model is now exported as an STL file.
IMPORTANT: This scan data does not represent any designed surfaces including wall thickness, but is a polygon mesh.
This data is the basis for the following applications:
o Record for 3D printing
o As basic data for a CAD design
o As a basic model for reverse engineering
o As a data record for mechanical processing, milling, etc ...
o As a test model for static and dynamic structural analysis (FEM)
o As a test model for quality assurance (QA)

THE RESULT – 3D SCAN DATA SET

You will receive a high quality 3D scan . The content of the file in STL format is the digitized object as a polygon mesh (facet model). No parametric CAD model!

Depending on the application, component complexity and precision requirements, the STL object can be produced using 3D printing or mechanical manufacturing processes. Most of the time, however, reverse engineering is still required .

NOTE

Surfaces can be recorded and digitized using optical measuring systems. However, the internal structure of the components, for example with closed cavities, cannot be recorded using optical measuring systems.