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Deutsche Version
 
3D-Shape GmbH
Am Weichselgarten 21
D-91058 Erlangen
Germany

Phone: +49-9131-977 959-0
Fax: +49-9131-977 959-11
E-mail: info@3d-shape.com
 
 
NetGAGE3D
Sensors WLI
SpecGAGE3D
FaceSCAN3D
SLIM3D
3DViewer

Products > Sensors

Introduction Principle
Examples

 
High-precision shape measurement via DCOM interface

The flexibility of NetGAGE3D sensors with regard to the composition of surfaces offers a diverse range of applications.
All kinds of materials in various states of processing and even translucent objects can be measured with an accuracy of a few microns or even nanometers without contacting.
The NetGAGE3D family of sensors enables a wide variety of applications
because of its various modifications and universal construction:
 
- Quality assurance at production lines (100% inspection)
- Measurements of electronic parts and components
- Measuring individual parts for shape acquisition and inspection purposes
- Measuring even ceramic, silicon, human skin and rubber
- Roughness measurements for quality inspection
- Measuring historical works of art
 
The data acquisition and processing software SoftWLI3D can be thoroughly controlled via its integrated DCOM interface by other programs.


 
Measurement Principle: White Light Interferometer

NetGAGE3D is a compact measuring head based on the white light interferometry measurement principle. It compares the path length of the light reflected or scattered by the object surface with a reference path length. In this patented measurement process, the measuring head scans the object while moving in the z-direction.



The results is a 'depth image' of the object with a very low measurement uncertainty. It combines the advantages of common tactile sensors with the benefits of optical sensors: high measurement accuracy and non-contact, high-speed scanning with a high data rate.

Technical details:
- Lateral measurement fields from 2 x 2 mm² up to 110 x 110 mm²
- Lateral resolutions from 1 µm up to 100 µm
- Longitudinal measurement range upt to 100 mm
- Longitudinal measurement uncertainty:
  - for optically rough surfaces: typically 1 µm (object roughness)
  - for optically smooth surfaces: up to 200 nm
- Measurement speed up to 500 Ám/s (longitudinal)
- Measurement times: possible clock speeds of < 1.5 seconds

Applications:
- Quality Inspection
- Measurement of Surface Roughness
- Surface Inspection
- Skin Measurement
Features:
- Compact measuring head
- Adjustable construction
- No shadowing
- User-friendly software


 
Measurement Examples

borehole Shadowing is avoided through coaxial illumination. Low lying surfaces in drill holes can be measured without any difficulty.
The illustration shows an example of the measurement of various tapered surfaces in a borehole approximately 10 mm deep.
By a similar method, tapered surfaces are measured in a 40 mm deep borehole with a diameter of 3 mm.
Color coded depth image of a sealing surface. Measurement for levelness and damage detection on the surface. depth image of a seal face
bump array 3D representation of a bump array: measured with the NetGAGE3D MXS13 for 100% inspection during production.
3D display of an undulated glas plate.
FLABEG Solarglas GmbH & Co. KG
3D display of an undulated glas plate

3D-Shape GmbH also provides 3D measurement services using the NetGAGE3D measuring system.


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