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Applications.
High-speed microscope.
Microstructure testing in the medical industry
Requirement
The surface inspection of components made of plastic with microstructures in the range of a few micrometers is very time-consuming. Continuous inline testing is therefore uneconomical, which is why the dimensional accuracy of complex parts is often only checked on a random basis. There are also requirements such as the use of clean rooms and availability.
Applications
- Complete quality control in the medical industry.
aims
- Automated testing system
- Inline-capable vision solution
- Testing of microstructural components
- Custom checks of the structure
- Repeatability
Categories
- Image processing
- Quality assurance
- Pharmaceutical industry
Technologies
- OCT
- TDI
- microscopy
- TensorFlow
- Halcon
solutions
- Use of high-speed microscopy
- TDI line scan camera
- OCT technology for height determination
- High-precision axis system
- Base structure made of granite
- Databases
Technical specifications:
- 34,000 tests per second
- Live focus adjustment
- 0.75 µm resolution
- Optimized line lighting
- Line widths between 8mm and 25mm
High-speed microscopy
With the MICRO.SPECTOR MI1 inspection system, MABRI.VISION offers an inline-capable vision solution for automated inspection of microstructured components. With speeds of up to 40mm/s, the surface structures are displayed in high contrast thanks to optimized line lighting. Line widths are between 8mm and 25mm.
0.75 μm resolution
High-resolution camera technology through the use of 3.5x or 5x lenses.
Up to 750 mm² / s
High-speed microscopy with simultaneous measurement of surface structure and height profile.
Live focus adjustment
On-the-fly focus adjustment for dynamic acquisition of millions of measuring points with one camera.
Information material.
Contact.
Do you need more information about a specific product or application? Use the MABRI.VISION contact form below or call us.
- MABRI.VISION GmbH Dennewartstrasse 25 52068 Aachen
- +49 241 5652 7930
- info@mabri.vision
