MV.EYE LT1
Inline layer thickness testing of plasters.
MV.EYE LT1
Inline layer thickness testing of plasters.
In the MV.EYE LT1 system, the layer structure of transdermal patches is checked using the MV.SENSE tomographic sensor from MABRI.VISION.
The advantage of the system is the speed of the testing process, which enables inline testing. At speeds of up to 40 mm/s, the presence and precise distribution of the active ingredient as well as shape and layer thickness can be determined, among other things.
Applications
- Testing pavement construction
- Active ingredient testing
Inspections
- Layer thickness
- shape
- presence
- volume
Industry sectors
- Medical technology
- Pharmaceutical industry
- Packaging industry
Inline capable.
The relevant characteristics are tested at speeds of up to 40 mm/s and can therefore be smoothly integrated into your production line and processes.
Layer thickness.
The MABRI.VISION testing system MV.EYE LT1 enables precise and reliable layer thickness testing of plasters made of transparent and semi-transparent materials.
Multilayer systems.
Our sensors ensure non-destructive testing even in multi-layer systems. A flying spot method guarantees the quick determination of the layer thickness distribution.
3D scan.
The MV.EYE LT1 system offers a completely new possibility for 3D surface measurement of plastics, silicones, glass and other translucent materials.
Contactless.
Thanks to the optical sensor technology of the MV.EYE LT1 testing system, all test characteristics are recorded absolutely contactlessly.
Data analysis.
The software of our MV.EYE LT1 testing system offers a variety of different analysis tools to provide quick and uncomplicated feedback to the operator.
Specifications
|
Wall thicknesses |
0.02mm - 6mm |
|
Repetition Accuracy |
0.1 μm |
|
Measuring frequency |
up to 120 kHz |
|
Dot density |
from 10 μm upwards |
|
Scan area |
up to (60 x 60) mm² |
Universal: can be used in a variety of ways.
MEDICAL TECHNOLOGY
Fast layer thickness testing of plasters for the medical industry or clinical use. Using a 3D scan for precise surface measurements of translucent materials.
PHARMACEUTICAL INDUSTRY
Non-contact testing of microstructural layers on blisters, tablets or active ingredient patches. Integration of the testing process into automated production systems.
PACKAGING INDUSTRY
High-speed testing of packaging systems with a variety of test characteristics. The measurements are carried out absolutely non-destructively, even with multi-layer systems.
