Laboratory Capabilities:
- Identification of origin of light-fields (intended and scattered)
- Virtualization of devices for more automated failure and design analysis
- Retrospective comparison of devices according to new standards
- Manipulation and optimization within optical simulation (e.g. Zemax)
- Analysis of light reflection and sunlight effects
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![](/t3resources/imek/_processed_/2/d/csm_Exp_setup_0e35b5ce43.png)
Equipment:
Technoteam "Luminescence Measuring Camera"
![](/t3resources/imek/_processed_/7/a/csm__DSC6709_cf76cb1773.jpg)
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- Measure bright and illuminated surfaces
- Luminance distribution in measuring images L(x,y)
- Color, chromaticity in measuring images
- Derived lighting parameters such as illuminance E(x,y) & luminous intensity I(x,y)
Lancelot 4000 W Studio lamp (artificial sun)
![](/t3resources/imek/_processed_/0/3/csm_PhotoWebHD_LANCELOT_1021_30b0d6d17f.png)
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- Power: 4000 W, Lumen output: 360 000 lm
- Maximum beam output Ø 270mm
- Manual dimming shutter to control output beam size
Hexagon Absolute Arm
![](/t3resources/imek/_processed_/b/6/csm_Hexagon-Absolute-Arm_0d4f57bb26.png)
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- Portable coordinate measuring arm
- Measures the object coordinates with respect to the world coordinate system
- Measures the geometry of physical objects by sensing discrete points on the surface of the object with a probe
Zemax OpticStudio
![](/t3resources/imek/_processed_/1/7/csm_Zemax-OpticStudio-18.4.1-Free-Download-11-500x330_21e7d8d54b.jpg)
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- Used to design and for analyzation of both imaging and illumination systems
- Optimization of a system to meet manufacturing specifications
- Sequential ray tracing for classical optics design
- Non-sequential ray tracing for Illumination and analysis of stray light