FR-Mic provides:
Real-time spectroscopic measurements
Film thickness, optical properties, non-uniformity measurements, thickness mapping
Imaging with an integrated, USB connected and high-quality color camera
With FR-Mic, local measurement of film thickness, optical constants, reflectance, transmission, and absorbance across any spectral regime within UV / VIS / NIR spectral range, is just a matter of a click.
FR-Mic can be either mounted on FR-pRo or next to FR-pRo when large surfaces need to be characterized.
Applications:
- Universities & Research labs
- Semiconductors
- Life Sciences
- Polymer & Resist characterization
- Chemical measurements
- Dielectric characterizations
- Biomedical
- Hardcoat, Anodization, Metal parts process
- Optical Coating
- Non-metal Films
And many more…
Features:
- Univ. & Research labs
- Semiconductors (Oxides, Nitrides, Si, Resists, etc.)
- Life Sciences
- MEMS devices (Photoresists, Si membranes, etc.)
- LEDs, VCSELs
- Data Storage
- Anodization
- Hard/Soft coatings on curved substrates
- Polymer coatings, adhesives, etc.
- Biomedical (parylene, balloon wall thickness, etc.)
And many more… (contact us with your requirements)
Principle of operation:
White Light Reflectance Spectroscopy (WLRS) measures the amount of light reflected from a film or a multilayer stack over a spectral range, with the incident light normal (perpendicular) to the sample surface.
The measured reflectance spectrum, produced by interference from the individual interfaces is being used to determine the thickness, optical constants (n & k), etc. of free-standing and supported (on transparent or partially/fully reflective substrates) stack of films.