Film thickness measuring instrument
FILMTHICK-C10
Product Introduction
The film thickness measuring instrument FILMTHICK-C10 utilizes the principle of optical interference and integrates an imported halogen tungsten lamp light source with a mechanical structure, with a service life of over 10000 hours. FILMTHICK performs non-contact, non-destructive, and high-precision measurements on samples, and can measure parameters such as reflectivity, color, and film thickness. Can be applied to thickness measurement of thin film layers in semiconductor thin films, liquid crystal displays, optical coatings, biomedical applications, and more. The OPTICA-FILMTEST optical film thickness measurement software adopts various high-precision algorithms such as FFT Fourier method, extremem method, and fitting method, including a rich material refractive index database and an open material database, effectively assisting users in testing and analysis. During the measurement period, it can display real-time trends such as interference, FFT spectra, and film thickness.
Application Area
Industry coverage
High precision film thickness measurement case
film
AR film、HC film
PET film
liquid crystal display
OLED、Glass thickness、polyimide、LCD、TFT、ITO、and other TCO
Semiconductor
Silicon semiconductor、silicon carbide semiconductor、gallium arsenide semiconductor、photoresist、oxide/nitride、process film、dielectric material、silicon or other semiconductor film layer
Optical coating
HC hard coating、AR anti reflection layer、AG anti glare coating、filter、glasses
Biomedical science
Parylene、polymers、biofilms、medical devices
Product Advantages
Using high-intensity deuterium tungsten lamp light source, the spectrum covers the deep ultraviolet to near-infrared range
Based on the principle of interference between reflected light at the upper and lower interfaces of the thin film layer, it is easy to analyze the thickness of the film layer
Configure powerful core analysis algorithms:FFT analysis of thick film、Curve fitting analysis method、Analyze the physical parameter information of thin films
Curve fitting analysis method for analyzing thin films
FFT (Fast Fourier Transform) analysis of thick films
Extreme value analysis method
Model specifications
|
model
|
Thickness range*
|
Wavelength Range
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|
C10-UV
|
1nm-40um
|
190-1100nm
|
|
C10-UVX
|
1nm-250um
|
190-1700nm
|
|
C10
|
10nm-100um
|
380-1100nm
|
|
C10-NIRX
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10um-250um
|
380-1700nm
|
|
C10-NIR
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100um-250um
|
950-1700nm
|
*Depending on the type of film