spectroscopic ellipsometrySENresearch 4.0
Wide spectral range and high spectral accuracy
The SENresearch 4.0 spectroscopic ellipsometer covers a wide spectral range, from 190 nm (deep ultraviolet) to 3500 nm (near-infrared). The Fourier transform infrared spectrometer (FTIR) provides high spectral resolution for analyzing thick films up to 200 μ m.
No optical device movement (principle of step scan analyzer)
In order to obtain measurement results, there was no movement of optical components during the data acquisition process. The principle of the step scan analyzer (SSA) is a unique feature of the SENresearch 4.0 spectroscopic ellipsometer.
Double compensator 2C full Mueller matrix measurement
The innovative dual compensator 2C design extends the principle of the step scan analyzer SSA, allowing for the measurement of the entire Mueller matrix. This design is an attachment that can be upgraded on-site and achieve cost-effectiveness.
SpectraRay/4 comprehensive ellipsometer software
SpectraRay/4 is a fully functional software package for advanced material analysis. SpectraRay/4 includes interactive modes for studying with guided graphical user interfaces and recipe modes for general applications
Low cost and high efficiency spectroscopic ellipsometerSENpro
Cost effectiveness
SENpro is a cost-effective spectroscopic ellipsometer that does not compromise advanced measurement performance.
Variable incidence angle
The spectral ellipsometer SENpro includes an angle meter with variable incidence angle, ranging from 40 ° to 90 °, with a step value of 5 °, used to optimize ellipsometry measurements.
Step by step scanning analyzer
SENpro has a unique step scan analyzer. During the data acquisition process, polarizers and compensators are fixed to provide high ellipsometry measurement accuracy.


Infrared spectroscopic ellipsometerSENDIRA
Ellipsoidal vibrational spectroscopy
By utilizing the absorption bands of molecular vibrational modes in infrared spectroscopy, the composition of thin films can be analyzed. In addition, the carrier concentration can be measured using a Fourier transform infrared spectrometer (FTIR).
Fourier transform infrared spectrometer FTIR is fully applicable
Integrate the FTIR iS50 infrared spectrometer manufactured by Thermo Fisher. It is also applicable to general vibrational spectra.