RS Macro Angle Resolution Instrument is a spectral system capable of "arbitrary angle transformation"

0~360 ° variable angle/250~2500nm wide spectrum/"complex sample" transmission and reflection spectra

The RS macro angle resolution analyzer adopts a multi angle rotation design, which is easy to control the direction of emission and incidence, and quickly realizes 7 spectral measurement modes including transmission, reflection, scattering, and radiation. It can manually adjust any angle for detection. Built in deuterium and halogen light sources, expanding the wavelength range to 250-2500nm. And all of this is condensed into RS, ultimately bringing a new experience to the spectral measurement of "complex samples".

Typical application areas:

Polarized sample samples have different spectral characteristics in different polarization states, requiring a spectral measurement system with the ability to resolve each polarization.

Thin film detection samples have band structures and exhibit spectral anisotropy, requiring spectral testing systems to have accurate angular discrimination capabilities.

Surface analysis of surface plasmas has sensitive spectral and angular dependencies, requiring spectral testing systems with broad spectral measurement bands and accurate angular resolution.

The application of RS macro angle resolution analyzer in the above fields benefits from the following characteristics:

The RS with a complete angle range of 1 0~360 ° uses two precision sliding tables to achieve complete spectral testing of 0~360 °; Quickly implement 7 spectral measurement modes including transmission/reflection/scattering/radiation;

The RS with the widest spectral range of 250-2500nm is equipped with deuterium and halogen light sources, which can achieve ultra wideband spectral measurement of 250-2500nm;

To adapt to the diversity of samples, RS uses a 5-dimensional adjustment stage of x+y/α+β+θ to finely adjust the direction of the samples;

4. An external laser light source can be configured for the added external laser interface, and RS can be extended to the field of angle resolved fluorescence spectroscopy testing, fully leveraging the advantages of more powerful light sources in the laboratory;

Due to the addition of optical component slots, RS can accommodate optical components such as filters, polarizers, and apertures, greatly enriching the measurement content.

Model selection

Spectral performance

Angle performance

External interfaces&others