Used SAGAX 125 #293608794 for sale

SAGAX 125 is an ellipsometer developed by SAGAX Corporation that allows a user to measure the optical properties of a sample using non-destructive and rapid-sensing techniques. This equipment can be employed in a variety of industries such as highly reflective surfaces, coatings, optoelectronic materials, chemical-mechanical polishing, and optical film. It is a high-precision instrument with adjustable wavelength, wavelength accuracy, angle of incidence, angle accuracy, and angle range. 125 operates in a dual-beam configuration where one beam is used to transmit the incident light radiation, and the other is used for the reference beam, both of which are focused on the sample. The intensity of the reflected light is measured in relative units, which is then converted to a homogenous ratio of rates of change for the magnitude and the phase of the light beam. These calculations are called ellipsometry angles, which are then used to determine the optical properties of the sample. SAGAX 125 has a built-in wavelength range of 190-2190 nm, with a typical wavelength accuracy of +/-0.1 nm, angle of incidence range of 0-155 degrees and an angle accuracy of +/- 0.005. Additionally, the ellipsometric parameters can be controlled using the software, which allows users to adjust the incident angle, wavelength, and dichroism ratio. 125 is equipped with a dual-axis detector, which allows it to measure the entire ellipsometric parameter range of a maximum of 10 full-wave cycles in a single scan. The multiple light sources, detector, and scanner are all temperature stabilized to ensure accuracy of results. The ellipsometer can also be used in conjunction with a variety of accessories including a polarization modulation system, which helps eliminate unwanted signal noise. Additionally, this device can be used in a clean room environment with special protective shields for controlling the critical environment for data collection. SAGAX 125 is a perfect fit for a variety of applications. Its robust design ensures accuracy and stability, which makes it ideal for performing precise measurements that require precise optical readings. Its capabilities make it a valuable aid for quality control, analysis, and research applications.