3D scanner

measurementlaseroptical

The system is nondestructive and high resolution confocal system. Via adjustment of integration time and scanning dimension, we can observe sub-um scale and get high color resolution image of material and biological samples which can be applied in life science, material, medicine and food research. Futhermore, integration of Raman spectrum or time-corrected singal photo counting (TCSPC) module, we can get micro-Raman, TRPL spectrum and scanning image, also FILM (Fluorescence Lifecycle Micrograph). Feature: * Integrating with numerous brands of fluorescence microscopy (ex: Olympus, Zeisse, Leica, etc.) to customize the confocal system which light collecting resolution can be adjusted according to the user’s demand * Automatic multi-channel laser switching can simultaneously obtain color image without manual manipulation to avoid the moving of optical path * Small angle of reflection design on optical path can raise the collection yield of signal and achieve the extinction ratio of laser signal to 10° which make the laser signal not tointerfere real image and greatly improved signal to noise ratio(SNR) * Absolute positioning Z axis control with built-in feedback mechanism can conduct 3D imaging and measurement of surface topography with 10nm minimun travel resolution Integrating with Raman Spectrum or Time-corrected Single Photon Counting (TCSPC) module: * Be able to compae with scan image and to obtain the spectrum of specific area, in addition, the spot size can less than 1um