EEM® View -CMOS camera imaging system for Fluorescence Spectrophotometer-

Product Details : 

EEM View is a completely new concept system in the world which delivers fluorescence, reflection spectra and these images simultaneously. To make it possible, AI technology is applied to analyze data with a special algorithm*1. This measurement is possible by installing the EEM View Accessory on the F-7000 / 7100 Fluorescent Spectrophotometer.

• The spectral analysis algorithm was developed in joint research by Professor Imari SATO and Associate Professor Yinqiang ZHENG of the National Institute of Informatics.
  
• "EEM" is a trademark of Hitachi High-Tech Science Corporation, registered in Japan and China.

What is EEM view？

New technology capable of capturing fluorescence and reflection images and spectra of a sample simultaneously.

• Measurement of spectrum data for samples (spectral and fluorescence properties).
• Captures images under white light or monochromatic light

           (area: Φ20 mm, wavelength range: 380 to 700 nm)

• Displays separated fluorescence and reflection images obtained using an analysis algorithm that applies AI technology＊1
• Displays spectra for each partition in an image＊1
• (fluorescence spectrum and reflection spectrum)
• The spectral analysis algorithm was developed in joint research by Professor Imari SATO nd Associate Professor Yinqiang ZHENG of the National Institute of Informatics.

Overview

- Fluorescence Spectrophotometer equipped with CMOS camera imaging system -

Uniform illumination system using an integrating sphere

Captures fluorescence and reflection images and spectra of samples simultaneously!

• Diffusion of illumination using integrating sphere
  
• Highly uniform illumination of samples
• Dual detection using fluorescence spectroscope and CMOS camera

A spectrofluorometric microscope is an option that can be attached to the sample chamber of the existing Model F-7100 fluorescence spectrophotometer equipped with CMOS camera.

Simple mounting which supports many types of samples!

• Simple mounting means just placing the sample on top of the integrating sphere!
• 
  
• Plate sample: Mount sample using the quartz window
• Powder sample: Fill the powder sample Petri dish with powder, and mount the sample. In addition, the powder cell included with the separate optional solid sample holder can be used.
• A fluorescence standard sample is included for alignment confirmation.
• The included reference white plate (100%) and blank plate (0%) are used to carry out calibration. These are used to calibrate the fluorescence intensity and the reflectance, and to correct the in-plane brightness distribution in the image.