FTmicro10 FT-IR Microscope

Product Introduction

FTmicro10 is a research Fourier transforminfrared microscope independently devel-oped and innovatively designed by INSA Optics, which integrates clear visible sam-ple viewing and high-performance infraredspectral analysis to measure microareasamples with the highest infrared spatialresolution.

Features

• High spatial resolution: visible is better than 1 micron; IR light can reach 5 microns
  
• High SNR:better than 7000:1 ( peak/peak, MCT detector )
  
• Coaxial optical path: 'What you see is what you get' optical system, completelyeliminating optical errors
  
• Visible light path: 2 LED light sources and 12 million pixel camera to obtainclear multimedia images, visible/infrared polarizers are optional, etc. 
  
• Objective lens: completely self-designed 20x infrared objective lens and focusing lens, optional 20x ATR lens 
  
• Infrared ATR lens: A complete ATR lens composed of a 20x objective lens and an ATR crystal system, in which the ATR crystal diameter is less than 100 microns
  
• Multi-detector channel design: standard liquid nitrogen cooling MCT detector. automatic switching controlled by software, DTGS detector, TE-cooled InGaAs detector, etc. can be optional 
  
• Aperture: Built-in knife edge aperture, you can adjust the size and direction of theaperture
  
• Control panel: The front of the infrared microscope is designed with a control panelto control the transmission and reflection modes of IR/visible respectively, so as to achieve simultaneous observation/measurement 
  
• Multimedia display system: video adapter, color camera, measuring ruler, image capture card and data acquisition software
  
• Microscopic Stage: Repeatability accuracy of 1 micron, compatible with variabletemperature stage, electrochemical accessories, and suitable for users to buildmicroscopic emission paths
  
• Microscope structure: DxWxH: 56cm X30cm X 72cm ( including LED light sourceand CCD camera ), which can be extended through the microscope, such as external TGA, etc.
  

Applications

• Material science: multi-layer plastic composition analysis
  
• Semiconductor field: PCB board contaminant analysis
  
• Environment and food: identification of microplastics; detection of illegal food additives
  
• Forensic science: analysis of inks, paint chips, fibers, hair metabolites, drugs, etc.
  
• Museums and archaeology: analysis of hair, paint, silk fabrics, etc.
  
• Biomedical field: analysis of drug metabolism, drug foreign body residues, distribution oflipid proteins in tissues, etc.
  
• Ndustrial quality control: LCD screen, lens contaminant analysis, coating changes analysis
  
• Geological mineral: inclusion analysis