Superior Spectral resolution:

INOLI20 has spectral resolution of better than 0.25cm-1 in whole range and it can upgrade to higher spectral resolution if required. The superior resolution is suitable for most of R&D projects.

Expandable Spectral Range:

INOLI20 FTIR spectrometer can achieve the analysis of both MIR and NIR spectral range in one device, through switching the optical element automatically. It can expand from the standard MIR spectral range (8000-350cm-1) to NIR range(12800-4000cm-1). FT-NIR owns special advantages: under general circumstances, samples can be analyzed in vials directly without diluting, due to the fact that quartz is transparent in NIR range.

High Performance Design:

INOLI20 FTIR spectrometer designs exclusively for R&D institutions. It combines easy operations, high-performance design and high-cost performance into one device. INOLI20 configures room temperature DLaTGS detector and users can choose other high sensitive detectors, such as liquid nitrogen cooled MCT, Thermo Electric Cooler MCT，LN InSb and TEC InGaAs detectors. Those detectors can provide higher sensitivity and higher energy throughput for the experiment. All detectors have dual-channel A/D and 32 bit dynamic range, and acquire the lowest electronic noise.

Optional Accessories Internal and External:

• TGA-IR coupling Module
  

• GC-IR coupling Module
  

• External sample compartment, vacuum or purgeable
  

• External vacuum UHV Chamber
  

• 2cm to 20 meters length gas cells
  

• Integrating sphere accessory
  

• In-situ Transmission accessory
  

• In-situ Diffuse Reflection accessory
  

• ATR and specular accessory
  
  
  

Application

• Pharm & Life Science
  

  Protein conformation and quantification

  Quantification for Active Pharmaceutical Ingredients and excipient in water solution




• Microorganism Identification
  

  Characterization for the volatility and stability of medicine combined with TGA module




• Polymer and Chemical Products
  

  Detection and Characterization for the volatility and  decomposition combined with TGA module

  Monitoring reaction process in lab combined with MIR fiber probe module




• Surface analysis
  

  Detection and Characterization for the Ultra-Thin film and mono-layer film

  Characterization for the erosion process







• Material Science
  

  Detection of Emissivity of building materials

  Evaluation for Optical material such as Infrared windows and mirrors

  Study on black material with photoacoustic spectroscopy




• Semiconductor Industry
  

  Measurement for thickness of various non-metal films

  Measurement for content of Carbon/Oxygen in silicon QC




• Soil Analysis
  

  Evaluation for nutrition and organic matter in soil

  Study on the characteristic of different soil