Shimadzu Corporation

FTIR IRTracer-100 Fourier Transform Infrared Spectrometer

Shimadzu IRTracer-100 FTIR Spectrophotometer provides excellent sensitivity, speed and resolution. Quickly analyze data with user-friendly LabSoltuion IR Software.

This system achieves excellent sensitivity with an SN ratio of 60,000:1, high resolution at 0.25 cm-1, and high-speed scanning capable of 20 spectra/second. The performance of medium and higher end models is supported by high reliability including advanced dynamic alignment and an interferometer with a dehumidifier. This is compatible with applications active in a variety of circumstances, with a library of approximately 12,000 spectra and data analysis programs for contaminant analysis, and time course and rapid scan programs for reaction tracking.

It provides fast analysis with the user-friendly LabSolutions IR software. With these features, it meets the needs of R&D laboratories.
 

  • High-Sensitivity measurements, with a S/N Ratio: 60.000:1
  • Wavenumber range : 7800-350 cm-1 (standard), 12500-240 cm-1 (optional)
  • Highly accurate quantitation and identification can be achieced with 0,25 cm-1
  • Achieve high-speed analysis with a 20 Hz rapid  scan feature (optional)
  • DLATGS dedector equipped with temperature control mechanism
  • High-energy ceramic light source with 3 years guarenteed
  • He-Ne laser with 30 monts guaranteed
  • High-performance LabSolutionIR software comprises Postrun, Spectrum, Quantitation, Photometric, Time course (option), Mapping (Option) programs
  • Suitable for ERES regulations such as FDA 21 CFR Part 11, PIC/S and more
  • Complies with Chinese, European, US, Japanese Pharmacopies and ASTM
  • 12.000 Spectra Library
  • Analysis support programs: Contaminant (patent pending), Pharma Report, Food Additives Identification
  • ATR method is used for rapid analysis, transmittance method is used with a liquid cell and KBR pellet for high precision.

Incorporation with Advanced Dynamic Alignment

Achieving reproducible optical interference in a spectrophotometer requires a robust interferometer design. The interferometer in the IRTracer-100 easily meets this requirement. The smooth moving mirror system monitored by the Advanced Dynamic Alignment system allows the IRTracer-100 to provide optimum and stable quality spectra after only a short warm-up time. Sampling at over 5000 times /second the Advanced Dynamic Alignment keeps the IRTracer-100 in optimum operating condition. In addition, the Advanced Dynamic Alignment system automatically aligns the interferometer when the beam splitter is changed for NIR or FIR analysis.














  • Detection of Oligomers with Cyclic Siloxane with FTIR-ATR Spectrophotometer

    In this study, FTIR-ATR Fourier Transform Infrared Spectrophotometer and Cyclic Siloxan Oligomers are used.

    Instrument: Shimadzu IRAffinity-1s Fourier Transform Infrared Spektrofotometre

  • Pharmaceuticals and Human Science - Shimadzu Journal Cilt 2, Sayı 1

    Pharmaceuticals and Human Science: This issue focuses on Pharmaceuticals and Human Science, and contains such articles as follows:

    • An interview with Professor van Breemen, who is studying medicinal properties of natural products at the University of Illinois, College of Pharmacy, in Chicago, using advanced mass spectrometry

    • Professor van Breemen's latest work of the effect of human exposure to bisphenol A in the environment

    • Two interviews with Japanese pharmaceutical companies about Shimadzu's new technologies i-PDeA and i-DReC and technical reports of each technology

    • In addition, it contains information on other applicable topics, as well as the latest news and applications.

  • Analysis of Dye Remains by Infrared Microscopy

    In this application bulletin, examples of analysis of paint residues on board chip and automobile coatings using an infrared microscope.

    Instrument:  IRTracer-100, AIM-9000

  • Measurement of Microplastics and Use of Thermal-Damaged Plastics Library

    Microscopic plastic with a size of several μm to 5 mm or less is called microplastic. As a marine environmental problem that adversely affects coastlines and marine ecosystems, and consequently may potentially affect human health, microplastics have become a global issue in recent years. As early action is necessary to protect the global environment, various analytical devices are used to designate the sources of microplastics and study countermeasures.
     
    This article introduces measurement of microplastics with a size on the order of several mm and use of the Shimadzu thermal-damaged plastics library to identify the samples.
     
    Instrument: Shimadzu IRSpirit Fourier Transform Infrared Spectrophotometer (FTIR)
     

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