Thermo Nicolet IS10 Mid-Infrared FTIR Spectrometer with DTGS Detector

The Thermo Nicolet IS10 FTIR Spectrometer is a mid-infrared Fourier Transform Infrared instrument optimized for precise molecular spectroscopy applications in biotechnology and clinical diagnostics. It delivers a spectral resolution of <0.4 cm⁻¹, essential for detailed vibrational analysis in bioprocessing, gene editing validation, and molecular diagnostics workflows.

Key technical features include:

• Mid-infrared Ever-Glo and Tungsten Halogen sources for broad spectral coverage.
• A HeNe laser ensuring accurate and stable wavelength calibration critical for reproducible biomanufacturing analysis.
• A fast recovery deuterated triglycine sulfate (DTGS) detector, providing sensitive infrared detection suitable for live-cell imaging and biochemical sample characterization.
• KBr/Ge beam splitter designed to maximize performance across the mid-infrared range, enhancing signal-to-noise ratio in synthetic biology research.
• A tightly sealed optical path to resist ambient humidity, ensuring instrument stability and longevity in demanding laboratory environments.
• User interface with button keypad and LED indicators facilitates efficient operation in busy research settings.
• Compatible with a variety of Thermo ATR sampling accessories, such as Smart ITR and Smart Omni-Transmission modules, expanding analytical flexibility for diverse sample types and biotechnological assays.
• Supplied with a pre-configured computer and specialized spectroscopy software, enabling streamlined data acquisition and analysis critical for molecular cloning and biochemical assay development.

Widely adopted in biotechnology, molecular biology, and clinical diagnostics laboratories, the Nicolet IS10 FTIR is an essential tool for researchers requiring reliable vibrational spectroscopy for biochemical compound identification and biopharmaceutical production pipelines. Its precise spectral capabilities make it popular among molecular biology researchers focusing on protein characterization, synthetic biology, and advanced material analysis.