NIR Spectrometer for Chemical Composition Analysis
This near-infrared (NIR) spectrometer uses optical radiation in the infrared spectrum to analyze the chemical composition of solids, liquids, and gases non-destructively. It falls under HTS 9027.50.80.15 as it is a chemical analysis instrument employing infrared optical radiation for molecular identification through absorbance spectroscopy. Commonly used in food, pharmaceutical, and agricultural quality control.
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Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If chromatographic separation-based
Gas/liquid chromatographs for chemical analysis classify under 9027.30 regardless of optical detection method.
If for non-optical physical property analysis like pH or conductivity
Instruments measuring chemical properties without optical radiation (UV/vis/IR) fall under other chemical analysis subheadings.
If classified as complete laboratory analysis machine with mechanical processing
Complex automated lab systems with multiple functions may classify as machines/apparatus under Chapter 84 rather than dedicated optical analyzers.
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Import Tips & Compliance
• Verify instrument calibration certificates and optical component specifications to confirm classification under optical radiation chemical analyzers
• Include detailed technical manuals showing infrared/UV/visible spectroscopy functions to avoid misclassification as general lab equipment
• Ensure FDA registration if destined for pharmaceutical use; common pitfall is incomplete radiation type documentation
Related Products under HTS 9027.50.80.15
FTIR Spectrometer for Molecular Structure Identification
Fourier Transform Infrared (FTIR) spectrometer utilizes infrared optical radiation to identify molecular structures and functional groups in chemical samples. It qualifies for HTS 9027.50.80.15 as a chemical analysis apparatus relying on IR spectroscopy for qualitative and quantitative analysis. Widely applied in material science, forensics, and polymer chemistry.
Fluorescence Spectrophotometer for Trace Chemical Detection
Fluorescence spectrophotometer uses UV/visible excitation optical radiation to detect trace concentrations of fluorescent chemical compounds. Classified in HTS 9027.50.80.15 for chemical analysis via emission spectroscopy in environmental and biochemical applications. Critical for pollutant detection, DNA analysis, and pharmaceutical purity testing.
Benchtop Elemental Analyzer with LIBS Technology
Laser-Induced Breakdown Spectroscopy (LIBS) analyzer uses ultraviolet/visible optical radiation from laser plasma to perform rapid elemental chemical analysis of metals, soils, and liquids. Falls under HTS 9027.50.80.15 as optical radiation-based chemical analysis apparatus. Used in mining, metallurgy, and environmental remediation.
Optical Emission Spectrometer for Liquid Chemical Analysis
Inductively coupled plasma optical emission spectrometer (ICP-OES) analyzes metal ions in liquid samples using ultraviolet/visible emission spectra from plasma excitation. Classified under HTS 9027.50.80.15 for chemical analysis via optical radiation detection. Standard in water quality testing, semiconductor manufacturing, and clinical chemistry.
Microplate Reader with UV-Vis Absorbance Detection
96-well microplate spectrophotometer reader measures UV-visible absorbance for high-throughput chemical and biochemical assays. Qualifies under HTS 9027.50.80.15 as multi-channel optical radiation chemical analysis apparatus. Essential for drug discovery, ELISA testing, and cell viability assays.
Handheld Infrared Chemical Identifier
Portable FTIR-based chemical identifier uses infrared optical radiation for rapid identification of unknown solids/liquids in field operations. Classified HTS 9027.50.80.15 as chemical analysis apparatus employing IR spectroscopy. Deployed by hazmat teams, law enforcement, and industrial safety personnel.