Fourier Transform Infrared Spectroscopy (FTIR)
Agilent Cary 630 FTIR Spectrometer
The Cary 630 FTIR is the world's smallest benchtop Fourier Transform Infrared spectrometer, delivering rapid, non-destructive identification and quantification of solids, liquids, pastes, powders, gels, and gases through interchangeable, alignment-free sampling modules.
Built on Agilent's rugged flexure-based Michelson interferometer and a permanently aligned solid-state laser source, the instrument combines high optical throughput with a compact footprint, making it suitable for both bench-based and field-portable analytical workflows. Data acquisition and spectral matching are handled through Agilent's MicroLab control software, which supports automated IQ/OQ qualification and 21 CFR Part 11 compliance for regulated environments, while the accompanying laptop, online UPS, and laser printer complete a self-contained acquisition, power-backup, and reporting workstation.
Analytical Capabilities & Compatible Sample Types
The Cary 630 accepts virtually any solid, liquid, paste, powder, gel, or gaseous sample without extensive preparation, using snap-in sampling accessories that require no realignment.
- Polymers & Materials — Identification and quality verification of plastics, elastomers, coatings, thin films, and composites against onboard spectral libraries.
- Bulk, Specialty & Fine Chemicals — Confirmation of incoming raw material identity and purity, authentication of solvents and industrial organic compounds.
- Pharmaceuticals — Raw material verification, formulation and finished-product compliance checks, and degree-of-cure or additive-concentration measurements.
- Food & Consumer Products — Determination of trans-fat content and compositional analysis of formulated food, health, and cosmetic products.
- Semiconductor & Solar — Determination of trans-fat content and compositional analysis of formulated food, health, and cosmetic products.
- Infectious Disease & Biomolecular Research — Rapid, non-destructive spectral fingerprinting used in emerging diagnostic and biomolecular research applications.
Academia & Research
Sector 01
01 / Undergraduate and postgraduate teaching in analytical, organic, and materials chemistry laboratories.
02 / Thesis and funded-project research requiring rapid, non-destructive material identification.
03 / Materials science research on coatings, thin films, composites, and spintronic/thermoelectric sample characterization support.
04 / Biomolecular and infectious-disease research using IR spectral fingerprinting.
Industry & Commercial Services
Sector 02
01 / QA/QC laboratories in chemical and polymer manufacturing verifying formulated and finished products.
02 / Pharmaceutical manufacturers performing raw-material identity and residual/impurity checks.
03 / Food and beverage industry compositional and adulteration screening.
04 / Semiconductor and solar cell manufacturers monitoring process contaminants.
05 / Forensic and quality-control laboratories requiring rapid compound identification.
Lab Incharges