Serving students, testing institutions, R&D professionals, and other FTIR practitioners. Our AI combines spectral library retrieval, knowledge graph reasoning, and LLM-based interpretation to generate traceable, expert-level FTIR analysis reports.
Upload unknown sample spectra to analyze possible compositions.
Search infrared spectra from our database by ID, IUPAC, CAS, or product name.
Validate known systems and output publication-grade peak assignment tables.
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Compare two infrared spectra to determine if samples are consistent; suitable for forensics, QC, and failure analysis.
Provide assignment and standard description of characteristic peaks for papers, projects, and reports.
Expert-assisted analysis for complex samples not easily identified by automatic search.
Includes IR testing consultation, case studies, and other customized technical support.
A subscription-based enterprise channel built around four commitments: confidentiality and compliance, efficiency, dedicated customer service, and unlimited sample volume.
The library search ranks Ethenylbenzene highest, but the overall evidence does not securely support a specific styrenic organic identity. Th…
The nearest library hit is Sassafras oil, but the overall evidence is not strong enough for a firm material identification. The observed spe…
The nearest library hit is Sassafras oil, but the overall evidence does not support a firm identification as that specific material. The obs…
The spectrum is best treated as an uncertain aromatic oxygen-containing organic material with sulfone-like character rather than a secure as…
