Product Overview
The Bruker OPUS AID (Automated Identification) module represents a paradigm shift in spectral data processing, moving beyond simple library matching to provide a comprehensive diagnostic solution. Designed for laboratories that demand both speed and precision, OPUS AID eliminates the bottleneck of manual interpretation. By utilizing advanced algorithms to deconstruct complex spectra, the software can identify multiple components within a single sample, making it an indispensable tool for unknown identification, contaminant analysis, and quality control.
For researchers and lab managers, the primary challenge in spectroscopy is often the "mixture problem", where overlapping peaks from different substances obscure results. OPUS AID addresses this by automatically performing iterative search routines that subtract identified components to reveal trace substances underneath. This high-end functionality ensures that even minor constituents in a polymer blend or a chemical residue are identified with high confidence, significantly reducing the risk of human error in spectral interpretation.
Integrated seamlessly within the industry-leading OPUS spectroscopy suite, OPUS AID streamlines the transition from data acquisition to final report. Whether you are performing high-throughput FTIR screening or detailed Raman mapping, this software provides a standardized, user-independent workflow. It empowers non-experts to achieve expert-level results while allowing senior scientists to focus on high-value data analysis rather than tedious manual library searching.
Product Demonstration
Key Features
- Automated Mixture Analysis: Simultaneously identifies multiple chemical components within a single spectrum without manual intervention.
- Advanced "Search & Subtract" Logic: Iteratively removes identified signals to uncover hidden trace components or contaminants.
- Multi-Technique Compatibility: Optimized for FTIR, Raman, and FT-NIR spectral datasets.
- Standardized Workflows: Delivers consistent, user-independent results, ensuring reproducibility across different operators and laboratory locations.
- High-Speed Library Interrogation: Cross-references vast spectral databases in seconds using optimized search algorithms.
- Quantitative Insights: Provides semi-quantitative estimates of component concentrations within a mixture.
- Seamless OPUS Integration: Embedded within the Bruker OPUS environment for a unified "measure-to-identify" user experience.
Specifications
| Software Platform | Bruker OPUS (Integrated Module) |
| Analysis Techniques | FTIR, Raman, FT-NIR |
| Primary Function | Spectrum Identification & Mixture Deconvolution |
| Automation Level | Fully automated identification routines |
| Library Compatibility | Supports Bruker, Sadtler, and user-generated libraries |
| Application Areas | Forensics, Polymers, Pharmaceuticals, Failure Analysis |