Maintaining analytical instruments at peak performance is essential for reliable results in today’s demanding research and industrial environments. Chemists routinely perform system suitability tests and calibration to ensure instruments and data are trustworthy and reproducible. Yet these checks are often time-consuming, prone to human error, and challenging given the number of instruments, methods, and experiments in a lab.
SciY addresses these challenges with automated Mnova tools that remove the burden of manual data analysis and calculations. Chrom SST, for example, automates the SST data analysis, allowing chemists to quickly view system status via a simple traffic-light dashboard and enabling experts to perform proactive maintenance. Chrom Cal automatically generates calibration curves and calculates parameters for multiple standards simultaneously, eliminating tedious data transcription and reducing errors. Both tools flag deviations and potential issues, giving chemists full transparency and enabling swift action.
Together, these solutions make instrument performance monitoring and quantitative analysis seamless, accurate, and trustworthy—run after run.
Gain timely and accurate insights into instrument performance by automating analysis of system suitability testing (SST) with Chrom SST. This tool monitors key parameters such as retention time, detection limits, peak resolution, and pressure, and automatically generates Pass/Fail results to detect performance drops early. Tests can be customized for each instrument and method and saved for reuse.
Chrom SST results can be stored in a centralized database, enabling the creation of dashboards and trend visualization with third-party tools. This provides actionable insights for proactive maintenance and informed decision-making.
Generate calibration curves and automatically calculate key metrics such as slope, intercept, and R² with Chrom Cal. By evaluating linearity, sensitivity, and detector response against predefined acceptance criteria—such as R² thresholds or slope ranges—and applying cross-validation rules, Chrom Cal can quickly highlight potential issues related to instrument performance.
Ensure consistent and reliable NMR instrument performance with SQA. This tool verifies acquisition parameters and evaluates spectral quality metrics such as dataset size, relaxation delay, number of scans, processing methods, signal-to-noise ratio, peak width, and digital resolution. By defining customized Pass/Fail criteria tailored to each instrument and experiment, SQA enables automated validation of data quality before further analysis.
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