LC Software

Quantitative analysis software capabilities

Chromatography data analysis software allows for highly accurate quantification through automated peak integration and calibration workflows. It applies advanced algorithms to pinpoint, integrate, and quantify peaks, while calibration models ensure precise concentration determination across sample sets.

HPLC data analysis & interpretation

HPLC data analysis follows a structured workflow:

• Data acquisition: Raw signals are captured as chromatograms.
• Peak detection and integration: The software identifies and quantifies peaks corresponding to compounds in the sample.
• Calibration application: Peak data is converted into concentrations through calibration curves.
• Review and validation: Automated QA/QC flagging identifies deviations in retention times and peak criteria, allowing analysts to focus attention on results that require critical review rather than manually checking every chromatogram.
• Reporting: Finalised data is compiled into clear reports.

Lab data management software

Lab data management software is a centralized digital platform for organizing and analyzing laboratory data and samples. Common types include LIMS, ELN, and SDMS. These platforms support workflow automation and seamless instrument integration, ensuring data integrity, traceability, and adherence to GxP standards.

Specialist software modules

Specialist software modules provide tailored solutions for different chromatographic techniques:

• LCMS software: Controls LCMS instruments and supports complex data analysis, including spectral library searching and molecular characterization.
• GPC software: Calculates molecular weight distributions, polydispersity, and related polymer characteristics, providing precise polymer profiling.
• Open lab software environments: Offer a flexible platform compatible with multiple instrument vendors, improving consistency in multi-technique laboratories.
• 2D-LC software: Supports multidimensional liquid chromatography workflows, including heart-cutting and comprehensive 2D-LC analysis. Enables the resolution of co-eluting compounds in complex samples by applying two independent separation dimensions, significantly increasing peak capacity compared to standard 1D-LC.

Technical benefits: Shimadzu software ecosystem

Shimadzu’s LabSolutions platform combines advanced functionality with intuitive usability. Its user-friendly interface simplifies HPLC and LCMS data analysis, helping analysts interpret results quickly and efficiently.

The platform’s Analytical Intelligence features automate routine tasks, from peak integration to reporting, improving throughput and reducing manual workload, while robust data security ensures integrity and regulatory compliance.

Industry-specific applications

HPLC is used in industries where precise, reproducible analytical data is vital:

Pharmaceutical

• Method validation and quality assurance.
• Supports strict regulatory compliance (21 CFR Part 11).

Clinical research

• High-throughput screening using LCMS software.
• Supports reproducible data analysis for large sample sets.

Environmental

• Trace-level quantitative analysis for pollutant monitoring.
• Supports reproducible results for regulatory reporting.

Polymer science

• Dedicated GPC software for molecular characterization.
• Supports the determination of molecular weight distribution and polydispersity.

FAQs

What is the difference between general lab analysis software and dedicated LCMS software?

General software is best suited for managing data from simple instruments, while dedicated LCMS software is built to handle complex mass spectral data.

Can Shimadzu HPLC data analysis tools be integrated into an existing OpenLab software environment?

Yes, Shimadzu HPLC data analysis tools can be integrated into existing OpenLab software environments, thanks to Agilent’s Instrument Control Framework (ICF) and RC.Net (Raw Data Control .NET) standards.

What are the benefits of centralized lab data management software for multi-user facilities?

Centralized lab data management software allows multi-user facilities to consolidate data into one secure platform, improving collaboration, eliminating data silos, and reducing manual errors.

Can LC software be used to control instruments remotely?

Yes. Modern LC software platforms support remote instrument control and monitoring via smartphone or tablet. This allows analysts to start analyses, monitor chromatograms, and check instrument status from outside the laboratory, without requiring additional specialist software - only a web browser is needed.