ADAPT Software for the LS 13 320 XR Particle Size Analyzer
Published: settembre 7, 2026
Defined methods, clear operator workflows, and specification-based result review for routine particle size measurement.
Key Takeaways
- Standardize routine particle size measurements using pre-configured methods and guided operator workflows.
- Quickly determine whether samples meet requirements with automatic specification-based pass/fail review.
- Increase consistency across users and sites with defined methods, reporting settings, and QC-focused workflows.
- Monitor measurement status with integrated self-check information during sampling and analysis.
ADAPT Software supports defined particle size measurement methods, automatic pass/fail checks, and self-check information during sampling. Operators can follow established methods and see whether results are within or outside defined sample specifications.
Key Features of the ADAPT Software
Defined methods
Use pre-configured settings for routine particle size measurements.
Clear QC review
See whether results are within or outside defined specifications.
Self-check information
View system information during sampling and measurement.
Clear Operator Workflows
ADAPT Software organizes routine tasks around defined methods and on-screen guidance. Operators can access measurement, review, and reporting functions from the touchscreen interface.
Select a method
Choose a pre-configured method for the sample and measurement.
Enter identifiers
Define the Test ID and Group ID for the measurement.
Start measurement
Follow on-screen prompts and begin the defined method.
Review results
View the particle size result and specification status.
Method Control and Data Review
Method Control for Routine Measurements
- Use pre-configured methods for routine particle size analysis.
- Save defined method settings for repeated use.
- Configure on-screen prompts for QC applications.
- Generate reports using defined report settings.
Measurement and Data Review
- View current measurement results.
- Compare results with historical data overlays.
- Export measurement data.
- View self-check information during sampling.
Pass/fail review against defined specifications
ADAPT Software automatically shows whether results are within or outside defined sample specifications. Color-coded results give operators a clear QC review step.
Within Specification
The result meets the defined sample specification.
Outside Specification
The result falls outside the defined sample specification.
Built for Routine Particle Size Measurement
Used with the LS 13 320 XR Particle Size Analyzer, ADAPT Software supports defined workflows for dry powders, aqueous samples, and non-aqueous samples.
Raw Material Testing
Verify incoming material quality and particle size consistency before production.
In-Process Checks
Monitor particle size during manufacturing workflows to support process control.
Finished Product QC
Confirm final product specifications and quality requirements.
Particle Size Review
Visualize and evaluate particle size distribution measurements and trends.
Pass/Fail Verification
Compare results against predefined specifications for rapid QC decisions.
Method Transfer
Support consistent measurement methods between operators, labs, and sites.
LS 13 320 XR Particle Size Analyzer
The LS 13 320 XR Particle Size Analyzer combines laser diffraction with Polarization Intensity Differential Scattering (PIDS) for particle size analysis across a stated measurement range of 10 nm to 3,500 µm.
FAQ on the ADAPT Software for the LS 13 320 XR Particle Size Analyzer
Which file formats can the ADAPT Software export?
The ADAPT Software can export data in XLSX, TSV, PDF, and CSV formats.
Can the ADAPT Software support 21 CFR Part 11 requirements?
The ADAPT Software includes functions that can support a laboratory’s 21 CFR Part 11 requirements, including secure user sign-on, user-level permissions, audit trails, error log files, administrative controls, and electronic signature capability. Compliance depends on the laboratory’s system configuration, procedures, validation, and use.
