VWR® LA8080 Amino Acid Analyzer
The VWR® LA8080 Amino Acid Analyzer is a next-generation system designed for accurate and reliable analysis of amino acids in various sample types. Based on ion-exchange chromatography with post-column ninhydrin derivatization, it offers high sensitivity, stability, and compatibility with established analytical methods.
This compact and user-friendly system integrates decades of technological know-how from Hitachi’s renowned amino acid analyzers (L-8800 and L-8900), while introducing significant upgrades in footprint, usability, safety, and software integration.
🔍 Key Features
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Post-column ninhydrin reaction for stable and precise amino acid quantification
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30% smaller footprint compared to previous models, ideal for any lab bench
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Improved ergonomics for easier access to reagents, flow lines, and maintenance
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Enhanced safety with upgraded leak sensor placement and monitoring
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Supports legacy methods from the L-8800 and L-8900 analyzers
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OpenLab CDS compatibility with support for 21 CFR Part 11 compliance
🧪 Typical Applications
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Analysis of protein hydrolysates in food and feed
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Pharmaceutical quality control of amino acid composition
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Research applications in biotechnology, clinical diagnostics, and metabolomics
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Analysis of fermentation broths and nutrient media
📊 Technical Specifications – VWR® LA8080
Specification |
Description |
---|---|
Model | VWR® LA8080 Amino Acid Analyzer |
Analysis Method | Ion-exchange chromatography with post-column ninhydrin derivatization |
Analysis Time | Approx. 30 minutes per run |
Sample Capacity | Up to 120 × 1.5 ml vials |
Temperature Control | Peltier-controlled system for sample and reagent stability |
Safety Features | Built-in leak sensors for safe operation |
Software Compatibility | Compatible with Agilent OpenLab CDS – 21 CFR Part 11 compliant |
Legacy Method Support | Compatible with methods from Hitachi L-8800 and L-8900 analyzers |
Instrument Footprint | Reduced by approx. 30% compared to previous generations |
Key Advantages | High reliability, optimized ninhydrin detection, ergonomic design |