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Marchés

Marchés Analyse de produits pharmaceutiques

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Pharmaceutical Analysis- Recommended Instrument

Continuous Segmented Flow Analyzers are ideal for pharmaceutical analysis. The AA500 AutoAnalyzer is for small to medium laboratories running around 60 samples/hour. A modular concept makes maintenance easier and the larger ID makes the AA500 AutoAnalyzer ideal. The QuAAtro is a microflow high speed analyzer suited to high workloads or labs short on space, using less reagents and producing less waste. For applications not requiring high temperature digestion our Discrete Analyzer range is also an option. Please contact us to discuss your laboratory's requirements.

AA500 AutoAnalyzer for segmented flow analysis of pharmaceutical

AA500 AutoAnalyzer

AQ400 Discrete Analyzer for pharmaceutical analysis

AQ400 Discrete Analyzer

Continuous Segmented Flow Analyzers

For over 50 years SEAL Analytical (previously Bran+Luebbe/ Technicon) has been the expert in automated wet chemistry analyzers. In pharmaceutical applications we understand that regulated standard methods are critical, so all SEAL analyzers are supplied with detailed method descriptions including reagent make up, flow diagrams and specific application notes.
 

Methods for Pharmaceutical Analysis

  • SEAL Analytical has an extensive library of over 1000 methods.
  • IQ/OQ validation documentation available.
  • Multi-range methods, giving the ability to set up your desired range.
  • Dialyzer membrane and on-line distillation options available.
  • Methods used with older AutoAnalyzer II and TrAAcs systems are completely transferable to current model AutoAnalyzers.

Typical Pharmaceutical Parameters

Glucose in Plasma

Total Nitrogen

Parap-Amino-Hippuric Acid (PAH)

Insulin

Reducing Sugars

Cyanide

Nicotine Nitrate

Formaldehyde

Phosphate

 

Note: GLP software available

 

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Discrete Analyzer

The compact Discrete Analysers can be an option for some applications. SEAL Discrete Analyzers are supported by a large library of methods that include analyses important in pharmaceutical analysis. Our stated detection limits will be achieved by typical laboratories, with many users exceeding these detection limits.
 


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