SEAL ANALYTICAL | DISCRETE ANALYZER


With over 50 years of experience in the environmental field, SEAL has designed the Discrete Analyzer for a modern, highly automated, flexible analyzer in the environmental laboratory that require high levels of automation, a wide range of chemistry.

SEAL discrete analyzer continuing the high standard of reliability and low detection limits has all the advantages of discrete analysis – auto standard preparation, auto dilution, automatic method changeover, low reagent consumption – true automation.
Over 30 Methods for the Environmental Market

USEPA Approval of SEAL Discrete Analyzer Methods and Seal UKAS methods are equivalent to “UK Blue Book”

PRODUCT DESCRIPTION

AQ2 DISCRETE ANALYZER

The AQ2+ system

Is a flexible analyzer that uses the principle of Discrete Analysis where each test occurs in a separate or discrete reaction vessel.

The AQ2 is ideal
when many and varied tests are needed on different samples and/or individual results are needed immediately.

Features:

•  The AQ2+ employs a robust robotic sampling arm 
•  Works  in conjunction with a stepper motor-driven syringe. 
•  The syringe is used for aspirating, dispensing and mixing of sample and reagent 
•  Each test occurs in a separate or discrete reaction vessell
•  Varied tests on different samples and when individual tests are needed immediately

MARKET :

  • WATER MARKET
  • ENIVIRONMENTAL

    

    

AQ1 DISCRETE ANALYZER

The NEW AQ1 Discrete Analyzer...

Is a low cost flexible analyzer that uses the principle of Discrete Analysis.  Each test occurs in a separate or discrete reaction vessel.

The AQ1 is IDEAL ...

For laboratories with smaller workloads requiring varied tests on different samples and when individual tests are needed immediately.

How does the NEW AQ1 Work?
The AQ1 employs a robust robotic sampling arm working in conjunction with a stepper motor-driven syringe. The syringe is used for aspirating, dispensing and mixing accurate and precise quantities of sample and reagent into miniaturized test tubes, called reaction wells.

The Sample and reagents are incubated in the reaction wells for a pre-programmed time.  A single aliquot is then transferred into the stop/flow Optical Quality Glass Cuvette.  The absorbance of the reaction is read in our stationary optical bench to assure the best possible signal to noise ratio.

MARKET :

  • WATER MARKET
  • ENIVIRONMENTAL