Astoria Pacific 311 Chemistry Analyser

• Clinical laboratories for routine blood and urine chemistry analysis.
• Environmental testing facilities for water quality analysis.
• Food and beverage industry for nutrient and contaminant testing.
• Pharmaceutical research for quality control and process monitoring.

Analysis Method

Continuous-flow analysis (CFA) is typically employed, offering high throughput for multiple parameters.

Typical Throughput

Units of this class commonly offer throughput ranging from 60 to 300 tests per hour, depending on the configuration and number of channels.

Number of Channels

Flexible configurations are typical, allowing for multiple analytical channels to run simultaneously.

Reagent Consumption

Continuous-flow systems are generally efficient with reagent use, optimised for cost-effective operation.

Power Supply

Typically requires a standard laboratory power supply, commonly 230V, 50Hz for UK operation.

Footprint

For this class of equipment, a benchtop design is common, requiring a moderate amount of laboratory space.

Data Output

Commonly features connectivity for LIMS integration and data export for record-keeping and analysis.

• What types of tests can this analyser perform?

  Continuous-flow analysers like the Astoria Pacific 311 are versatile and can be configured to perform a wide range of colorimetric, enzymatic, and electrochemical assays for various analytes.

• Is this unit suitable for high-volume laboratories?

• What kind of maintenance does a continuous-flow analyser require?

• Can this analyser be integrated with a Laboratory Information Management System (LIMS)?

• Are reagents readily available for this model?

Chemical and biochemical analyzers hold strong reputation for delivering precise, reproducible results across laboratory settings. Buyers typically prioritize instruments with complete calibration documentation and detailed maintenance histories, as these factors directly impact accuracy and reliability. Key considerations when purchasing used models include verifying performance specifications, confirming spare parts availability, and assessing overall condition of optical and measurement components. These analysers generally offer excellent value retention and demonstrate dependable performance when properly serviced, making them popular choices for cost-conscious laboratories seeking established, proven instrumentation.

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