Astoria Pacific 311 Chemistry Analyser

• Environmental monitoring for water and soil analysis.
• Food and beverage quality control for nutrient and contaminant detection.
• Pharmaceutical research and development for drug dissolution and stability testing.
• Clinical diagnostics for routine blood and urine analysis.
• Agricultural testing for soil fertility and crop nutrient analysis.

Typical throughput

For this class of equipment, throughput commonly ranges from 90 to 120 samples per hour, depending on the specific assay and system configuration.

Detection capability

Units of this type are typically capable of part-per-billion (ppb) detection, suitable for trace analysis.

Sample introduction

Features random-access XYZ sampling, allowing for automated and flexible sample handling.

Reagent consumption

Commonly designed for efficient reagent use, often significantly lower than traditional segmented flow analysis systems.

Integration

Typically integrates with various modules such as peristaltic pumps, detectors, and cartridge bases to form a complete automated analyser.

Power supply

Units of this type commonly operate on standard laboratory power supplies, typically 230V, 50Hz for the UK market.

• What kind of samples can this analyser process?

  This type of chemistry analyser is typically designed to process liquid samples, including water, extracts, and biological fluids, for a wide range of chemical parameters.

• Is this unit suitable for continuous operation?

• What maintenance is typically required for a unit like this?

• Can this analyser be integrated into an existing lab system?

• What types of chemical parameters can typically be measured?

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.

General overview for this equipment type