Mast Uri System

• Clinical microbiology laboratories for routine urine sample analysis.
• Hospital laboratories for rapid pathogen identification and antibiotic susceptibility testing.
• Private pathology laboratories processing a high volume of urine samples.
• Research institutions studying urinary tract infections and antimicrobial resistance.

Typical throughput

Units in this class typically process a significant number of samples per hour, streamlining laboratory workflow.

Automation level

The Mast Uri System is described as semi-automated, meaning it handles key analytical steps with operator intervention for loading and result interpretation.

Analysis type

This system typically performs rapid culture, identification, and antibiotic sensitivity testing of urine pathogens.

Power supply

For laboratory equipment of this type, a standard mains power supply (e.g., 230V, 50Hz for UK operation) is commonly required.

Footprint

Units like the Mast Uri System are designed for benchtop use, requiring a dedicated space within a laboratory environment.

Connectivity

Modern laboratory analysers typically offer connectivity options for integration with Laboratory Information Systems (LIS).

• What kind of maintenance does a used Mast Uri System typically require?

  Routine maintenance for these systems commonly involves calibration, cleaning of fluidic pathways, and replacement of consumables. Specifics should be confirmed with the seller or manufacturer's guidelines.

• Can this system integrate with existing laboratory software?

• What consumables are typically needed for the Mast Uri System?

• Is training usually required to operate this equipment?

• What are the benefits of a semi-automated system over a manual process?

Urine analyzers maintain strong reputation for reliable diagnostic performance in clinical laboratories. Buyers typically prioritize calibration status, maintenance history and throughput capacity when purchasing used units. The equipment generally offers consistent results across routine screening applications. Common strengths include robust build quality, straightforward operation and compatibility with existing laboratory workflows. Potential buyers should verify spare parts availability and verify recent servicing documentation before committing to purchase, as ongoing support can affect long-term operational costs and reliability.

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