Mast Uri Well

• Clinical laboratories for routine urinalysis.
• Microbiology labs for urine culture setup and UTI testing.
• Research facilities requiring high-throughput sample preparation for urine-based assays.
• Veterinary diagnostic laboratories for animal urine analysis.

Typical format

Designed for 96-well microplates, common for this type of dispensing aid.

Dispensing mechanism

Utilises an LED template to guide accurate sample transfer, enhancing precision.

Throughput

Significantly improves the speed of sample loading for urinalysis workflows, compared to manual methods.

Footprint

Typically a compact benchtop unit, suitable for most laboratory environments.

Power supply

Commonly operates on standard laboratory mains power, often 230V for UK use.

Material construction

Units of this type are typically constructed from laboratory-grade plastics and metals, designed for easy cleaning.

• What is the primary function of a Mast Uri Well dispensing aid?

  Its primary function is to provide an accurate and efficient method for dispensing urine samples into 96-well microplates, particularly for urinalysis and UTI testing workflows.

• Is this unit suitable for high-volume laboratories?

• What kind of maintenance does this equipment typically require?

• Can this be integrated with automated systems?

• What are the benefits of using an LED template for sample transfer?

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.

Visão geral para este tipo de máquina