Promega Maxwell 16 MX3030 Magnetic Particle Processor

• Used for automated nucleic acid extraction in research laboratories.
• Suitable for high-throughput DNA purification in clinical diagnostics.
• Applied in forensic science for processing biological samples.
• Utilised in biotechnology for genetic analysis and drug discovery.

Typical capacity

This model is designed to process up to 16 samples simultaneously.

Power supply

Units of this type commonly operate on standard laboratory power, typically 100-240V AC, 50/60 Hz.

Throughput

Processing time for 16 samples is typically around 30-60 minutes, depending on the protocol.

Sample types

For this class of equipment, it commonly handles various sample types including tissue, blood, and cells.

Extraction method

This unit employs magnetic particle-based purification for nucleic acid extraction.

Footprint

Magnetic particle processors typically have a compact benchtop design, suitable for most laboratory spaces.

• What kind of maintenance does a magnetic particle processor typically require?

  Routine maintenance commonly involves cleaning the instrument surfaces, checking for blockages, and ensuring proper calibration. Specific maintenance schedules should be followed as per the manufacturer's guidelines.

• Can this unit be integrated into a larger automated workflow?

• What consumables are typically needed for operation?

• Is training required to operate this equipment?

• What is the typical purity and yield of DNA extracted by this method?

Magnetic particle processors are valued in molecular biology for consistent sample preparation and nucleic acid extraction. Buyers typically appreciate their reliability and automation capabilities when sourcing used units. Key considerations include maintenance history, calibration status, and compatibility with current protocols. Industry sentiment favours well-maintained examples from established manufacturers. Common strengths include throughput efficiency, reproducibility, and reduced manual handling. Condition of magnetic bead separation modules and software functionality warrant careful inspection during purchase evaluation.

General overview for this equipment type