Promega Maxwell 16 MX3030 Magnetic Particle Processor

• Used for automated nucleic acid extraction from various biological samples in research and diagnostic laboratories.
• Commonly employed in molecular biology workflows for DNA and RNA purification.
• Suitable for high-throughput genomic studies and pathogen detection.
• Utilised in pharmaceutical development for sample preparation prior to analysis.
• Applied in biotechnology for cell-free DNA isolation and other magnetic bead-based separations.

Typical capacity

Units of this type commonly process up to 16 samples simultaneously.

Power supply

Typically operates on standard laboratory power, often 100-240V AC, 50/60 Hz.

Sample input volume

For this class of equipment, input volumes can vary, but often accommodate several hundred microlitres of lysate.

Processing time

Automated purification cycles for 16 samples are typically completed within 30-60 minutes.

Footprint

Benchtop units of this nature typically have a compact footprint, suitable for standard laboratory benches.

Automation level

Fully automated nucleic acid extraction, minimising manual intervention.

• What types of samples can typically be processed by a magnetic particle processor?

  These units are versatile and can typically process a wide range of biological samples, including blood, tissue, cells, saliva, and environmental samples, depending on the specific kit used.

• What are the common advantages of using a magnetic particle processor over manual methods?

• Is specialised training required to operate this type of equipment?

• What consumables are typically required for operation?

• How is maintenance typically handled for these units?

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