Hamilton Microlab Star M Liquid Handler

• High-throughput screening in drug discovery and development.
• Genomic and proteomic research, including PCR setup and nucleic acid purification.
• Cell-based assays and cell culture maintenance.
• Clinical diagnostics for sample preparation and assay execution.
• Forensic toxicology and environmental testing for precise sample handling.

Typical throughput

Variable, depending on assay complexity; capable of processing hundreds of samples per hour for routine tasks.

Pipetting volume range

Commonly from 0.5 µL to 1000 µL per channel, with high precision across the range.

Number of pipetting channels

Typically 8 or 16 independent pipetting channels, with options for single-channel manipulation.

Deck capacity

For this class of equipment, typically accommodates 2-4 microplates or equivalent labware, with additional positions for tips and reagents.

Power supply

Commonly 100-240 V AC, 50/60 Hz, requiring a standard laboratory power outlet.

Footprint

Units of this type typically have a benchtop footprint of approximately 80-120 cm wide by 70-90 cm deep.

Software control

Operated via dedicated software, allowing for complex protocol programming and data management.

• What kind of maintenance does a Hamilton Microlab Star M typically require?

  Routine maintenance for this type of liquid handler typically involves cleaning, tip replacement, and periodic calibration. Mechanical components may require servicing as per manufacturer guidelines.

• Can this system handle different types of labware?

• Is specialist training required to operate this equipment?

• What are the typical environmental requirements for this unit?

• What is the expected lifespan of a used automated liquid handler?

Automated pipetting systems are generally regarded as reliable workhorses in laboratory and biotech settings. Buyers typically value their precision, reproducibility, and ability to reduce manual handling errors. When purchasing used units, key considerations include maintenance history, calibration status, and compatibility with existing laboratory information systems. Common strengths include improved throughput, consistent results across multiple samples, and reduced operator fatigue. Prospective buyers should verify that spare parts remain available and assess whether training support is accessible for their team.

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