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

Routine maintenance for units of this type generally involves cleaning, calibration checks, and periodic replacement of wear parts like O-rings and seals. Software updates may also be required.

Can this system be integrated with other laboratory equipment?

Yes, Hamilton Microlab STARlet M systems are commonly designed for integration with other lab automation components, such as plate readers, sealers, and incubators, often via robotic arms or software interfaces.

What software is typically used to operate this liquid handler?

These systems are typically controlled by proprietary Hamilton software, such as VENUS, which allows for method development, scheduling, and execution of complex liquid handling protocols.

Is training usually required to operate a Hamilton Microlab STARlet M?

Due to the complexity and precision of these systems, operator training is typically recommended to ensure correct setup, method development, and safe operation.

What types of consumables are compatible with this equipment?

Units of this type typically use specific Hamilton-compatible disposable pipette tips, ranging from standard to filtered and low-retention options, to ensure accuracy and prevent cross-contamination.

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Used Hamilton Microlab STARlet M Liquid Handler - Automated Pipetting Systems

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Verifizierter Verkäufer

Hamilton liquid handling system - Hamilton Microlab STARlet M Liquid Handler

Name: Hamilton Microlab STARlet M Liquid Handler
Brand: Hamilton liquid handling system
SKU: 23426101
Price: 15500 GBP
Availability: InStock

Preis: £ 15.500

Hamilton Microlab LET M liquid handling system for precise automated pipetting and laboratory workflows. Reliable, compact solution for research and biotech lab

Cambridgeshire, United Kingdom

5.773 km entfernt

Modellnummer

Microlab LET M

Bestandsnummer

23426101

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High-throughput screening in drug discovery and research.
Genomic and proteomic sample preparation, including PCR and qPCR setup.
Cell-based assay development and execution.
Serial dilutions and reagent dispensing in analytical laboratories.
Compound management and plate replication.

Typical capacity: Typically accommodates multiple microplates (e.g., 96, 384, 1536-well formats) and various tube racks.
Power supply: Commonly requires a standard laboratory power supply, typically 230V, 50Hz for UK operation.
Pipetting channels: Units in this class often feature multiple independent pipetting channels, such as 8 or 16, or a CO-RE gripper for plate movement.
Volume range: Typically handles a broad volume range, from sub-microlitre to several millilitres, depending on the pipetting head configuration.
Footprint: For this class of equipment, the footprint is designed for benchtop use, requiring dedicated laboratory space.
Automation level: Offers high levels of automation for unattended operation, reducing manual intervention in workflows.

Routine maintenance for units of this type generally involves cleaning, calibration checks, and periodic replacement of wear parts like O-rings and seals. Software updates may also be required.

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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