Immuno Concepts AFT2000 Pippeting Robot

• Automated pipetting systems are typically used in clinical diagnostic laboratories for high-throughput immunoassay processing.
• They are commonly employed in research and development settings for drug discovery and genetic screening.
• These robots facilitate precise liquid handling in pharmaceutical manufacturing for quality control and formulation.
• Academic institutions utilise such systems for various biological experiments requiring accurate reagent dispensing.

Typical capacity

For this class of equipment, units commonly handle multiple microplates simultaneously, often 96-well or 384-well formats.

Power supply

Units of this type typically require a standard laboratory power supply, commonly 230V, 50Hz in the UK.

Throughput

Automated pipetting robots are designed for high throughput, processing hundreds to thousands of samples per day depending on the assay complexity.

Footprint

The footprint for these systems can vary, but they are generally designed to fit on a standard laboratory bench.

Liquid handling volume

These systems typically handle volumes ranging from sub-microlitre to several hundred microlitres per well.

Interface

Units commonly feature a user-friendly interface for programming and monitoring pipetting protocols.

• What types of assays can this system perform?

  Automated pipetting systems like the AFT2000 are generally suitable for a wide range of immunoassays, including ELISA, IFA, and other plate-based assays requiring precise liquid transfer.

• Is specialist training required to operate this equipment?

• What are the common maintenance requirements for a used unit?

• Can this system be integrated with other laboratory automation?

• What consumables are required for operation?

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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