Hamilton Microlab STARlet Robotic Liquid Handler for Automated Pipetting and Sample Processing

The Hamilton Microlab STARlet is a precision robotic liquid handler designed for high-throughput automated pipetting in molecular biology, biotechnology, and clinical diagnostics workflows. Featuring a benchtop configuration with a deck capacity of 30 tracks (25 ANSI standard positions), it supports most SLAS ANSI standard plates up to 1536 wells and commercial tube formats, accommodating diverse sample processing needs including Next-Generation Sequencing (NGS), ELISA, and forensic assays.

Key technological features include:

Operating within a temperature range of 15°C to 35°C with controlled humidity (30–85%), the STARlet operates on a supply voltage between 100 VAC and 240 VAC with maximum power consumption up to 1000 VA depending on configuration.

This robotic pipetting system is widely adopted in synthetic biology research and is critical in bioprocessing pipelines, offering scalability and reproducibility essential for high-complexity molecular diagnostics, gene editing workflows, and biomanufacturing. Its compact footprint (45 × 36 × 32 inches) and flexible configurations make it well suited for integration into automated laboratory environments focused on biotechnology applications.

Leveraging advanced automated liquid handling technology, the Hamilton Microlab STARlet streamlines sample preparation for molecular cloning workflows, fluorescence analysis, and biomedical engineering labs, supporting high throughput with consistent precision and reduced manual intervention.