SPT Labtech Mosquito HV Automated High-Volume Liquid Handler Unit 2

The SPT Labtech Mosquito HV Liquid Handler Unit 2 is an advanced automated liquid handling system designed for precise microliter-range pipetting using positive-displacement technology. Featuring a 5-position plate deck compatible with standard SBS formats (96, 384, and 1,536 wells), it supports 16 pipetting channels to enable rapid, high-throughput liquid dispensing essential in molecular diagnostics, NGS library preparation, PCR/qPCR setup, and biotechnology assay miniaturization.

• Pipetting volume range: 500 nL to 5 µL ensures accurate low-volume dispensing critical in synthetic biology and bioprocessing workflows.
• Throughput performance: Processes a 96-well plate in 2 minutes, a 384-well plate in 3 minutes, and can stamp out 4 x 384-well plates in 5 minutes, supporting efficient biomanufacturing and screening workflows.
• Disposable tip technology: Utilizes positive-displacement pipetting with disposable tips to minimize cross-contamination, a necessity in sensitive molecular cloning and fluorescence-based assays.
• Compact footprint and robust mechanics: Designed for space-limited laboratories while maintaining consistent precision, reliability, and smooth plate handling across all deck positions.
• System includes: Mosquito HV unit, dedicated computer with Mosquito software for method setup and automated run control, power and communication cables (consumables not included).

This liquid handling robot is widely adopted in biotechnology research and clinical diagnostics environments, offering dependable automation tailored to high-throughput genomics and synthetic biology applications. The instrument underwent rigorous in-house testing, confirming flawless operation, accurate plate alignment, and error-free liquid transfer. Its integration supports efficient, miniaturized assays critical for accelerated bioprocessing pipelines and molecular biology workflows.

The Mosquito HV Liquid Handler is essential for researchers requiring precise, high-volume liquid handling in 96- to 1536-well plate formats, streamlining routine and complex laboratory procedures in biomedical engineering, gene editing, and biopharmaceutical production.