Automated Liquid Handling
HighRes offers a range of liquid handling solutions from non contact dispensers through to tip based liquid handling workstations for genomics, drug discovery, and synthetic biology workflows.
Precision Liquid Handling for Scalable Science
Liquid handling is at the core of every life science workflow, from routine sample preparation to high-throughput screening and genomics. As experiments scale in complexity and volume, manual pipetting quickly becomes a bottleneck, introducing variability, limiting throughput, and consuming valuable scientific time.
Automated liquid handing systems address these challenges by delivering precision, repeatability, and throughput, while enabling laboratories to standardize workflows and generate more trustworthy data. From traditional tip based pipetting to non contact dispensing, choosing the right liquid handling approach is essential to building reliable, scalable automation.
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Non Contact Dispensing
Non contact dispensers transfer liquid wihtout physically touching the the target labware, typically using acoustic, solenoid, or pressure-based dispensing technologies. This approach minimizes contamination risk and enables low volume pipetting with high speed.
Non contact dispensers are best suited for dispensing cells and reagents as part of any life science workflow with speed and precision.
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Tip Based Pipetting
Tip based liquid handlers utilize disposable tips to aspirate and dispense liquids from source labware to target labware. These systems are widely used due to their versatility and ability to handle a broad range of volume and liquid types.
Tip based liquid handlers are best suited for sample transfers and reformatting and support most liquid transfers above one microliter across any life science workflow.
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Volume Verification
Accurate liquid handling depends on knowing not just what was programmed, but what was actually transferredered. Volume verification provides an independent check on pipetting performance, helping labs confirm accuracy, detect drift, and maintain confidence in automated workflows.
By verifying dispensed volumes directly at the plate level, laboratories can reduce variability, improve reproducibility, and support quality, compliance, and method development, especially in high-throughput and regulated environments.
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