The Rise of Automated Liquid Handling in Modern Laboratories
Semi-automated liquid handling systems have revolutionized laboratory processes, providing precision, efficiency, and reproducibility. As research demands increase, these systems ensure reliable results while reducing manual errors.
Semi-automated liquid handling refers to systems designed to aid in liquid transfers, pipetting, and dispensing tasks in laboratories. These instruments are essential in high-throughput screening, genomics, and pharmaceutical research, where precision and speed are crucial. The transition from manual pipetting to automation enables labs to scale operations, optimize workflow, and improve the accuracy of sample processing.
Key Applications of Liquid Handling
qPCR Setup: Automating the setup of qPCR reactions speeds up molecular biology research, especially in areas like COVID-19 testing.
High-throughput Screening: Pharmaceutical companies rely on these systems for drug discovery, screening large compound libraries efficiently.
ELISA Automation: Automated liquid handling enhances the accuracy and speed of enzyme-linked immunosorbent assays (ELISA).
Why Automate?
Manual liquid handling techniques, while effective, are prone to human error. Semi-automated systems, however, offer greater reproducibility, lower the risk of contamination, and increase lab productivity. Instruments like LTS Plus allow laboratories to handle complex liquid transfers seamlessly.
Investing in automated liquid handling technology is no longer optional for labs looking to optimize efficiency and precision. As the demand for faster, more reliable workflows grows, automation is paving the way for future scientific breakthroughs.
Keywords: Automated Liquid Handling, qPCR Setup, High-throughput Screening, ELISA Automation, Pipetting