Across research facilities worldwide, streamlined workflows and reliability are essential. Technological advancements, particularly through automated systems, have redefined how researchers approach their tasks, leading to heightened efficiency and improved accuracy. At the heart of this revolution are pipetting systems, liquid handling robots, and integrated laboratory automation.
How Pipetting Has Evolved in Modern Labs
Pipetting is a fundamental laboratory technique used to transfer accurate liquid quantities. While traditional pipetting tools were long the standard for decades, new breakthroughs have led to the development of precision tools that improve precision and reliability.
The Basics of Manual Pipetting
Conventional liquid handling tools require skilled operators to handle delicate liquid transfers. These devices, though effective, are prone to errors caused by fatigue, or manual limitations.
Stepping Up with Electronic Pipettes
Next-gen pipettes bring automation to liquid handling, streamlining liquid transfer tasks. They minimize inconsistencies, making them suitable for repetitive tasks, such as serial dilutions.
Advances in Robotic Liquid Handling
Next-level liquid handling systems solutions are designed to automate complex pipetting tasks, ensuring exceptional reproducibility. These automated systems play a vital role in applications like pharmaceutical development, molecular biology, and high-throughput screening.
Why Labs Choose Liquid Handling Robots
Precision: Automation reduces inaccuracies.
Efficiency: Robots handle tasks faster than manual processes.
Reproducibility: Consistent performance ensures reliable results.
Safety: Automation reduces exposure to hazardous chemicals.
Leading Robotic Liquid Handlers
Tecan EVO: Known for customizable workflows.
Hamilton Microlab STAR: Offers high precision.
Beckman Biomek: Known for intuitive design and performance.
epMotion by Eppendorf: Tailored for medium-scale liquid handling robot operations.