In modern laboratories, accuracy and speed take center stage. Innovations in science and technology, 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 automated pipetting solutions, liquid handling robots, and comprehensive lab automation solutions.

The Journey of Pipetting: From Manual to Automated

Precision in liquid handling plays a key role as a laboratory technique that involves measuring and dispensing specific 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 depend on precision handling by experts to achieve reliable results. These devices, despite their reliability, often cause inconsistencies from repetitive use, or manual limitations.

Automated Pipette Alternatives

Modern pipetting tools offer advanced functionality, streamlining liquid transfer tasks. They reduce variability, making them ideal for high-precision workflows, such as sample preparation.

How Liquid Handling Robots are Revolutionizing Labs

Automation in liquid transfers automation systems offer automation for repetitive liquid handling procedures, delivering unmatched accuracy. These robots are game-changers in applications like clinical research, biological analysis, 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 operations.