When people think of robotics, they usually picture industrial-scale systems that are used in injection molding and other manufacturing processes. But while robotic systems have undeniably transformed the manufacturing landscape, they’re not just advantageous for businesses—they’re also highly useful in science and research. Labs that require precision pipetting, for example, can greatly benefit from liquid handling systems.
Why You Should Invest in Automatic Pipette Robots
Many laboratories balk at getting liquid handling robots due to their cost. However, these innovations are actually worth every penny since they’ll help you:
- Minimize errors. Even the most experienced scientists and researchers are humans and can make mistakes at any moment. Fortunately, when you automate all pipetting tasks, you can reduce the risk of liquid handling errors and ensure precision in every step of your research.
- Focus more on important work. While pipetting is a key part of research studies, you likely have many other tasks to complete. By automating the pipetting process, you and your team can direct your time and attention on other key tasks and save hundreds of hours—without compromising the quality of your research.
- Keep your lab competitive and well-respected. When you pair automated pipetting with other processes, you’ll preserve the integrity of your work and boost your laboratory’s reputation. This will help you earn the respect and trust of the scientific community while making it easier for your team to gain grants and financial backing.
Choosing the Right Liquid Handling System for Your Lab
The liquid handling robotics industry has grown in leaps and bounds over the years, which means that laboratories nowadays have plenty of excellent makes and models to choose from. However, not all liquid handling systems are created equal, so you must explore your options and find one that best suits your needs. Start your search by considering these factors:
Accuracy and Precision
Choose a system that has the highest possible accuracy and precision levels. Ideally, your liquid handling robot should have an accuracy of < 10% at a 1μL volume and 1% at 5μL to 50μL volumes. For precision, find a system that offers 5% CV at a 1μL volume and 1% CV at 5μL to 50μL volumes.
Size
If your laboratory is on the small side, or if you just want to maximize your space, look for liquid handling systems with a small footprint but have the same performance as their heftier counterparts.
Features
Aside from having an automatic pipette, your liquid handling robot should have many other features that promote precision and accuracy. Some models, for example, have an integrated camera and advanced algorithms that allow the system to visually comprehend its tasks and monitor for potential user errors. Your robotics system should also be easy to set up and have minimal maintenance requirements.
If your research involves liquid dispensing, mixing, and transferring, you need to automate your pipetting tasks ASAP. Choose the ideal liquid handling robot for your laboratory by using our guide and see how your new system will improve your lab work and help you save time and money.
