For biologists, laboratory work commonly entails handling sensitive liquids and ongoing testing.
These liquids are held in containers called pipettes. When pipetting manually, it can take a significant amount of time to reach testing goals. Automated liquid handlers, or liquid handling robots, such as the kind that Flow-robotics.com offers, can help boost this productivity by a whopping 40%.
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How does this work?
The software that controls the automated liquid handlers is able to execute a variety of laboratory tasks with great precision. This includes repetitive tasks such as adding and removing reagents, as well as more complicated procedures like serial dilutions.
What’s more, the software can be customized according to the needs of each specific experiment. For example, it can be programmed to stop at certain points so that manual intervention can take place.
Overall, using automated liquid handlers equipped with the right software can help significantly boost productivity in the laboratory – freeing up time for other important tasks.
Challenges faced by scientists is that programming these liquid handling robots are not necessarily already known by them. So while productivity can be increased, the process can be significantly delayed or limited unless the right programming is on hand.
Even with knowledgeable engineers on hand, the programming process can be complex and lengthy to develop. When using several different robots, the cross programming can potentially take even longer.
Additionally, scientists must be properly trained on how to use the software in order for it to be executed properly – and this training takes time.
Flow Robotics has developed a solution that can help to address all of these challenges: FR-Complete.
This is an end-to-end solution that includes everything from hardware and software to support and maintenance. It is designed to help scientists get the most out of their automated liquid handlers, with the least amount of hassle.
FR-Complete includes an user-friendly interface that makes programming simpler and more efficient. Additionally, it comes with comprehensive training so that scientists can quickly get up to speed on how to use the software. And finally, it offers ongoing support so that scientists can always get help when they need it.
By offering an all-in-one solution, Flow Robotics is making it easier than ever for scientists to take advantage of automated liquid handlers and boost their productivity. With FR-Complete, they can focus on their research – not on the technology.
Luckily, there are solutions to these common issues. Software platforms now exist that can assist with automated liquid handlers in a simple process. It does this by connecting the steps that these automated robots take. It can also rely on such software to conduct the research more efficiently and to execute the process in an intelligent manner.
You can also avoid classic mistakes and save time by conducting test runs via software to avoid errors and wastage in the actual work process.
Even better, with this software you have the option to transfer programming across different automated liquid robots and transfer your data and findings among your colleagues and organizations.
Such software platforms provide an easy-to-use interface, which is customizable for the needs of each user. This way, you can quickly adapt it to new tasks as your needs change.
Additionally, these software platforms are constantly being updated with the latest features to keep up with the changing demands of science.
So if you’re looking for a way to boost productivity in your laboratory, consider using an automated liquid handling robot equipped with the right software. It could make all the difference in your workflow.
Stay in control of your workflow
This software programming also offers the possibility to examine the proposed set up including the liquid material exchange and needed materials. Here you can stay in control of your workflow by reviewing the proposition and begin the workflow as soon as you are ready.
With this option you can save time by in-depth planning and mitigating errors. You can also make modifications to certain parts of the process without having to start from scratch.
The software will also take into account the physical properties and chemical makeup of each liquid. This is important as different liquids have different specifications that must be met in order for the scientists’ goals to be reached.
For example, some chemicals may not mix well together or may need to be diluted before use. The software takes all of these factors into consideration so that experiments are conducted smoothly and efficiently.
In short, by using the right software, you can boost productivity, avoid mistakes, and save time – all while ensuring that your automated liquid handlers are being used to their full potential.