Pharmaceutical labs rely on precision. The slightest mismeasurement, contamination or inconsistency can cause delays, safety risks and increased costs. In the world of pharma, having high-quality and efficient processes isn’t just a goal. It is a strict regulatory requirement. That is why a growing number of companies are introducing automation into their laboratory settings.
Collaborative robots (cobots) have a big part to play in lab automation. Not only do labs require consistency – many of the tasks involved in their operations are repetitive, tedious and time-consuming. Highly skilled lab technicians often spend a large portion of their days capping, uncapping, preparing samples and labelling. These are all tasks that cobots can perform without interruption for hours on end.
Let’s look at the use cases where cobots can really add value in the lab.
What is lab automation?
Lab automation is the process of using technology like digital record keeping and robotics to enhance efficiency and accuracy in laboratory workflows. In the pharmaceutical industry, the potential benefits of this are shorter cycle times, higher throughput as well as better reproducibility and predictability. It doesn’t just make commercial sense for pharma companies but leads to better outcomes for patients too by speeding up the process of manufacturing high-quality drugs.
Cobots can work alongside human operators (with an appropriate risk assessment) to improve lab productivity and safety. They can perform a wide variety of tasks including sample handling, pipetting, and labelling – reducing the risk of errors and enhancing overall efficiency in personal care and pharmaceutical manufacturing. Their ability to collaborate with humans makes them adaptable and versatile for different lab environments and workflows across the pharma sector.
The issue of safety is another big driver of the move towards lab automation. Again, cobots have a lot to offer in this area too. They can reduce human exposure to potentially dangerous body fluids and chemicals as well as prevent the contamination of surfaces and samples. With lab technicians no longer required to perform repetitive, manual tasks, they are free to spend their time doing more valuable, analytical activities. This helps speed up the timescales from turning results in the lab into viable treatments for patients.
Cobot use cases for lab automation
Lab automation is not some theoretical future-state for the pharmaceutical sector. Today, it is becoming increasingly standard for companies looking to remain competitive, control costs and increase efficiencies in their lab environments. The smaller footprint, programming flexibility and versatility of cobots are making them an increasingly sought after solution across the industry.
Here are two of the most popular applications for cobots:
Drug discovery
Drug discovery is the process of developing, testing and approving new medicines and treatments for diseases and ailments. A very small number of all potential new drugs actually make it through the process to become available on the market – something that can often take over a decade. The use of cobots in drug discovery is transforming a process that typically involves screening thousands or even millions of compounds to identify potential candidates by enabling faster and more precise experimentation.
UK technology company Labman Automation Ltd integrated UR3e cobots into their MultiDose drug discovery system. The company has streamlined various tasks involved in drug discovery, such as sample preparation, compound management and high-throughput screening. As a result, the business has been able to save an average of six hours per lab technician on projects. See more at
