If you’re a lab manager, you know that working in a lab can get stressful. It’s hard to keep track of everything that needs to get done, and there’s always something that needs to get done. Your lab is probably one of your most valuable resources, but it can be hard to manage it if you don’t have the right resources.
If you’re looking to automate your lab, you’ve come to the right place. This post will go over the basics of a lab workflow automation system.
What is lab workflow automation?
According to Sapio research LIMS, lab automation is the application of instrumentation to perform basic lab processes with minimal human input. In laboratories, automation can be applied anywhere from a single step of experimentation to the entire workflow in the lab. Lab flow automation can be split into three stages; pre-analytic, analytical, and post-analytical.
What are the benefits of lab workflow automation?
Lab workflow automation systems offer numerous benefits. Below are some of these benefits;
They improve the efficiency of experimental processes
Lab automation improves the overall efficiency of the experimental processes. A good lab flow automation system will help speed up tasks, cut down on waste, promote lower quantities of reagents, and allow for higher experiment throughput. These benefits are put together to enhance the lab’s efficiency and reduce its operational costs.
They help free-up time for researchers
Another benefit of lab automation systems is that they help save researchers from performing task-consuming and repetitive tasks. The automation system will take care of these tasks, freeing up space for researchers to handle other important tasks. The automation of repetitive tasks helps increase reliability and accuracy. This helps prevent errors during experimentation processes.
They improve lab safety
Laboratory automation systems also improve safety in the labs. They do this by using automated systems to handle and store harmful or hazardous substances. This helps protect the lab and researchers from exposure to toxic substances and unwanted accidents.
How does a lab workflow automation system work
The best way to explain the performance of a lab flow automation system is by firstly defining the three stages of automation.
Pre-analytical automation
This refers to any step from sample storage to the preparation and addition of reagents. Most of the pre-analytical processes are usually repetitive. They include labeling, storage, and measuring. Any problems like poor storage and improper volumes can result in significant experimental errors. Therefore, automation helps foster the accuracy and reliability of results. Robotic sensors and automated systems can perform various pre-analytical tasks.
Analytical automation
This is where the experimental processes take place. Automation systems can promote the continuous flow of the analytical process. The automation tools can also for collecting and storing lab data measurements. Library workflow automation systems feature different software and equipment to enhance the analytical process.
Post-analytical automation
This is the final part of the experimentation process. It involves data analysis, interpretation, sample management, and reporting processes. Automated tools can be used to assist in these processes. Post-analytical automation helps reduce errors and store the data from experimentations.
Choosing the best workflow to automate
The best workflow to automate should be
- Time-consuming and tedious
- Involve liquid and another reagent handling
- One that is run often
- One that requires the least human involvement
- The process should be error-prone and monotonous
- You should also select a process that can be automated within your budget
- You should also choose a task that you can afford a walkaway automation
Total Vs. Partial lab workflow automation
Partial automation is where you run the automation system only during working hours. It also only automates one process in the lab and constantly requires human intervention. The equipment used in partial workflow automation is often incompatible with other lab automation equipment and software. Here, workers have less walkaway time.
On the other hand, total workflow automation can run 24/7, extending operation hours and shortening the results turn over time. It features end-to-end automation across whole essays and can be controlled via a single interface. Total automation links multiple lab automation equipment and offers a complete walkaway time for lab workers.
Lab Workflow Automation Closing Thoughts
Before implementing a lab workflow automation system, you must first understand what you want to automate, map out your processes, use the equipment against your desired outcome, and engage your potential partners. This will help you get the most out of the system.
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