What to Look for in Laboratory Scheduling Software

 


If you wish to increase productivity, and ensure consistent and reproducible results in a lab, consider using automated scheduling software. Robotic process automation software helps improve safety and allows your lab team to focus all their energies on more sophisticated tasks.

Yes, indeed, many laboratories worldwide are now using lab scheduling software to automate their workflow. However, there are still many smaller labs that have yet to make the transition. If you are one of them, you might want to read further.

What Can Benefit From Such Automations

With the help of the right lab scheduling software and connected instruments, you can easily automate a lab’s processes and tests. Here are a few applications that can benefit from such automation within a lab.

  • Liquids: It is without a doubt that liquid handling is an essential part of any lab. Many liquid handling robots are available to help with these applications. They help increase productivity and relieve your staff when doing repetitive work.
  • Colony Picking: If you are familiar with lab work, you may know that when colony picking is done manually for bacteria and fungi, it can prove to be a rather time-consuming process and can often result in an error. With the help of an automated Colony picking robot that uses a camera and advanced image analysis to detect and select any bacteria or fungus colony that is desired based on the programmed criteria, it increases the accuracy of the process entirely.
  • Immunoassays: Are also known as ELISAs, these tests require several incubation and washing steps. These are labor-intensive and complicated to run. When a microplate handler and washer are used with the help of lab scheduling software, it ensures that every step is timed and dispensed according to the criteria set for it by the technician. It also ensures that there is accuracy and consistency throughout the entire process.
  • PCR and qPCR: For these, multiple steps can easily be automated with the help of lab scheduling software. Take the example of nucleic acid extraction, which can be handled with the help of an automated magnetic bead nest or a positive pressure filter plate. Similarly, for PCR, there are automated thermocyclers that can simplify the entire process

Comments

Post a Comment

Popular posts from this blog

Starting Lab Automation Integration Projects

Image
  Successfully operating  laboratory automation systems  requires agility, time management, and critical thinking to reduce errors when executing lab tasks. Labs of different sizes have increasingly realized that automating tasks, particularly repetitive and manual ones, increases productivity while improving turnaround times and enhancing staff safety. By utilizing  software for laboratories /scheduling software with widely used lab devices, labs can boost their throughput, increase the quality of their results and eradicate costs.  However, there is no one-size-fits-all when starting lab automation integration projects, as some labs may only be prepared to integrate automation with a few steps.  In contrast, other labs seek full lab automation. It’s essential to start with the basics when adopting  integrated automation  in your laboratory. Automation Integration Basics Irrespective of how complex or simple the integration or automation will be for lab automation integration projects
Read more

Why the Market for Laboratory Automation is on the Rise

Image
  There are many factors influencing the global  lab automation  market. These include the increasing number of patients with chronic diseases, a growing number of studies with a small sample size, and the growing demand for personalized diagnosis and prognosis. With an increase in healthcare spending across the globe, medical technology is gaining popularity. Also, with an increase in the number of research studies that are now being conducted on a larger scale, there has been rapid growth in demand for  lab automation equipment . Lab automation  involves streamlining high throughput applications to help save time and money by automating repetitive tasks. It also enables researchers to perform more experiments within a shorter time, allowing them to focus on important aspects of their project. Types Of Lab Automation There are many types of  lab automation  available depending upon application requirements. Some examples include liquid handling robotics, racks/plates workstation, micr
Read more

Best Practices in the Lab Post-Pandemic

Image
  The life sciences business needs to improve lab design and processes as a result of COVID-19. This requires a quicker pace of expansion than in other industries. For most lab employees, remote work is not a viable option. To do any kind of research, testing, or product development, lab staff need specialized equipment, supplies, and working conditions that are only available in lab environments. This is where professionally designed  laboratory automation  can benefit the lab processes significantly . COVID-19: Short-Term Solutions The life sciences industry adapted laboratory operations and design in order to meet the necessary health and safety measures. Some larger companies built COVID-19 testing facilities for on-site employees. These facilities ranged from modular to prefabricated, or permanent changes. Other facilities required a redesign at the spur of the moment to ensure that staff could continue to work with the utmost safety. Many organizations adopted extensive cleaning
Read more