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Lab Automation - a new pattern in the research and development field

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Biosero, Inc.
Lab Automation - a new pattern in the research and development field

Lab Automation - a new pattern in the research and development field


New technologies like robotics, machine learning, Artificial Intelligence, Data Analytics, IoT(Internet of things), voice command processing, facial recognitionare changing the way research and development work is done in laboratories.These technologies, with the integration of lab automation software are creating a new work environment where human dependency is reduced and automation is taking over in the field of research and development. Automation has become a necessity and not a luxury for industries.

Automation in the laboratories

If you are already running a research program where you are using a lot of manual efforts, lab automation is the key to success. You can upgrade the existing workflow or you can automate manual processes. This is possible with the help of proper integration of software and hardware. Experts from the fields of hardware, software and designing study the existing processes of the workflow andadvise how manual efforts can be replaced with automation. The life science industry is the main beneficiary of automation. In this industry precision plays a key role to measure the success of each process and automation plays a great role in providing accurate results.

Industrial automation

Automation plays a great role in industries these days. There are many processes in the industry that can be automated. It reduces the dependency of manpower and saves money on your operations. Therefore, you can reduce the production cost and time and improve the quality of the products. Thus, the organization becomes more competitive.

Laboratory Automation Software

Modern-day laboratory automation software is capable of automating various processes. Robotics and facial recognition technology play a crucial role in this. Software is capable of handling every instrument in the laboratory. It makes laboratory automation a reality with identifying objects, manual task integration, scheduling processes, collection of data and producing output.Device drivers are used to integrate instruments in the automation process.

Automation has commercial benefits too. It reduces dependency on humans and increases production capacity. Since processes become machine dependent it increases accuracy and speed. With less manpower you can deliver more, improving all over the performance of the organization.

Robotics Integration

Handling processes manually leaves scope for human errors and replacing it with robotics reduces this possibility. Even if the integration is big and challenging, a proper combination of software and hardware can handle the entire task.Modern-day robots are capable of identifying each instrument used in the laboratory and when and how to use it.

Improving Workflow

You have full flexibility of which processes should be automated and what should be left for manual handling. You can design the new workflow accordingly. Here are some benefits of redesigning the workflow using automation.

  • You can set a new workflow to meet your production targets.
  • Replacing manual processes with robotics improves accuracy and speed and reliability.
  • Designing custom workflow after thorough study, with proper combination of manual and robotic process handling helps you achieve optimum performance.
  • Overcoming disadvantages of manual equipment handling.

After you have decided to implement automation in your organization, you can contact biosero.com.  They have a team of software, hardware and design professionals. They will study the existing workflow and suggest the best possible automation solutions.

 

 

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