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, microscopes with automated slide staining, and many more. These are used across different industry verticals such as pharmaceutical & biotechnology, life sciences R&D institutions, and diagnostic centers.

A flexible robotic arm is the most preferred lab automation equipment as it is used for handling different types of equipment simultaneously. They provide the required flexibility to handle automated instruments, reducing time and creating an environment of consistency among workers.

Developments in Lab Automation Equipment

Developments in technology have improved lab automation equipment performance by providing higher resolution, faster processing speed, better accuracy without compromising on precision or reliability.

Moreover, easy-to-use software has made these instruments simple to operate even for non-technical personnel, ensuring that high-volume testing can be performed rapidly with reduced errors. The market is also witnessing an increase in demand for handheld devices that offer remote operation capability for performing critical tasks such as collecting samples from hard-to-reach areas.

Due to the advantages offered by lab automation equipment, it offers potential benefits for various stakeholders, including pharmaceutical companies, research organizations, and diagnostic centers.

As mentioned above, one of the key benefits is that it offers high productivity at a lower cost compared with manual testing, which can save on operational costs. It also allows scientists & researchers to focus more on their research than performing tedious tasks such as testing samples. With easy-to-use software, handling these instruments has become simpler, which makes them a good option for non-technical personnel to operate.

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.

Developments in technology have led to improvement in lab automation equipment performance by providing higher resolution, faster processing speed, and better accuracy without compromising on precision or reliability.

To learn more about lab automation equipment and hardware, contact Retisoft.

Contact Us
X Contact Us

    Book a Demo