Laboratory robotics is an act of using robots in life science,
chemistry, and pharmaceutical laboratories to perform tasks which are
beyond human capabilities such as continuous productivity and safety.
Laboratory automation is the prominent segment in robotics field.
Robots can perform task three to four times faster than humans and
can work up to 24 hours a day. They can produce large quantity of
products such as pharmaceutical drugs in a short time span. Robots
can work to a high precision, which exceed accuracy which any human
can provide. Automation of pharmaceutical industry reduces the human
labor and lowers the production cost. Advanced robotics can be used
to automate the laboratory processes such as pick/place, liquid and
solid addition, heating, cooling, mixing, and shaking. Increasing use
of robots in pharmaceutical companies for drug sorting, dispensing,
and kit assembly, owing to high flexibility and reliability is
driving growth of the pharmaceutical robots market.
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Continuous advancement in pharmaceutical robots is expected to
fuel growth of the global pharmaceutical robots market
Increasing
investments in research and development activities by manufacturers
is expected to boost growth of the pharmaceutical
robots market. For
instance, UR3 Robot launched by Universal Robots in March 2015 is
cost-effective and small in size as compared to other robots such as
SCARA and Cartesian robots. China-based Guangzhou Pharmaceutical
Holdings Ltd., is working on replacing conventional robotic machines
with collaborative robots, owing to their high efficiency and
flexibility. Guangzhou pharmaceuticals collaborated with Midea Group
Co. in 2017 to bring fully automated dispensing robots that can pick,
package, and distribute pills at hospitals and drugstores.
Japan-based Kawasaki Heavy Industries Ltd., plans to offer surgical
robots in 2019 to California based Omnicell Inc, which markets
automatic medication dispensing systems. Increasing demand for
specific packaging configuration and useful factors of robots in
pharmaceutical manufacturing such as accuracy, high speed, zero error
operations, and better utilization of space are also driving the
growth of the pharmaceutical robots market. High reliability,
enhanced safety, significant financial savings, and relentless
continuous work in any environment are some others applications of
robots, which are expected to drive growth of the global
pharmaceutical
robots market.
However, high initial investment for automation of pharmaceutical
industry is restraining growth of the market.
Key players operating the pharmaceutical robots market include;
Kawasaki Heavy Industries,
Ltd., FANUC Corporation, Mitsubishi Electric Corporation, ABB Ltd.,
Seiko Epson Corporation, Universal Robots A/S, Yaskawa Electric
Corporation, Marchesini Group S.p.A., and Midea Group Co.
Pharmaceutical Robots Market Taxonomy:
Pharmaceutical robots market is segmented on the basis of product
type, application, end user, and geography.
By Product Type:
• Cartesian Robots
• Selective Compliance Assembly Robot Arm (SCARA) Robots
• Articulated Robots
• Others
By Application:
• Picking and packaging
• Drugs inspection
• Laboratory applications
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