Global Industrial Logistics Robots Market Shares, Status, Opportunities, Market Forecasts, 2014 to 2020
The main benefits of incorporating industrial
logistics robots are doing tasks that people cannot or will not perform,
minimizing cost of labor, reducing the frequency as well as severity of
injuries to workers, enabling processes that are speedier, more efficient, and organized,
minimizing product damage, avoiding duplication, and mitigating loss arising
from theft.
Developing industrial logistics robots is a rather tedious process
that requires high capital and this often results in the postponement of
investment. Achieving this feat is the biggest challenge at the moment.
Logistics robots need to be customized according to the needs of a specific
industry and this renders the process even more expensive. Another challenge
that arises from the technological shift is the task of training new and
existing staff to be able to handle and use these new systems. Logistic robots
are required to deal with tasks such as warehousing, material handling,
intralogistics, storage and material flow, and industrial cranes and lifts.
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These tasks are performed using different kinds of industrial
logistics robots such as industrial robots, manufacturing robots, industrial
life science and pharmaceutical logistics robots, semiconductor and electronics
logistics robots, automotive robots, depalletizing robots, palletizing robots,
logistics robots, industrial logistics robots, and electrical logistics robots.
These industrial logistics robots are handled by a team of highly qualified
personnel who work diligently in order to design, create, program, and maintain
robotic systems of the most superior quality. As mentioned earlier, training
staff to handle these heavy-duty robots is a daunting task and companies have
been working towards resolving such issues. For instance, Yaskawa Motoman, the
American subsidiary of Yaskawa Electric Corporation in Japan, introduced
machine-learning software platforms that are designed for teaching in robotics
labs, classrooms, and training centres. The STEM Robotics Platform provides
industrial robotics certification and workforce development programs, while
Neocortex is a demonstration workcell that is interactive and consists of
application guidance. Other key players within the industrial logistics robots
market are Schaffer, ABB, Daifuku, Stabuli, Fuji, Kawasaki, Panasonic, Toshiba,
Yamaha, and Pro Mach.
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