A
robotic arm is a mechanical arm that is programmable and can perform
tasks similar to a human arm. Heavy payload robotic arms refers to the
robotic arm used for the movement of heavy loads which is not possible
with the help of a conventional robotic arm owing to its capacity
restraints. The heavy payload robotic arms offer high torque, better
heat dissipation and longer operational life thereby leading to an
increased operational efficiency of the process being carried out. Heavy
payload robotic arms are capable of handling heavy loads with great
ease and accuracy. These robotic arms are characterized by controllers,
actuators, and advanced sensors. Furthermore, they are well suited for
the handling of parts such as car chassis, large electric appliances,
heavy machinery, construction materials, and heavy castings, among
others.
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The
conventional robotic arms might require a high counter balance weight
which might hamper the functionality of the robotic arms. High payload
robotic arms eliminate the need of this counter balance and increasing
the productivity of the system. The robotic arms having a higher wrist
capacity are being introduced in the market by the key players. The
higher capacity makes the robotic arm capable of handling large
materials such as automotive chassis and heavy machinery parts.
Additionally, the high payload robotic arms are characterized by a high
reach which can be as high as that of cranes. Such robotic arms ensures
an increased output and reduce the dangerous associated with the process
being carries out. An increasing number of heavy payload robotic arms
providers are engaged in the development of robotic arms which are
equipped with heavy duty components which make them capable of operating
for thousands of hours of continuous operations. Furthermore, the key
players are engaged in the introduction of innovative robotic arms with
distinctive features in order to gain a competitive edge over their
peers.
The
increasing demand for the heavy payload robotic arms from the
automotive as well as heavy machinery industry is expected to be the
prime mover for heavy payload robotic arms market growth. Additionally,
increase in the industrial activity especially in the emerging economies
is expected to propel the heavy payload robotic arm market growth.
Other factors contributing to the growth of the market are increasing
adoption by the metal and construction industry, need for increasing the
operational efficiency for the end users. However, the high cost of
ownership associated with the heavy payload robotic arms may hamper the
growth of the heavy payload robotic arm market. Nevertheless, the
growing use of heavy payload robotic arms on the assembly line is
expected to drive the market growth upwards.
The
heavy payload robotic arm market has been segmented on the basis of
capacity, application, and geography. Based on the capacity, the heavy
payload robotic arm market has been segmented 500-700 Kg, 701-1000 Kg,
1001-3000 Kg, and 3001 Kg and above. Based on the end use industry, the
heavy payload robotic arm market has been segregated into automotive,
heavy industry, mining, and others. As per geography, the heavy payload
robotic arm market has been divided into North America, Asia Pacific,
Europe, Middle East and Africa, and South America.
Some
of the key players in the heavy payload robotic arm market includes ABB
Ltd, Comau SpA, Apex Automation and Robotics Pty Ltd, Kawasaki Heavy
Industries Ltd, Fanuc Corporation, Vulcan Engineering Co., Ellison
Technologies, Kuka Robotics, Nex Robotics, Nachi-Fujikoshi Corp, Fiat
Chrysler Automobiles N.V., Yaskawa Electric Corporation, TYT CORPORATION
PTE LTD, Seiko Epson Corporation and among others.
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