Robots
are used today in several industries, the best known example of which
is the automotive industry. Essentially, they replace workers engaged
in intensive manual labor, especially for repetitive tasks. However,
in most industrialized nations, the
construction sector is among those mobilizing
the greatest number of economic resources. Employing robots on
construction sites may have been considered an impossible fantasy in
the past or just an innovative dream. Application of robots in the
construction industry for performing various tasks is growing. Basic
activities in building construction, and civil engineering projects
developed by robots are connecting, positioning, attaching, coating,
finishing, concreting, inlaying, building, covering, scaffolding,
jointing, demolishing, inspecting, tunneling, and repairing elements.
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Many construction specialists are
ferociously opposed to the use of automatic robots and are suspicious
of losing their employments when such designs are bright enough to
replace human resources. In contrast, the expensively high costs of
manufacturing, constructing and using robots on-site, in comparison
to the costs of hiring laborers, is a major concern of construction
robot market. Hence, hiring a robot to work on-site is not an
imminent threat to the labors. Nevertheless, the recent technical
invention has caused waves in the business and excited interest. It
is sensible to predict that robots will be leader in a new era in the
construction industry.
The construction robots market is
segmented on the basis of type, function, application and
geographical regions. On the basis of type, the construction robot
market is segmented into robotic arms, rovers, autonomous vehicles
and others. On the basis of function, the global construction robot
market is segmented into 3D-printing robot, demolition robots, remote
controlled robots, bricklaying robot and others. By application,
construction robot market can be segmented into commercial building,
residential building, public infrastructure and others. By
geographical region the global construction robot market is split up
into North America, Europe, Asia Pacific, Middle East & Africa
and South America.
The largest size of the European
construction robot market is endorsed to the large services of
numerous companies for the progress and manufacture of the
construction and demolition robots, growing number of government
regulations, and rising need for the domestic and non-residential
construction developments. Also, the European construction market is
expected to grow extremely in the coming years. The high rate of
industrial development has increased the extent of construction
activities in the region, leading to growing demand for innovative
construction equipment, such as robots.
Acquisitions and Merger, new
product introductions, investments, and corporations &
developments are the key strategies adopted by market companies to
ensure their growth in the construction
robot market. The key players Husqvarna
(Sweden), Brokk (Sweden), Ekso Bionics (US), Fujita (Japan), Komatsu
(Japan), Construction robotics (US), Autonomous Solutions (US),
Conjet (Sweden), Fastbrick Robotics (Australia), TopTec
Spezialmaschinen (Germany), nLink (Norway), Apis Cor (Russia),
Yingchuang Building Technique Co. (WinSun) (China), MX3D
(Netherlands), CyBe Construction (Netherlands), Advanced Construction
robotics (US), CYBERDYNE (Japan), Alpine Sales and Rental (US), Giant
Hydraulic Tech (China), and Beijing Borui Intelligent Control
Technology (China) are some major players in the construction robot
market.
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