According to the study “Industrial Robots for Machinery Industry: Global
Market 2016-2022”, industrial robots are deployed from
the fabrication and pressing of parts to the painting of body components,
assembling, and inspection of finished machinery. Multiple industrial robots
are used to streamline every step of the machinery production process. With
manoeuvrable options, long reach arms, flexible automated industrial robots
perform a vast variety of functions in all industries. Manufactures of
industrial robots are developing manipulation software to enhance the
capacity of the robots, system integrators and OS platform developers.
Articulated robots, cartesian robots, SCARA robots, cylindrical robots, delta
robots, polar robots and parallel robots are the different types of robots that
are deployed across various industries around the world. Industrial robots are deployed for material
handling, welding, soldering, assembling, disassembling, cutting, milling,
dispensing and painting.
Machinery
industry is a part of heavy industry that produces a range of products
from power tools, various types of machines and other equipments
required for industries. The various other machine equipment Majority of the
manufacturers within the machinery industry are known as machine factories.
Machines are manufactured for multiple businesses such as mining, construction,
agriculture, electricity, public utility machines, a wide range of supporting
equipment, kitchen appliances, refrigerators, washers, dryers, steel equipment,
logistics equipment, health equipment, weapons, heavy or light automotives and
many more.
All the
industrial robots deployed within the machinery industry are designed and
programmed to perform dangerous, dirty and/or repetitive tasks with consistent
precision and accuracy. Multiple models of robots are designed which can handle
huge payloads, process manipulations, reach distances and number of axes of
travel (up to six) of their jointed arm are the common distinguishing
characteristics. All the functions of industrial robots are a combination of
programming software, automation and controls. Therefore, industrial robots can
operate around the clock throughout the year, with hazardous materials and
challenging environment. Deployment of industrial robots increases productivity
and profitability with the advanced robotic technology.
Geographically,
the global market for industrial robots is spread across the Americas, Europe,
Asia-Pacific, and the rest of world (RoW). North America, China, Japan,
Germany, South Korea, and Mexico countries are deploying more number of robots
due to industrialization and demand for more machinery in multiple sectors.
However, Asia-Pacific accounts for a major share in industrial robots category
due to increasing sales of machinery and tremendous revenue. Within
Asia-Pacific market, China and Southeast Asian countries are bolstering the
growth in industrial robots market and this trend will continue over the next
few years. Global leading manufacturers of industrial robots are ABB, KUKA,
Fanuc, Yaskawa Electric Corp., Toshiba Machine, Comau, Kawasaki Robotics, Epson
Robotics Staubli International AG, Omron, RoboGroup T.E.K. Ltd., and Yamaha
Robotics.
Almost all
the manufacturing facilities around the globe have replaced human workforce
with industrial robots to survive the ever growing global competitive
environment within machinery industries. Evolution in technology coupled with
the need to refurbish the existing global manufacturing facilities is expected
to drive the market for industrial robots. Major drawbacks within industrial
robots market are huge investments required for the adoption and transformation
of old systems and cyber risks due to integration of technology which drives
the market vulnerable over a period of time.
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