WinterGreen Research announces that
it has published a new study Industrial Robot: Market Shares, Strategy, and
Forecasts, Worldwide, 2015 to 2021. The 2015 study has 1022 pages, 258 tables
and figures. Worldwide Industrial Robot markets are poised to achieve
significant growth as the automotive early adopter base provides a way for
other industries to leverage economies of scale. Industrial Robot
infrastructure in one industry makes it easier to extend product sets so that
they are more available across all industries, remaking all manufacturing
everywhere. Controllers permit leveraging industrial robot technology to
improve automated process via iteration of work cells. Using controllers to
leverage efficiencies is an evolving art, extending the current state of the
art. Robots can perform tasks at less cost, and do work in a manner that cannot
be replicated with human manufacturing workers. Information technology is used
to implement the services provided by controllers. Growth prospects for the
industrial robotics industry depend on market opportunity metrics relative to
the different industries. Automotive investment levels globally have remained
at historical highs. Increasing usage of robotic automation by non-automotive
companies is driving the usage of industrial robot automation to a new level.
Increased adoption of industrial robots coupled with a huge push from the
industry for collaborative robots, opens opportunities for robotic solutions.
In the immediate future industrial robots strengthen the position of every
industry, promising more manufacturing efficiency at every level. The
industrial robots have not yet achieved economies of scale, illustrating the
market opportunity that will come quickly after economies of scale are
achieved. New technology and improved controllers open the path to economies of
scale for industrial robots. As this occurs a new industrial revolution will
occur. There are massive numbers of products offered by each major industrial
robot vendor. Product consolidation is occurring in the market. Customization
of a few products to increase product volume hold the promise of changing the
market so it functions at a level that means devices that basically have eluded
economies of scale in the past, will now be able to be mass produced.
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A few leading vendors profiled in the report lead the
market. ABB provides a comprehensive range of robots to help manufacturers
improve productivity, product quality and worker safety. Regardless of
application ABB has a robot to meet needs of the customer in any industry. ABB
has installed 250,000 robots worldwide. ABB's small IRB 120 multipurpose
industrial robot weighs 25kg and can handle a payload of 3kg (4kg for vertical
wrist) with a reach of 580mm. It is a cost-effective and reliable choice for
generating high production outputs in return for low investment. A white finish
Clean Room ISO 5 (Class 100) version, certified by IPA, is available. With a
global install base of nearly 300,000 industrial robots, Yaskawa Motoman has
over 150 robot arm models currently in production. Well defined criteria help
users find a robotic arm that suits industrial applications. Required payload,
reach and repeatability specifications are market aspects. Each robotic arm model
is paired with a robot controller that enables workers to program and control
tasks of a single robot or coordinate multiple robot arms. Yaskawa. Motoman
offers 40 fully integrated, pre-engineered work cell solutions. These work
cells include robots, process equipment, and safety equipment. Cost-effective
world solutions are available to meet requirements for safety and easy of use.
Customers look for industrial robots that are easy to set up and operate.
Industrial robots automate manufacturing, starting with automotive factories
providing automated process stat is cheaper, more reliable, and proven.
Industrial robots are changing the economics of manufacturing and materials
handling in all industries. Industrial robots are poised to change every aspect
of modern business. Robots bring a new industrial revolution. Adoption of
industrial robots in non-automotive applications is occurring in the
electronics, chemicals, pharmaceutical, and food & beverages industries.
Industrial robots have opened up new market opportunities. High installation
costs have been largely overcome, making industries in developing markets
available to vendors. The adoption of robots in underdeveloped countries occurs
because of the unavailability of skilled labor. industrial robots are set to
bring a new industrial revolution more important than anything seen before.
Industrial robots perform repetitive tasks efficiently, they do not eat, they
do not make mistakes, they do not get tired, they do what they are told.
Manufacturing plants are frequently long aisles of nothing but robots, no human
in sight. Beyond industrial robots that repeat actions, more intelligent robots
loaded with sensors, cameras, and intelligent software are able to automate
process using controllers to manage action. Use of microprocessors provides a
measure of intelligent control over the activity of the robot based on input
from the sensors and the cameras. Think about the current industrial
revolution. Before the invention of the automobile, buggy whip manufacturing
was a thriving business. No longer. In the same vein, industrial robots hold
the promise of eliminating many of the existing jobs in manufacturing.
Innovation, centers of excellence. New enterprises promise to replace many of
the existing jobs. People need to be flexible, to develop new industries.
Increased adoption of industrial robots coupled with a huge push from the
industry for collaborative robots, opens opportunities for robotic solutions.
In the immediate future industrial robots strengthen the position of every
industry, promising more manufacturing efficiency at every level. The issue
becomes creating jobs and building economies worldwide so people can afford to
support a family and a lifestyle and buy the goods that are manufactured so efficiently.
This new job creation market thrust will come from industry and government
investment in innovation and centers of excellence. Industrial robots promise
to replace 70 to 90% of existing manufacturing jobs. People will learn new ways
to achieve an economy, to achieve economic development. An economy needs to
adjust, to be flexible if you gave pink slips to more than half the labor
force.
Table of Content:
Industrial Robot Market
Executive Summary 37
Robot Market Driving Forces 37
Robots Bring A New Industrial Revolution 40
Industrial Robot Target Markets 45
Industrial Robots Third Wave Of Automated Process 46
Industrial Robot Market Shares 51
Industrial Robots Market Shares 51
Industrial Robot Market Forecasts 52
1. Industrial Robot Description and Market Dynamics 54
1.1 Industrial Robot Markets 54
1.2 Robots Achieve Reduced Labor Costs 57
1.3 Buggy Whips 59
1.4 Global Economy 66
Robot Market Driving Forces 37
Robots Bring A New Industrial Revolution 40
Industrial Robot Target Markets 45
Industrial Robots Third Wave Of Automated Process 46
Industrial Robot Market Shares 51
Industrial Robots Market Shares 51
Industrial Robot Market Forecasts 52
1. Industrial Robot Description and Market Dynamics 54
1.1 Industrial Robot Markets 54
1.2 Robots Achieve Reduced Labor Costs 57
1.3 Buggy Whips 59
1.4 Global Economy 66
2. Industrial Robots Market
Share and Market Forecasts 74
2.1 Robot Market Driving Forces 74
2.2 Industrial Robot Market Shares 88
2.3 Industrial Robot Market Forecasts 115
2.4 Industrial Robots Market Segments 124
2.5 Industrial Robots ROI 159
2.6 Industrial Robots Pricing 163
2.7 Industrial Robots Regional Market Segments 166
2.1 Robot Market Driving Forces 74
2.2 Industrial Robot Market Shares 88
2.3 Industrial Robot Market Forecasts 115
2.4 Industrial Robots Market Segments 124
2.5 Industrial Robots ROI 159
2.6 Industrial Robots Pricing 163
2.7 Industrial Robots Regional Market Segments 166
3. Industrial Robot Product
Description 188
3.1 Robotic Manufacturing Equipment 188
3.2 ABB 193
3.3 Kuka Robots 227
3.4 Fanuc 256
3.5 Denso Wave 298
3.6 Yaskawa Motoman 318
3.7 Stäubli Robotics: Innovative SCARA and 6-Axis Robots And Software Solutions 538
3.8 Logistics Services Robots 557
3.9 Adept Technology Inc. 567
3.10 Aurotek Corp. 572
3.11 Axium Inc. 574
3.12 Daihen Corp. 590
3.13 Ellison Technologies. 605
3.14 Mitsubishi Electric Corp. 612
3.15 Nachi Fujikoshi Corp. 619
3.16 Epson Robots 640
3.17 Pari Robotics 645
3.18 Reis Robotics 648
3.19 Rockwell Automation Inc. 657
3.20 Schunk GmbH 678
3.1 Robotic Manufacturing Equipment 188
3.2 ABB 193
3.3 Kuka Robots 227
3.4 Fanuc 256
3.5 Denso Wave 298
3.6 Yaskawa Motoman 318
3.7 Stäubli Robotics: Innovative SCARA and 6-Axis Robots And Software Solutions 538
3.8 Logistics Services Robots 557
3.9 Adept Technology Inc. 567
3.10 Aurotek Corp. 572
3.11 Axium Inc. 574
3.12 Daihen Corp. 590
3.13 Ellison Technologies. 605
3.14 Mitsubishi Electric Corp. 612
3.15 Nachi Fujikoshi Corp. 619
3.16 Epson Robots 640
3.17 Pari Robotics 645
3.18 Reis Robotics 648
3.19 Rockwell Automation Inc. 657
3.20 Schunk GmbH 678
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4. Industrial Robot
Technology 699
4.1 SCARA Robots 699
4.2 Sensor Technology 701
4.3 Welding Robots 705
4.4 Material Handling Robots: 706
4.5 Painting Robots 706
4.6 Plasma Cutting Robots: 712
4.7 Robotic Assistants: Co-Robots 712
4.8 Industrial Robots Degrees-Of-Freedom 717
4.9 Robotics and Automation Scope and Standards 718
5 Robot Company Description 722
5.1 ABB Robotics 722
5.2 Adept Technology 763
5.3 American Robot Corporation 768
5.4 Anhui Efort Intelligent Equipment 769
5.5 Apex Automation 770
5.6 Arotech 772
5.7 Apex Automation and Robotics 773
5.8 Association for Advancing Automation (A3) 775
5.9 Aurotek 775
5.10 Axium 777
5.11 BAE Systems 779
5.12 Changzhou Mingseal Robotic Technology 787
5.13 Daimler AG/Mercedes-Benz 789
5.14 Denso Wave ** 790
5.15 DJI Innovation 797
4.1 SCARA Robots 699
4.2 Sensor Technology 701
4.3 Welding Robots 705
4.4 Material Handling Robots: 706
4.5 Painting Robots 706
4.6 Plasma Cutting Robots: 712
4.7 Robotic Assistants: Co-Robots 712
4.8 Industrial Robots Degrees-Of-Freedom 717
4.9 Robotics and Automation Scope and Standards 718
5 Robot Company Description 722
5.1 ABB Robotics 722
5.2 Adept Technology 763
5.3 American Robot Corporation 768
5.4 Anhui Efort Intelligent Equipment 769
5.5 Apex Automation 770
5.6 Arotech 772
5.7 Apex Automation and Robotics 773
5.8 Association for Advancing Automation (A3) 775
5.9 Aurotek 775
5.10 Axium 777
5.11 BAE Systems 779
5.12 Changzhou Mingseal Robotic Technology 787
5.13 Daimler AG/Mercedes-Benz 789
5.14 Denso Wave ** 790
5.15 DJI Innovation 797
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