Category Archives: Robotics

In development at WSU's Center for Precision & Automated Agricultural Systems, robotic pruners, pickers, and other high-tech automated tools are among objectives of the newly announced international collaboration.

By Seth TruscottCollege of Agricultural, Human, and Natural Resource Sciences

Washington State University scientists are joining forces with researchers, fruit growers, and technology companies in the Netherlands and Washington State to solve major tree fruit challenges through orchard automation and robotics.

On Feb. 3, 2021, Andr-Denis Wright, dean of WSUs College of Agricultural, Human, and Natural Resource Sciences, joined representatives from the Washington Tree Fruit Research Commission, Washington State Department of Agriculture, Netherlands Ministry of Agriculture, Nature and Food Quality, Wageningen University & Research, and other partners in a virtual signing of the Fruit Orchard of the Future Collaboration Agreement.

The agreement helps establish a public-private consortium speeding new tree fruit technologies using an industry-developed concept called Next Fruit 4.0. Its part of a broader AgFoodTech collaboration between the Netherlands, California, and Washington State, which aims to get innovations to market faster and meet high-level goals in health, sustainability, and prosperity.

Automation and robotics could help tree fruit growers in the U.S. and the Netherlands address the challenges from an increasingly hard-to-find orchard labor force, as well as greater demand for sustainability, environmental health, and food safety.

Our College is proud and excited to partner with Washington tree fruit growers and our counterparts in the Netherlands in bringing new technologies to fruition, Wright said. Globally, producers face many of the same hurdles. The practical solutions being developed through this international coalition hold promise for more robust, healthy, and efficient industries in both countries.

Technology implementation into orchards has to accelerate to enable our states tree fruit industry to remain viable and prosper into the next decade, said Ines Hanrahan, Washington Tree Fruit Research Commission executive director.

We view international public-private partnerships, such as the Orchard of the Future collaboration, as essential building blocks to successfully develop orchards for the future, added Commission Chair Jim Doornink.

Additional partners to the agreement include the Dutch Fruit Growers Association, Dutch technological association FME, Oregon State University, and more than a dozen Dutch and U.S. companies and organizations.

The Fruit Orchard of the Future collaboration aims to connect universities in both nations for joint programs, create a network of local field labs and testing grounds, set up exchanges for education and research, connect companies and growers, and build access to funding.

Participating scientists will develop prototypes including a robot for pruning and harvesting pears, a precision sprayer for fruit crops, sensors and algorithms to collect data on apples and pears, and decision models for apples and pears based on collected data and expert knowledge.

The project draws on the knowledge and resources of WSU Extension, WSUs Tree Fruit Research & Extension Center (TFREC) at Wenatchee Wash., the Irrigated Agriculture Research and Extension Center (IAREC) and Center for Precision & Automated Agricultural Systems (CPAAS) at Prosser, Wash., and WSUs AgWeather Network.

WSU Associate Professor Manoj Karkee, a Prosser-based specialist in field robotics and automation, said the partnership will help build expertise and knowledge from a variety of perspectives, while making the team of scientists more competitive for U.S. and European research funding.

A range of geographic and environmental variations provided by the collaboration will also help the team maximize experimental window for specific crops and cropping systems, Karkee said. Such a wider infrastructure helps ensure that the tools, technologies and systems we develop will be versatile, reliable, and practically adoptable.

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WSU partners with Netherlands, Washington growers to improve orchard robotics, automation | WSU Insider | Washington State University - WSU News

Olivia Crisafi, Victor Han, Erin Crisafi and Camille Gammack| Special to the Concord Journal

In a traditional season, the GearTicks, Lincolns high school robotics team, meet nearly every day in their coachs basement: designing the robot in CAD software, programming the robot in Java and organizing outreach events with our community. This year, they have been forced to adapt to new methods of sharing ideas, working together and designing, all from home.

One solution they figured out was fairly simple. Three times a week, during their usual scheduled in-person meeting times, the GearTicks all join a Google Meet and discuss their ideas, progress and goals. Different parts of the robot come together at different team members' homes, and gradually their robot starts to resemble a robot built any other year.

The greater challenge came with switching community STEM events to a virtual setting. In previous years, the GearTicks held STEM nights, created and mentored FIRST teams of other levels and attended STEM events. With every traditional option indefinitely on hold, the GearTicks began to plan ways to make STEM accessible even during the pandemic.

One of our favorite outreach events every year is our Legopalooza, said Prerna, a junior on the team. We love the opportunity to share our love for STEM with the students and see the work theyve done throughout their season.''

The Lincoln Legopalooza has been a space to celebrate STEM learning for the towns FLL Explore robotics teams. In past years, the event has been held in the Brooks Gym, and Lego robotics teams from Lincoln and surrounding towns gather to present their Lego models to a group of reviewers, and win custom laser cut trophies. Just as the GearTicks have been able to move online, they have carried one of their favorite events online with them. This year, the GearTicks third annual Lincoln Legopalooza will be held virtually at the beginning of April. Teams will be able to virtually present their Lego models and participate in fun virtual activities!

The Lincoln Legopalooza is the culmination of the FLL Explore season. FLL Explore is a fun, easy-to-run program that introduces young children to the world of robotics. FLL Explore teams, composed of two to six kids ages 6 to 10, build a model out of Legos and program a moving component with simple block programming. A full, easy-to-understand curriculum is provided by FIRST, so the program can be run by a mentor (a parent, grandparent, etc) with no technical background. FIRST provides meeting guides for coaches and workbooks (engineering notebooks) for team members.

FLL Explore is a great opportunity for children to learn teamwork skills, build self-confidence, knowledge and life skills while having fun! This program is perfect to run as a family, with a group of close friends, or even virtually following in the GearTicks footsteps.

If your child is interested in FLL Explore, contact the GearTicks; there is still time to participate in FLL Explore and the Legopalooza! The GearTicks have experience with the FLL Explore program and have offered mentorship for anyone interested in starting a team. They can be contacted at hello@gearticks.com. More information about FLL Explore can be found at http://gearticks.com/fll-explore, https://youtu.be/Sq6w3jYVR8k and http://firstinspires.org/robotics/fll/explore/challenge-and-season.

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Students find virtual robotics opportunities during the pandemic - Wicked Local

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Automotive Paint Robots Market Is Thriving Worldwide with Eminent Key Players like ABB, CMA Robotics SpA, Drr AG, Eisenmann SE, FANUC Corporation,...

So many robots work at Changi General Hospital in Singapore that until recently it wasnt uncommon to find two delivery bots sitting in a hallway or outside an elevator in a standoff.

Such impasses used to happen several times a day, says Selina Seah, who directs the hospitals Center for Healthcare Assistive and Robotics Technologies. Unsure how to move around another object, or human passersby, the robots would simply freeze, each waiting for the other to move first. The humans would have to actually go down and pull them apart, she says.

Seah says Changi has about 50 robots, from eight manufacturers. As at other hospitals, robotic systems assist professionals with delicate surgical procedures and guide patients through surgery and rehabilitation exercises. At Changi, dozens of mobile robots also perform tasks like cleaning or delivering medication, supplies, and patient notes. But theyre not good at communicating with one another.

The standoffs at Changi offer a glimpse of a future problem for many businesses, as multiple robots, from different makers, struggle to navigate within the same busy spaces. Besides health care, robots are rapidly being adopted in manufacturing and logistics and are starting to appear in stores and offices.

To alleviate the standoffs, Changi is using software developed by Open Robotics, a nonprofit, to let robots from different manufacturers talk to each other and negotiate safe passage. Open Robotics maintains the Robot Operating System (ROS), open-source software that is widely used to develop commercial and research robots; the software Changi is using allows robots not based on ROS to communicate as well.

Open Robotics hopes such free and easily modified software will be widely adopted and enable greater interoperability of workplace robots. Open source has real potential to allow lots of different organizations to work together, says Morgan Quigley, a cofounder of Open Robotics and its chief architect.

Worldwide shipments of robots have grown steadily over the past decade or so, though theyve slowed recently due to trade tensions and the pandemic. The number of industrial robots, such as the robotic arms found on manufacturing lines, in use rose 85 percent to 2.7 million in 2019, compared with 2014, according to the International Federation of Robotics, an industry group. Sales of new industrial robots fell in 2019, but sales of service robots, including delivery and cleaning bots, rose 32 percent that year, according to the IFR.

Read more:

As Robots Fill the Workplace, They Must Learn to Get Along - WIRED

By Express News Service

HYDERABAD:Hyderabad-based Grene Robotics on Friday signed an MoU with Bharat Electronics Limited (BEL), a Navratna Defence PSU, to jointly develop an Autonomous MANPAD Data Link (ADML) system, a first-of-its-kind air defence solution that brings isolated MANPAD (man-portable air-defense system) operators into a networked environment.

The MoU, which was signed at the Aero India 2021, aims at bolstering the countrys autonomous air defence capability. This technological collaboration will reduce asymmetries in controlled warfare and will be first deployed on MANPADS, which are short-range weapon systems.

Deploying the system in MANPADS will enable a command centre to give real time firing commands to Armed personnel by taking into consideration technologies such as augmented reality and virtual reality. On the ground, when deployed, the system has the capability to reduce fratricide and is capable of handling all types of weather.

Rajasekhar MV, director (R&D), BEL, said, AMDL is a state-of-the-art data link system, which exploits AI to provide a comprehensive air-defence solution. We are happy to be partnering with Grene Robotics, which is a niche company working in the core areas of AI and robotics.

Gopi Krishna Reddy, director, Grene Robotics, said AMDL was a step forward in air defence technology. He said it was to be developed with the combined capabilities of BEL and Grene and was the first of many last mile C5I Systems in the air defence space.

MoU signedat the Aero India 2021The MoU, which was signed at the Aero India 2021, aims at bolstering the countrys autonomous air defence capability. This technological collaborationwill reduce asymmetries in controlled warfare

Last mileC5I SystemsGopi Krishna Reddy, director, Grene Robotics, says AMDL is astep forward inair defence technology. It is first of many last mile C5I Systemsin the air defence space. Being developed by BEL and Grene, he said

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Grene Robotics and BEL to develop air defence solution - The New Indian Express

Twenty teachers from throughout Elmore County Public Schools gathered at the systems central office on Monday for a day of robotics training.

From 8 a.m. to 3 p.m., teachers who serve as robotics coaches at their respective schools engaged in training through an Auburn University program called S.C.O.R.E. -- Southeastern Center of Robotics Education.

The goal of the day was to help the teachers feel comfortable leading their robotics teams. The teachers learned about the resources available to them, VEX IQ competition basics, how to choose their competition teams, what to do at practices and goal setting. At the end of the day, they participated in a mini-tournament for the VEX IQ game called Rise Above.

Tracy Wright, the districts STEM director, said the robotics professional development training aligns with the districts initiative to have at least two robotics teams at each of its middle and elementary schools.

Right now, we have robotics teams at all of the high schools and some of the middle schools, Wright said. Now were becoming more uniformed and offering robotics teams at all elementary and middle schools. Each school will have at least two teams consisting of at least four students per team.

Wright said the teams can exist in the form of an after school club or an in-school enrichment opportunity. It is up to each school to decide what works best for them.

The district was able to expand its robotics team offerings thanks to two grants, the Alabama Robotics Competition Grant and the Google Buddy grant. It was through the Google Buddy grant that the district gained access to the training offered by S.C.O.R.E.

Each grant offers STEM-related professional development opportunities, as well as robots, robot parts, a curriculum and chances to compete. The teachers present at Mondays training will participate in the VEX IQ Challenge through the Google Buddy grant.

Through Google Buddy, teachers also have access to Google employees and can arrange to talk to them for advice and guidance. Eclectic Middles library media specialist Amy Harrell is set to speak with a Google employee on Wednesday.

I have a Zoom meeting with Conrad from Switzerland on Wednesday, she said. Hes going to coach me on how to be a better coach. This is program is literally connecting us to people around the world.

Holtville Middle School eighth grade science teacher Stacy Chancellor said one of her favorite things about the program is that all of the needed materials are provided.

You are supplied with what you need, so every team comes into the competition on the same playing field, Chancellor said. Its not about how much money a school has.

Matthew Buckley, S.C.O.R.E. program administrator, and Jennifer Spencer, S.C.O.R.E. assistant director explained that although the robots are provided, they are very customizable. There are certain preset robot designs that teams can use or they can come up with their own design.

Throughout the competition season, Spencer said its common for teams to tweak their robots to make them work better. Sometimes, teams end up with a robot thats a lot different from the one they started with, but thats precisely the point.

Our overall vision for the robotics teams is that we want our students to be able to define and solve their own problems versus simply solving ones in textbooks, Wright said. Students who can do this come up with innovative and creative ideas. Were trying to help them develop 21st-century skills and were preparing them for jobs that havent even been invented yet.

Aside from improving problem-solving and critical thinking skills, robotics teams also help cultivate soft skills like teamwork, collaboration and respect for each others ideas, which can be a constant battle with middle school students, according to Chancellor.

After playing Rise Above, where the objective of the game is to use the robot to move cylindrical structures into designated squares, Eclectic Elementary teacher Emily Wells she has a new appreciation for the tasks that students take on.

This was my first time participating in any sort of robotics competition and it was a lot harder than I thought it would be, but the kids are going to be so much better than us, she said.

Harrell added that playing the game helped her get a better understanding of the game and its rules.

Playing the game gave me a better understanding of how to help the kids, she said. Seeing all of this will also help me make my goals more clear for my students. My robotics teams are set and were preparing to start competing this spring.

Link:

Elmore County teachers engage in robotics training | News | thewetumpkaherald.com - Wetumpka Herald

Hsinchu, Taiwan:

Although widely used in manufacturing, robots require much more agility for use in nursing and rehabilitation. With this in mind, an interdisciplinary research team led by Professor James Chang of the Department of Power Mechanical Engineering has recently applied the latest advances in AI, biomechanics, and human-factor engineering to develop a robot that can imitate the meticulous movements of a human hand. Endowed with sharp senses of vision and touch, the robots hands are nimble enough to catch a ball and pull out a tissue.

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20210204005049/en/

An interdisciplinary research team led by Distinguished Professor James Chang of the Department of Power Mechanical Engineering has recently developed a humanoid robot that imitates the meticulous movements of a human hand. (Photo: National Tsing Hua University)

Completely designed and manufactured in Taiwan, this dexterous two-handed robot has been dubbed the Tsing-Hua Gentleman by NTHU President Hocheng Hong, who said that its destined to play a leading role in the field of medical care.

Advanced robotic agility

What makes this robot unique is that one hand provides strength, while the other is highly nimble. Chang said that a nimble hand is required in most work in medical applications, such as in covid-19 test where a hand should be nimble enough to gently operate a cotton swab in-and-out of a person's nostril or throat. Overcoming limitation of six-jointed robotic arms, Changs robotic arm has seven joints, enabling agile movements, even in ways that human arm cant. The robot developed by Changs team closely imitates those of the human hand, with level of dexterity reached by digitizing a human hands motion, making the robotic hands nimble enough to hold a baby or turn over a bed-ridden patient.

Human-like perception

Chang explained that this nimble hand imitates the design of human fingers, utilizing pneumatic transmission to control its movement with a US-patented precise pressure sensing device that responds to changes of magnetic force. Comparing to robots requiring a separate sensor for each direction, Changs robotic hand has only one sensor for multi-direction sensing, making it more like a human hand. With a 3D visual system to scan surrounding objects over a wide range, this robot possesses sense of space and ability to use AI to identify objects.

Inspiration

A Ph.D. from Carnegie Mellon University, USA, Chang previously worked at IBM, specializing in mechatronics and robotics. After returning to Taiwan, he met and collaborated with his primary schoolmate Yu-Cheng Pei, a rehabilitation physician at Chang Gung Memorial Hospital, under support from Ministry of Science and Technology to develop assistive devices for use by patients with impaired hand function.

Changs initial impetus for developing this robot came from his wife seeing a robot on TV that could cook food. I told her it was just an animation, but her request was so earnest that I promised to invent a real robot that really could cook for us, Chang said with a smile.

Taiwan will become a super-aged society by 2025. Thus, Chang is aiming to develop a robot capable of performing a wide range of services required by the elderly, and, of course, cooking and washing the dishes.

View source version on businesswire.com: https://www.businesswire.com/news/home/20210204005049/en/

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NTHU Researchers Take Robotics to the Next Level - Business Wire India

PALO ALTO, Calif.--(BUSINESS WIRE)--InGen Dynamics, a Palo Alto, based Robotics and A.I firm, raised a recent round of funding bringing the total funding commitment to $4 Million at the most recent valuation of $45 Million.

It has always been the goal of InGen Dynamics to solve complicated challenges in the real world by offering simple but highly functional solutions formulated through Robotics and A.I technologies. This is evident from the companys mission statement, which is to improve humans' quality of life by creating cost-effective, intuitive, and practical A.I and robotics-based solutions. To a much extent, the company has shown a high level of excellence in the industry to the point that its products have attracted attention and recognition from other international companies and groups such as IEEE, Robo-Business and Disney, Boston Consulting Group. InGens products have also been featured in Forbes, Fortune, Mashable, Discovery, BCG, and PopSci.

Originally, the company focused on creating A.I and robotics products for homes and social use. However, InGen has continued to broaden its products by diversifying its targeted industries to include security, education, and healthcare industries, among others. One of InGens famous products is Dynamix, a set of reusable components designed using robotics and artificial intelligence technologies. According to the sources available, with enough funds, the company is expected to continue developing and expanding the adoption of Dynamix products and platforms.

The diversification of products and services offered by InGen can be traced to the character and intellectual excellence of Arshad Hisham, who is its founder and CEO. Arshad is an inventor, chief designer, engineer, and serial entrepreneur whose vision has helped shape the company. According to Arshad, InGen is primed to raise the necessary funding to fuel the future growth of A.I and Robotics technologies to solve the ever-changing problems being faced in contemporary society.

In what is seen as a significant step towards achieving this mission, InGen believes that it is on track to hit $100 million valuations in 2021. The Palo Alto, based A.I and Robotics firm said this after it carried out a round of funding led by Altrium capital, which continued with the momentum of fundraising with the investors of the last round closed in 2019.

Read more here:

InGen Dynamics to Continue to Diversify Application of A.I and Robotics Technologies - Business Wire

Dublin, Feb. 05, 2021 (GLOBE NEWSWIRE) -- The "Global Security Robots Market 2021-2028" report has been added to ResearchAndMarkets.com's offering.

After analyzing the global security robots market in detail, the author has concluded that this industry is likely to display an upward trend, with a CAGR of 9.35% in terms of revenue in the forecasting years between 2021 and 2028.

Robots are increasingly being used in security and surveillance applications. They are steadily making their way into the surveillance market, for purposes like patrolling shopping malls, college campuses, parking lots, and other public areas. Recent technological developments in a broad range of sensors and their miniaturization, as well as a rise in investments in these robots, are driving growth in the studied market.

However, the rising concerns about intrusion to privacy, the rigid nature of regulations, and the lack of availability of high-quality and reliable solutions are hampering the development of this part. However, on the bright side, growth in automation and an increase in defense and security expenditure in developing economies are creating lucrative growth avenues.

REGIONAL OUTLOOK

The global market for security robots spans across Europe, the Asia-Pacific, the Middle East and Africa, North America, and Latin America.

The Asia-Pacific region is expected to become the fastest-growing market for security robots, globally. It is one of the most lucrative markets worldwide. The region has witnessed a rise in the demand for both commercial as well as government security robots. The reasons for the rise in demand are the geopolitical tensions among nations and a rise in their military budgets. For instance, some of the prominent economies of the region, like China and India, have significantly raised their military budgets. This is creating new opportunities for players wanting to invest in this market. Such factors are driving the growth of the security robots market in the APAC.

COMPETITIVE OUTLOOK

The companies that have been mentioned in the security robots market report include DJI, Leonardo SpA, Qinetiq Group Plc, Thales SA, Cobham Plc, Aerovironment Inc, Recon Robotics Inc, Lockheed Martin Corporation, Northrop Grumman Corporation, Robotex Inc, Elbit Systems Limited, BAE Systems Plc, Knight Scope, SMP Robotics, and Boston Dynamics Inc.

Leonardo SpA designs, develops, markets, and sells helicopters, electronics, and defense & security systems. It also manufactures products for aeronautics, space, and other businesses in Europe, North America, and several countries around the world. The company caters its products to end-users in the commercial, public service, and defense & security industries. Leonardo SpA has diversified geographical operations. It has 180 sites preset in 20 countries around the world, of which 83 are production facilities. The company is strongly focused on R&D, which helps it deliver innovative products.

Key Topics Covered:

1. Global Security Robots Market - Summary

2. Industry Outlook2.1. Key Insights2.1.1. Advancements in Drone Technology2.1.2. Increasing Demand for Ai in Security Robots2.2. Porter's Five Forces Analysis2.2.1. Threat of New Entrants2.2.2. Threat of Substitute2.2.3. Bargaining Power of Suppliers2.2.4. Bargaining Power of Buyers2.2.5. Threat of Competitive Rivalry2.3. Market Attractiveness Index2.4. Vendor Scorecard2.5. Key Market Strategies2.5.1. Acquisitions2.5.2. Product Launch2.5.3. Partnership & Agreements2.5.4. Business Expansion2.6. Market Drivers2.6.1. Increasing Usage of Robots in Security and Surveillance Applications2.6.2. Rising Safety Concerns2.6.3. Increasing Conflicts at Borders and Geopolitical Instabilities2.7. Market Restraints2.7.1. Rising Concern About Privacy Intrusion2.7.2. Rigid Regulatory Environment in Different Regions2.7.3. Lack of Development of High-Quality and Reliable Solutions2.8. Market Opportunities2.8.1. Rising Trend of Autonomous Operations2.8.2. Increase in Defense and Security Spending by the Developing Economies

3. Global Security Robots Market Outlook - by Type of Robots3.1. Unmanned Aerial Vehicle3.2. Unmanned Ground Vehicle3.3. Autonomous Underwater Vehicle

4. Global Security Robots Market Outlook - by Application4.1. Defense & Military4.2. Residential4.3. Commercial4.3.1. Surveillance and Monitoring4.3.2. Patrolling

5. Global Security Robots Market Outlook - by Component5.1. Camera5.2. Sensor5.3. Control5.4. Navigation5.5. Others

6. Global Security Robots Market - Regional Outlook6.1. North America6.1.1. Market by Type of Robots6.1.2. Market by Application6.1.2.1. Market by Commercial6.1.3. Market by Component6.1.4. Country Analysis6.1.4.1. United States6.1.4.2. Canada6.2. Europe6.2.1. Market by Type of Robots6.2.2. Market by Application6.2.2.1. Market by Commercial6.2.3. Market by Component6.2.4. Country Analysis6.2.4.1. United Kingdom6.2.4.2. Germany6.2.4.3. France6.2.4.4. Spain6.2.4.5. Italy6.2.4.6. Russia6.2.4.7. Rest of Europe6.3. Asia-Pacific6.3.1. Market by Type of Robots6.3.2. Market by Application6.3.2.1. Market by Commercial6.3.3. Market by Component6.3.4. Country Analysis6.3.4.1. China6.3.4.2. Japan6.3.4.3. India6.3.4.4. South Korea6.3.4.5. Asean Countries6.3.4.6. Australia & New Zealand6.3.4.7. Rest of Asia-Pacific6.4. Latin America6.4.1. Market by Type of Robots6.4.2. Market by Application6.4.2.1. Market by Commercial6.4.3. Market by Component6.4.4. Country Analysis6.4.4.1. Brazil6.4.4.2. Mexico6.4.4.3. Rest of Latin America6.5. Middle East and Africa6.5.1. Market by Type of Robots6.5.2. Market by Application6.5.2.1. Market by Commercial6.5.3. Market by Component6.5.4. Country Analysis6.5.4.1. United Arab Emirates6.5.4.2. Turkey6.5.4.3. Saudi Arabia6.5.4.4. South Africa6.5.4.5. Rest of Middle East & Africa

7. Competitive Landscape7.1. Lockheed Martin Corporation7.2. Northrop Grumman Corporation7.3. Thales Sa7.4. Bae Systems plc7.5. Elbit Systems Limited7.6. Leonardo Spa7.7. Aerovironment Inc7.8. Knight Scope7.9. Dji7.10. Smp Robotics7.11. Boston Dynamics Inc7.12. Cobham plc7.13. Qinetiq Group plc7.14. Robotex Inc7.15. Recon Robotics Inc

8. Methodology & Scope8.1. Research Scope & Deliverables8.2. Sources of Data8.3. Research Methodology

For more information about this report visit https://www.researchandmarkets.com/r/oov1fp

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Global Security Robots Market (2021 to 2028) - CAGR of 9.35% is Expected During This Forecast Period - GlobeNewswire

Industrial Robotics Marketresearch report is the new statistical data source added byA2Z Market Research.

Industrial robots are machines used inside manufacturing units for performing various industrial procedures like welding, painting, packaging and labeling, palletizing product inspection, and testing. They are of various types, some of which include articulated robots, cylindrical robots, SCARA robots, and Cartesian robots. APAC region is the largest producer and employer of industrial robots in the world with a regional share of 40%-50% in 2018, owing to the thriving automotive industry in developing countries like China, Japan, and India.

Get the PDF Sample Copy (Including FULL TOC, Graphs and Tables) of this report @:

https://www.a2zmarketresearch.com/sample?reportId=138257

Note In order to provide more accurate market forecast, all our reports will be updated before delivery by considering the impact of COVID-19.

Top Key Players Profiled in this report are:

Abb Ltd., Kawasaki Heavy Industries, Ltd., Yaskawa Electric Corporation, Fanuc Corporation, Kuka Ag, Mitsubishi Electric Corporation, Denso Corporation, Nachi-Fujikoshi Corp., Comau S.P.A., Universal Robots A/S, Cma Robotics S.P.A..

The key questions answered in this report:

Various factors are responsible for the markets growth trajectory, which are studied at length in the report. In addition, the report lists down the restraints that are posing threat to the global Industrial Robotics market. It also gauges the bargaining power of suppliers and buyers, threat from new entrants and product substitute, and the degree of competition prevailing in the market. The influence of the latest government guidelines is also analyzed in detail in the report. It studies the Industrial Robotics markets trajectory between forecast periods.

Global Industrial Robotics Market Segmentation:

Market Segmentation: By Type

Traditional Industrial RobotsCollaborative Industrial Robots

Market Segmentation: By Application

AutomotiveElectrical And ElectronicsMetals And MachineryPlastics, Rubber, And ChemicalsFood And Beverages

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Regions Covered in the Global Industrial Robotics Market Report 2021:The Middle East and Africa(GCC Countries and Egypt)North America(the United States, Mexico, and Canada)South America(Brazil etc.)Europe(Turkey, Germany, Russia UK, Italy, France, etc.)Asia-Pacific(Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia, and Australia)

The cost analysis of the Global Industrial Robotics Market has been performed while keeping in view manufacturing expenses, labor cost, and raw materials and their market concentration rate, suppliers, and price trend. Other factors such as Supply chain, downstream buyers, and sourcing strategy have been assessed to provide a complete and in-depth view of the market. Buyers of the report will also be exposed to a study on market positioning with factors such as target client, brand strategy, and price strategy taken into consideration.

The report provides insights on the following pointers:

Market Penetration:Comprehensive information on the product portfolios of the top players in the Industrial Robotics market.

Product Development/Innovation:Detailed insights on the upcoming technologies, R&D activities, and product launches in the market.

Competitive Assessment: In-depth assessment of the market strategies, geographic and business segments of the leading players in the market.

Market Development:Comprehensive information about emerging markets. This report analyzes the market for various segments across geographies.

Market Diversification:Exhaustive information about new products, untapped geographies, recent developments, and investments in the Industrial Robotics market.

Table of Contents

Global Industrial Robotics Market Research Report 2021 2027

Chapter 1 Industrial Robotics Market Overview

Chapter 2 Global Economic Impact on Industry

Chapter 3 Global Market Competition by Manufacturers

Chapter 4 Global Production, Revenue (Value) by Region

Chapter 5 Global Supply (Production), Consumption, Export, Import by Regions

Chapter 6 Global Production, Revenue (Value), Price Trend by Type

Chapter 7 Global Market Analysis by Application

Chapter 8 Manufacturing Cost Analysis

Chapter 9 Industrial Chain, Sourcing Strategy and Downstream Buyers

Chapter 10 Marketing Strategy Analysis, Distributors/Traders

Chapter 11 Market Effect Factors Analysis

Chapter 12 Global Industrial Robotics Market Forecast

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Industrial Robotics Market Breaking New Grounds and Touch New Level in upcoming year by Abb Ltd., Kawasaki Heavy Industries, Ltd., Yaskawa Electric...