Rehabilitation Robotics Market With Top Companies like AlterG, Bionik Inc.,COVID-19 Impact, Statistics Analysis, Market Size, Share, Growth, Trends,…

Global Research Report called Rehabilitation Robotics Market was recently published by Market Research Inc. to provide guidance for the business.The report also focuses on global major leading industry players of GlobalRehabilitation Roboticsproviding information such as company profiles, product picture and specification, price, capacity, cost, production, revenue and contact information.

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Top Key Players:AlterGBionik Inc.Bioxtreme Robotics RehabilitationCorindus, Inc.CYBERDYNE

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Finally, all aspects of the Rehabilitation Robotics Market are quantitatively as well qualitatively assessed to study the Global as well as regional market comparatively. This market study presents critical information and factual data about the market providing an overall statistical study of this market on the basis of market drivers, limitations and its future prospects. The report supplies the international economic competition with the assistance of Porters Five Forces Analysis and SWOT Analysis.

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About Us:Market Research Inc is farsighted in its view and covers massive ground in global research. Local or global, we keep a close check on both markets. Trends and concurrent assessments sometimes overlap and influence the other. When we say market intelligence, we mean a deep and well-informed insight into your products, market, marketing, competitors, and customers. Market research companies are leading the way in nurturing global thought leadership. We help your product/service become the best they can with our informed approach.

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Rehabilitation Robotics Market With Top Companies like AlterG, Bionik Inc.,COVID-19 Impact, Statistics Analysis, Market Size, Share, Growth, Trends,...

Pittsburghs airport is the first in the US to use UV-cleaning robots – The Verge

Pittsburgh International Airport has put UVC fixtures on its floor-cleaning robots, making it the first airport in the US to test the use of the ultraviolet rays to scrub the coronavirus from surfaces. If effective, the UV-cleaning robots could be a model for other airports as they plan to reopen and try to persuade people to travel again.

Allegheny County Airport Authority CEO Christina Cassotis said the partnership with Pittsburgh-based Carnegie Robotics highlights how the burgeoning robotics sector in Pittsburgh works alongside the community to solve big-picture problems.

We have a whole innovation culture that is looking for ways to do things better, especially in the pandemic, Cassotis said. And one of the things that we recognized immediately is that while we have to manage the crisis day to day we have to keep a line of sight into the future, to help inspire confidence in travel again.

She said they were starting to have those conversations internally when Carnegie Robotics CFO Daniel Beaven called her and said he had an idea to retrofit the airports existing floor scrubbers with UV lights.

UVC light is the same technology New York City will start using to sanitize its subway system next week. While UVC rays are known to be effective at killing viral particles, including other coronaviruses like MERS, its still unknown how effective they are against the virus that causes COVID-19.

Carnegie Robotics developed the AI and robotic systems for the Nilfisk floor scrubbers so they can map and clean an area autonomously. Now, after cleaning the floor surface with water pressure and chemical disinfectant, the UVC light will pass over the airports floors for a deeper cleaning.

The partnership with the airport and Pittsburgh-based Carnegie Robotics is a potential model for other airports, and it also highlights Pittsburghs status as a robotics hub. Its the latest sign of the airports focus on tech innovation. In 2018, the airport announced it was partnering with Carnegie Mellon University for the Metro21: Smart Cities Institute, to develop tech projects for the aviation industry.

Like other airports, Pittsburgh International has seen a sharp drop-off in flights during the coronavirus pandemic. The number of daily travelers is usually around 13,000, but it has dwindled to a few hundred a day. Many of the shops in the terminals have closed, and a planned $1.1 billion renovation has been put on hold.

Cassotis said working with companies like Carnegie Robotics is part of PITs larger organizational philosophy that an airport should be part of its community. Were not just the gateway to the region, we want to bring forward its best assets, she said. We want to make sure were taking care of passengers and staff. That bubbles up from the bottom and down from the top.

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Pittsburghs airport is the first in the US to use UV-cleaning robots - The Verge

Ossining Student and Teacher Receive Awards for Robotics – Patch.com

Science teacher Douglas Albrecht and junior XiaXia Saavedra recently received FIRST Robotics Competition Regional Awards.

While most of the FIRST (For Inspiration and Recognition of Science and Technology) awards are team-based, two are for individuals: the Woodie Flowers Award and the Dean's List Award. Mr. Albrecht, an adviser to the Engineering Club and Ossining O-Bots Robotics Team, received the Woodie Flowers Award for the Hudson Valley Region. XiaXia got a Dean's List Award for the New York City region. She was one of 14 Dean's List winners in New York.

The Woodie Flowers Finalist Award recognizes mentors who inspire students through the art and science of engineering and design. Students nominate mentors in each region. One regional winner is selected worldwide for the Championship Woodie Flowers Award.

"Woodie Flowers was a professor at MIT, co-founder of FIRST Robotics, and one of the kindest, most inspirational people I've ever been lucky enough to meet," Mr. Albrecht said. "He passed away last fall. I'm honored to have my name in the same sentence as his."

In announcing the award in an email, the judges wrote that Mr. Albrecht "has lived and promoted the ideals of FIRST.

"He may know the answer to the questions outright but always challenges the students to seek their own solutions. Through his guidance and knowledge, he has served as a role model for many students who now pursue engineering fields," they said.

Mr. Albrecht said XiaXia is one of the outstanding leaders of Team 4122 and he is proud of her for winning the Dean's List Award.

Each team nominates two students as Dean's List Semifinalists each year. In addition to XiaXia, Ossining nominated junior Michael Pavelchek. FIRST selected winners based on interviews, which were conducted online this year due to COVID-19.

"It is such a challenge picking only two candidates as our nominees," Mr. Albrecht said, adding that Ossining has had seven finalists since 2014. "There are so many hard-working students on the team who would be excellent candidates for the award."

Students are selected for the award based on academic performance, commitment to the team, robotic building skills, leadership and community service. "XiaXia and Michael are both the embodiment of these traits and are leaders on the team, and I look forward to seeing what they accomplish in the future," Mr. Albrecht said.

In their essay nominating XiaXia, the Ossining team described her as "one of the leaders and driving forces for Team 4122." She joined the team as a freshman, working on the mechanical design team training program in addition to the FIRST Robotics Competition robot. As a sophomore, XiaXia was captain of Team 7004, the development team for freshmen and sophomores.

"This team was meant to be a chance for the younger students to learn without being bumped aside by older students, but no one told Xia," the essay said. "She learned the ropes at her first competition and led her team to be ranked #7 and 5 alliance captain at NYC Regional last year."

This year, XiaXia was Team 4122 secretary. She learned to work with bigger groups and expand her knowledge of mechanical systems, game strategy and communicating with sponsors. She continued her involvement in the mechanical department and taught younger students to fill her shoes. She also led a team of six students in preparing awards submissions and taught coding to elementary students during Hour of Code last fall.

"Her work in outreach and with elementary school students is typical of her attitude towards promoting STEM and ensuring the next generation of students gets to experience FIRST," the essay said.

Outside of robotics, XiaXia is a leader in the school community. She plays varsity softball and is a member of the National Honor Society and other clubs. She has a 99.5 cumulative GPA and takes AP and SUNY classes. She is investigating genetic engineering and diabetes in the school's Science Research Program.

"Her passion and excitement for science and technology is contagious and sets the tone for our entire team," the essay said. "Xia is a force in our entire program and her leadership skills separate her out from the rest of the cohort."

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Ossining Student and Teacher Receive Awards for Robotics - Patch.com

The Global Robotic Wheelchair Market is expected to grow from USD 120.13 Million in 2018 to USD 231.13 Million by the end of 2025 at a Compound Annual…

The positioning of the Global Robotic Wheelchair Market vendors in FPNV Positioning Matrix are determined by Business Strategy (Business Growth, Industry Coverage, Financial Viability, and Channel Support) and Product Satisfaction (Value for Money, Ease of Use, Product Features, and Customer Support) and placed into four quadrants (F: Forefront, P: Pathfinders, N: Niche, and V: Vital).

New York, May 08, 2020 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Global Robotic Wheelchair Market - Premium Insight, Competitive News Feed Analysis, Company Usability Profiles, Market Sizing & Forecasts to 2025" - https://www.reportlinker.com/p05871412/?utm_source=GNW

The report deeply explores the recent significant developments by the leading vendors and innovation profiles in the Global Robotic Wheelchair Market including are Drive DeVilbiss Healthcare Ltd, Invacare Corporation, Karman Healthcare, Kinova Robotics, Permobil AB, Cyberworks Robotics Inc., Dane Technologies, MEYRA GmbH, ReSymmetry, and Sunrise Medical Limited.

On the basis of Drive Type, the Global Robotic Wheelchair Market is studied across Front Wheel Drive Robotic Wheelchairs, Mid-wheel Drive Robotic Wheelchairs, and Rear Wheel Drive Robotic Wheelchairs.

On the basis of Application, the Global Robotic Wheelchair Market is studied across Commercial and Residential.

On the basis of Distribution Channel, the Global Robotic Wheelchair Market is studied across Online Channel and Retailers.

For the detailed coverage of the study, the market has been geographically divided into the Americas, Asia-Pacific, and Europe, Middle East & Africa. The report provides details of qualitative and quantitative insights about the major countries in the region and taps the major regional developments in detail.

In the report, we have covered two proprietary models, the FPNV Positioning Matrix and Competitive Strategic Window. The FPNV Positioning Matrix analyses the competitive market place for the players in terms of product satisfaction and business strategy they adopt to sustain in the market. The Competitive Strategic Window analyses the competitive landscape in terms of markets, applications, and geographies. The Competitive Strategic Window helps the vendor define an alignment or fit between their capabilities and opportunities for future growth prospects. During a forecast period, it defines the optimal or favorable fit for the vendors to adopt successive merger and acquisitions strategies, geography expansion, research & development, new product introduction strategies to execute further business expansion and growth.

Research Methodology:Our market forecasting is based on a market model derived from market connectivity, dynamics, and identified influential factors around which assumptions about the market are made. These assumptions are enlightened by fact-bases, put by primary and secondary research instruments, regressive analysis and an extensive connect with industry people. Market forecasting derived from in-depth understanding attained from future market spending patterns provides quantified insight to support your decision-making process. The interview is recorded, and the information gathered in put on the drawing board with the information collected through secondary research.

The report provides insights on the following pointers:1. Market Penetration: Provides comprehensive information on sulfuric acid offered by the key players in the Global Robotic Wheelchair Market 2. Product Development & Innovation: Provides intelligent insights on future technologies, R&D activities, and new product developments in the Global Robotic Wheelchair Market 3. Market Development: Provides in-depth information about lucrative emerging markets and analyzes the markets for the Global Robotic Wheelchair Market 4. Market Diversification: Provides detailed information about new products launches, untapped geographies, recent developments, and investments in the Global Robotic Wheelchair Market 5. Competitive Assessment & Intelligence: Provides an exhaustive assessment of market shares, strategies, products, and manufacturing capabilities of the leading players in the Global Robotic Wheelchair Market

The report answers questions such as:1. What is the market size of Robotic Wheelchair market in the Global?2. What are the factors that affect the growth in the Global Robotic Wheelchair Market over the forecast period?3. What is the competitive position in the Global Robotic Wheelchair Market?4. Which are the best product areas to be invested in over the forecast period in the Global Robotic Wheelchair Market?5. What are the opportunities in the Global Robotic Wheelchair Market?6. What are the modes of entering the Global Robotic Wheelchair Market?Read the full report: https://www.reportlinker.com/p05871412/?utm_source=GNW

About ReportlinkerReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place.

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The Global Robotic Wheelchair Market is expected to grow from USD 120.13 Million in 2018 to USD 231.13 Million by the end of 2025 at a Compound Annual...

Covariant raises $40 million to bring robots to low-tech industries – VentureBeat

Covariant today announced the close of a $40 million series B funding round to bring its robotic control systems to additional industries and create more systems capable of picking, placing, and unloading objects in warehouses. Until now, Covariant has focused its efforts on ecommerce picking robots in highly automated warehouses. It may be best known for its work in robotic grasping, the task of picking up objects with a robotic hand or gripper.

The startup whose founders met at OpenAI and the University of California, Berkeley has raised $67 million to date. After emerging from stealth earlier this year with support from deep learning luminaries like Geoffrey Hinton, Jeff Dean, and Yann LeCun, Covariant stated that the Covariant Brain system is capable of picking and packing some 10,000 items with 99% accuracy.

Above: A KNAPP robot using Covariant in an Obeta warehouse in Berlin, Germany

Image Credit: Covariant / Magnus Petterson

Robotics manufacturer ABB signed a partnership with Covariant in February, following a picking and sorting test held by ABB last year in which Covariant outperformed 20 other systems. In March, Covariant and Knapp signed a partnership to release a picking robot solution.

Covariant has primarily deployed robots in warehouses with high levels of automation, but the funding will be used to expand the companys footprint to include warehouse environments with low rates of automation, or where work is done entirely with human labor today.

Covariant CEO Peter Chen told VentureBeat examples of low automation industries include mail and parcel delivery, with companies like UPS or the U.S. Postal Service.

There are a lot of tasks where grasping is the first step in robotic manipulation, but its one of the many steps in other use cases that were looking into tackling and that obviously go beyond just the logistics supply chain industry, like going to manufacturing, recycling, agriculture. These are places where people still use their hands a lot to do very repetitive kinds of tasks, Chen told VentureBeat in a phone interview.

A series of studies MIT economists released this week found that robotics are most prevalent in four manufacturing industries: automakers (38% of robots in use), electronics (15%), plastics and chemicals (10%), and metals manufacturers (7%). The study also found that robots replace on average 3.3 jobs, but businesses that move quickly to adopt robots can also add employees to their payroll.

Since learning that the core principles behind sorting ecommerce items in warehouses apply to other industrial applications, Chen expects Covariant will begin to develop robotic systems that go beyond tasks like loading and unloading boxes.

Even though we have seen our robots operating in high-automation warehouses doing order picking and packing orders for consumers, the underlying technology is a lot more extensible than that, and thats the key thing that we look to bring more to markets with our partners and solve more additional use cases, Chen said.

He said Covariant has recently seen increased usage from clients hoping to avoid supply chain disruption. Since the start of the pandemic, Chen said, clients want robots for consistency and reliability or to avoid a slowdown in case of shelter-in-place orders in the future.

What COVID-19 has shown us is some of the vulnerabilities and weaknesses in the supply chain, and now [the question is] How can we invest in the next generation of robotics to help us be more resilient?' he said.

In addition to opening up new industries, the funding will also be used to grow the research and engineering teams for the Covariant Brain robotics system.

The round was led by Index Ventures, with participation from Amplify Partners and Radical Ventures. Index Ventures partner Mike Volpi will join Covariants board of directors.

Covariant was founded in September 2017 and is based in Berkeley, California, with plans to move to nearby Emeryville in the weeks ahead.

In other news, last week Covariant cofounder and Berkeley AI Research codirector Pieter Abbeel open-sourced RAD, a module the team says is capable of improving any reinforcement learning algorithm, and published other reinforcement learning work at the ICLR machine learning research conference.

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Covariant raises $40 million to bring robots to low-tech industries - VentureBeat

Global Robotic Rehabilitation & Assistive Technologies Market – Premium Insight, Competitive News Feed Analysis, Company Usability Profiles,…

New York, May 08, 2020 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Global Robotic Rehabilitation & Assistive Technologies Market - Premium Insight, Competitive News Feed Analysis, Company Usability Profiles, Market Sizing & Forecasts to 2025" - https://www.reportlinker.com/p05871403/?utm_source=GNW 86%.

The positioning of the Global Robotic Rehabilitation & Assistive Technologies Market vendors in FPNV Positioning Matrix are determined by Business Strategy (Business Growth, Industry Coverage, Financial Viability, and Channel Support) and Product Satisfaction (Value for Money, Ease of Use, Product Features, and Customer Support) and placed into four quadrants (F: Forefront, P: Pathfinders, N: Niche, and V: Vital).

The report deeply explores the recent significant developments by the leading vendors and innovation profiles in the Global Robotic Rehabilitation & Assistive Technologies Market including are AlterG, Inc., Bionik Laboratories Corp., Intuitive Surgical, Inc., Reha-Stim Medtec GmbH & Co. KG, Vincent Medical, Competition Matrix, DIH Technologies Corporation, Ekso Bionics, Instead Technologies, Ltd., and Mazor Robotics.

On the basis of Type, the Global Robotic Rehabilitation & Assistive Technologies Market is studied across Assistive Robot and Rehabilitation Robot.

On the basis of Portability, the Global Robotic Rehabilitation & Assistive Technologies Market is studied across Mobile and Standalone.

On the basis of Application, the Global Robotic Rehabilitation & Assistive Technologies Market is studied across Cognitive Motor Skills, Orthopedics, Sports, and Stroke.

For the detailed coverage of the study, the market has been geographically divided into the Americas, Asia-Pacific, and Europe, Middle East & Africa. The report provides details of qualitative and quantitative insights about the major countries in the region and taps the major regional developments in detail.

In the report, we have covered two proprietary models, the FPNV Positioning Matrix and Competitive Strategic Window. The FPNV Positioning Matrix analyses the competitive market place for the players in terms of product satisfaction and business strategy they adopt to sustain in the market. The Competitive Strategic Window analyses the competitive landscape in terms of markets, applications, and geographies. The Competitive Strategic Window helps the vendor define an alignment or fit between their capabilities and opportunities for future growth prospects. During a forecast period, it defines the optimal or favorable fit for the vendors to adopt successive merger and acquisitions strategies, geography expansion, research & development, new product introduction strategies to execute further business expansion and growth.

Research Methodology:Our market forecasting is based on a market model derived from market connectivity, dynamics, and identified influential factors around which assumptions about the market are made. These assumptions are enlightened by fact-bases, put by primary and secondary research instruments, regressive analysis and an extensive connect with industry people. Market forecasting derived from in-depth understanding attained from future market spending patterns provides quantified insight to support your decision-making process. The interview is recorded, and the information gathered in put on the drawing board with the information collected through secondary research.

The report provides insights on the following pointers:1. Market Penetration: Provides comprehensive information on sulfuric acid offered by the key players in the Global Robotic Rehabilitation & Assistive Technologies Market 2. Product Development & Innovation: Provides intelligent insights on future technologies, R&D activities, and new product developments in the Global Robotic Rehabilitation & Assistive Technologies Market 3. Market Development: Provides in-depth information about lucrative emerging markets and analyzes the markets for the Global Robotic Rehabilitation & Assistive Technologies Market 4. Market Diversification: Provides detailed information about new products launches, untapped geographies, recent developments, and investments in the Global Robotic Rehabilitation & Assistive Technologies Market 5. Competitive Assessment & Intelligence: Provides an exhaustive assessment of market shares, strategies, products, and manufacturing capabilities of the leading players in the Global Robotic Rehabilitation & Assistive Technologies Market

The report answers questions such as:1. What is the market size of Robotic Rehabilitation & Assistive Technologies market in the Global?2. What are the factors that affect the growth in the Global Robotic Rehabilitation & Assistive Technologies Market over the forecast period?3. What is the competitive position in the Global Robotic Rehabilitation & Assistive Technologies Market?4. Which are the best product areas to be invested in over the forecast period in the Global Robotic Rehabilitation & Assistive Technologies Market?5. What are the opportunities in the Global Robotic Rehabilitation & Assistive Technologies Market?6. What are the modes of entering the Global Robotic Rehabilitation & Assistive Technologies Market?Read the full report: https://www.reportlinker.com/p05871403/?utm_source=GNW

About ReportlinkerReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place.

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Global Robotic Rehabilitation & Assistive Technologies Market - Premium Insight, Competitive News Feed Analysis, Company Usability Profiles,...

Robots to the rescue! Arizona students in lockdown will still get their graduation day – Reuters

(Reuters) - Juili Kales dreams to receive her masters degree diploma in a ceremony cheered on by her family were dashed by the coronavirus - until robots came to the rescue.

Kale, who has been studying at Arizona State University, had planned the day for months. Her parents and brother would fly in from India, and a social media clock counted down the days until out-of-state friends would arrive in Phoenix for a big party.

But in March, the coronavirus pandemic ended those plans, as colleges nationwide closed down to stop the spread.

The clock stopped at T minus 67, said Kale, 40.

But the ceremony will take place, after all - just not as she anticipated.

Cameras pre-recorded Kale and about 140 of her fellow graduates as they logged on at home this week, dressed in graduation robes and mortar board caps. They took turns moving a remote-controlled robot on a podium at the university that held an eye-level display showing their face. Via the robot, they approached the dean to receive their diplomas and take a photo.

The pre-pandemic robots from Double Robotics, based in Burlingame, California, had been used to allow people to show up at weddings and funerals without traveling.

The bittersweet experience - shot and edited over two days - may not be ideal for the students, said Dean Sanjeev Khagram, but we want to show that we did everything that we could to celebrate them.

Kale will throw a watch party with her husband at home and her family in India when the three-hour event is webcast on YouTube on Monday.

Adjusting to the online experience was easy for millennial Nancy Sierras Morales, 22, the first in her family to graduate college.

We have been able to adapt very quickly because we are used to being on a computer and on the phone almost like 24/7, she said. Graduating virtually, its not ideal but its actually also very cool and iconic to be like the first class ever to do this.

When the lockdown is over, the class of 2020 can do a real-life walk at any future graduation ceremony they choose.

Im disappointed Im not doing it on May the 11th... but I will get to experience this innovative, creative event anyway, said Douglas Northcott, 41, who is graduating with a Masters in Applied Leadership and Management.

And if anything, that makes it better, in that is spread over two times rather than one.

Reporting by Jane Ross; Writing by Richard Chang; Editing by Rosalba O'Brien

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Robots to the rescue! Arizona students in lockdown will still get their graduation day - Reuters

Autonomous Delivery Robots will Provide the Warehouse Industry the Opportunity to Achieve Efficient Material Management – GlobeNewswire

Dublin, May 08, 2020 (GLOBE NEWSWIRE) -- The "Opportunities of Autonomous Delivery Robots in Warehouse Management" report has been added to ResearchAndMarkets.com's offering.

Autonomous robotics technology has been undergoing major technological growth in recent years. This novel technology is playing a crucial role in the transformation of many key industries like automotive, aerospace, warehouse, and logistics. With the advent of Industry 4.0 and smart factories, all industries across the spectrum are adopting advanced robotic automation solutions for varied applications according to industry requirements.

This research service reviews the different autonomous delivery robotic solutions which are impacting the warehouse industry. A section of the study is also dedicated to the new business models used by major companies in the additive manufacturing sector.

Key questions answered in the study:

Key Topics Covered:

1.0 Executive Summary1.1 Research Scope1.2 Research Methodology1.3 Explanation of Research Methodology

2.0 Key Findings

3.0 Overview of Autonomous Robotic Solutions3.1. An Overview of Different Autonomous Warehouse Robots3.2. Automated Storage and Retrieval Systems have Highest Adoption Rate in the Warehouse Industry3.3 Automated Guided Vehicles are Apt for Raw Material Handling for Work-in-progress Manufacturing Scenarios3.4. Goods-to-Person technology is a Type of AS/RS Solution3.5. Autonomous Mobile Robots Adoption Rate is Anticipated to Increase in the Near Term3.6. Articulated Robotic Arms are Predominately Used for Picking and Sorting applications3.7. Automated Guided Carts are the Easiest Robotic Solutions that can be Adopted with Minimal Investment3.8 There are Many Regulations Governing the Adoption of Unmanned Aerial Vehicles

4.0 Overview of Various Navigation Solutions for Autonomous Robots4.1. An Overview of Different Types of Navigation Technologies for Autonomous Robotic Solutions4.2. LiDAR with AI and Machine Learning is the Currently Available Advanced Navigational Solution4.3. Label and Laser-based Navigation Solutions are Most Commonly Used in Autonomous Robots4.4. Rail Navigation is the Simplest and Oldest Type of Navigation Solution

5.0. Key Funding Activities5.1. Funding has been Immensely Increasing Encouraging Technology Adoption5.2. The Start-ups Funding Scenario has Seen Investment Even from OEMs in the Robotics Industry

6.0 Key Mergers & Acquisitions6.1. Strategic Acquisition to become Industry Leader and Expand Product Portfolio

7.0. Business Model Opportunities7.1. Key Components for Business Model Development7.2. Business Model Opportunity for Technology Developers7.3. Business Model Opportunity for Software Providers

8.0. Key Contacts

For more information about this report visit https://www.researchandmarkets.com/r/il7h20

About ResearchAndMarkets.comResearchAndMarkets.com is the world's leading source for international market research reports and market data. We provide you with the latest data on international and regional markets, key industries, the top companies, new products and the latest trends.

Research and Markets also offers Custom Research services providing focused, comprehensive and tailored research.

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Autonomous Delivery Robots will Provide the Warehouse Industry the Opportunity to Achieve Efficient Material Management - GlobeNewswire

Robots, AI, and the road to a fully autonomous construction industry – VentureBeat

Built Robotics executives are fond of saying that their autonomous system for construction equipment, like dozers and excavators, might be further along than many autonomous vehicles. In fact, CEO Noah Ready-Campbell insists youll see autonomous vehicles in controlled industrial environments like construction sites before you see level 5 driverless cars on public roads. That may be in part because autonomous construction equipment often operates on privately owned land, while public roads face increased regulatory scrutiny.

Theres a quote that Cold fusion is 20 years in the future and always will be,' Ready-Campbell told VentureBeat. I think theres a chance that that might be true for level 5 self-driving cars as well.

That might have seemed like an absurd thing to say back when autonomous driving first entered the collective imagination and companies established their intention to solve AIs grand autonomous vehicle challenge. But Waymo now takes billions from outside investors, and the delay of major initiatives like GMs Cruise and taxi service and Fords autonomous driving program call into question the progress automakers have made on autonomous vehicles.

One thing Ready-Campbell credits autonomous vehicle companies with is generating excitement around AI for use in environments beyond public roads, like on construction sites.

We were the beneficiaries of that when we did our series B last year, he said. I definitely think construction benefited from that.

From computer vision systems and drones to robots walking and roving through construction projects, Built Robotics and a smattering of other companies are working in unstructured industrial environments like mining, agriculture, and construction to make autonomous systems that can build, manage, and predict outcomes.

To take a closer look at innovation in the field, the challenges ahead, and what its going to take to create fully autonomous construction projects in the future, VentureBeat spoke with startups that are already automating parts of their construction work.

Built Robotics creates control systems for existing construction equipment and is heavily focused on digging, moving, and placing dirt. The company doesnt make its own heavy construction equipment; its solution is instead a box of tech mounted inside heavy equipment made by companies like Caterpillar, Komatsu, and Hyundai.

Built Robotics VP of strategy Gaurav Kikani told VentureBeat that the company started with autonomous skid steers the little dozers that scoop up and transport sand or gravel on construction sites. Today, Built Robotics has autonomous systems for bulldozers and 40-ton excavators.

We have a software platform that actuates the equipment that takes all the data being read by the sensors on the machine every second and then makes decisions and actuates the equipment accordingly, Kikani said.

Built Robotics focuses on earthmoving projects at remote job sites in California, Montana, Colorado, and Missouri far removed from human construction workers. Autonomous heavy equipment monitored by a human overseer tills the earth in preparation for later stages of construction, when human crews arrive to do things like build homes or begin wind or solar energy projects. In the future, the startup, which raised $33 million last fall, wants to help with more infrastructure projects.

Kikani and Built Robotics CEO Ready-Campbell say the company is currently focused on projects where theres a lot of dirt to move but not a lot of qualified operators of heavy machinery.

Calling to mind John Henry versus the machine, Kikani said human operators can go faster than a Built-controlled excavator, for example, but machine automation is meant to provide consistency and maintain a reliable pace to ensure projects finish on schedule.

Built Robotics combines lidar with cameras for perception and to recognize humans or potential obstacles. Geofencing keeps machinery from straying outside the footprint of a construction site. Excavators and dozers can work together, with dozers pushing material away or creating space for the excavator to be more productive.

The fleet coordination element here is going to be critical. In Built [Robotic]s early days, we really focused on standalone activities, where you have one piece of equipment just on its own taking care of the scope. But realistically, to get into the heart of construction, I think were going to start to coordinate with other types of equipment, Kikani said. So you might have excavators loading trucks [and] autonomous haulage routes where you have fleets of trucks that are all kind of tracking along the same route talking to each other, alerting each other to what they see along the route if conditions are changing.

I think the trickiest thing about construction is how dynamic the environment is, building technology that is pliable or versatile enough to account for those changing conditions and being able to update in real time to plan to accommodate for that. I think that is really going to be the key here, he said.

Equipment operated by systems from companies like Built Robotics will also need computer vision to recognize utility lines, human remains, or anomalies like archeological or historically important artifacts. Its not an everyday occurrence, but construction activity in any locale can unearth artifacts that lead to work stoppage.

Drones that can deploy automatically from a box are being developed for a variety of applications, from fire safety to security to power line inspection. Drones hovering above a construction site can track project progress and could eventually play a role in orchestrating the movement of people, robotic equipment, and heavy machinery.

In a nod to natural systems, San Francisco-based Sunflower Labs calls its drones bees, its motion and vibration sensors sunflowers, and the box its drones emerge from a hive.

Sensors around a protected property detect motion or vibrations and trigger the drones to leave their base station and record photos and video. Computer vision systems working with sensors on the ground guide the drone to look for Intruders or investigate other activity. Autonomous flight systems are fixed with sensors on all four sides to influence where the drone flies.

Sunflower Labs CEO Alex Pachikov said his companys initial focus is on the sale of drones-in-a-box for automated security at expensive private homes. The company is also seeing a growing interest from farmers of high-value crops, like marijuana.

Multiple Sunflower Labs drones can also coordinate to provide security for a collection of vacation homes, acting as a kind of automated neighborhood watch that responds to disturbances during the months of the year when the homes attract few visitors.

Stanley Black and Decker, one of the largest security equipment providers in the United States, became a strategic investor in Sunflower Labs in 2017 and then started exploring how drones can support construction project security and computer vision services. Pachikov said Sunflowers security is not intended to replace all other forms of security, but to add another layer.

The companys system of bees, hives, and sunflowers is an easy fit for construction sites, where theft and trespassing at odd hours can be an issue, but the tools can do a lot more than safeguard vacant sites.

When a Sunflower Labs drone buzzes above a construction site, it can deploy computer vision-enabled analytics tools for volumetric measurement to convert an image of a pile of gravel into a prediction of total on-site material.

Then tools from computer vision startups like Pics 4D, Stockpile Reports, and Drone Deploy can provide object detection, 3D renderings of properties for tracking construction progress, and other image analysis tools.

Companies like Delair take a combination of data from IoT sensors, drone footage, and stationary cameras from a construction project to create a 3D rendering that Delair calls a digital twin. The rendering is then used to track progress and identify anomalies like cracks or structural issues.

Major construction companies around the world are increasingly turning to technology to reduce construction project delays and accident costs. The 2019 KPMG global construction survey found that within the next five years, 60% of executives at major construction companies plan to use real-time models to predict risks and returns.

Indus.ai is one of a handful of companies making computer vision systems for tracking progress on construction sites.

We can observe and use a segmentation algorithm to basically know every pixel what material it is and therefore we know the pace of your concrete work, your rebar work, your form work and [can] start predicting whats happening, Indus.ai CEO Matt Man told VentureBeat in a phone interview.

He envisions robotic arms being used on construction sites to accomplish a range of tasks, like creating materials or assembling prefabricated parts. Digitization of data with sensors in construction environments will enable various machine learning applications, including robotics and the management of environments with a mix of working humans and machines.

For large projects, cameras can track the flow of trucks entering a site, the number of floors completed, and the overall pace of progress. Computer vision could also follow daily work product and help supervisors determine whether the work of individuals and teams follows procedure or best trade practices.

Imagine a particular robotic arm can start putting drywall up, then start putting tiles up, all with one single robotic arm. And thats where I see the future of robotics [] To be able to consolidate various trades together to simplify the process, Man said. There could be armies of robot-building things, but then there is an intelligent worker or supervisor who can manage five or 10 robotic arms at the same time.

Man thinks software for directing on-site activity will become more critical as contractors embrace robotics, and he sees a huge opportunity for computer vision to advance productivity and safety in industrial spaces.

Stanford University engineers have explored the use of drones for construction site management, but such systems do not appear to be widely available today or capable of coordinating human and robotic activity.

Having all these kinds of logistical things run together really well, its something I think AI can do. But its definitely going to take some time for the whole orchestration to be done well, for the right materials to get to the right place at the right time for the robot to pick it up and then to do the work or react if some of the material gets damaged, Man said. In the current construction methodology, its all about managing surprises, and there are millions of them happening over the course of the whole construction plan, so being able to effectively manage those exceptions is going to be a challenge.

Boston Dynamics, known for years as the maker of cutting-edge robots, also entered construction sites last year as part of its transition from an R&D outfit to a commercial company.

Like Sunflower Labs drones, Boston Dynamics four-legged Spot with a robotic grasping arm acts as a sensor platform for 360-video surveys of construction projects. Capable of climbing stairs, opening doors, and regaining its balance, the robot can also be equipped with other sensors to track progress and perform services that rely on computer vision.

An event held by TechCrunch at the University of California, Berkeley last month was one of the first opportunities Bay Area roboticists have had to convene since the pandemic precipitated an impending recession. Investors focused on robotics for industrial or agricultural settings urged startups to raise money now if they could, to be careful about costs, and to continue progress toward demonstrating product-market fit.

Speaking on a panel that included Built Robotics CEO Ready-Campbell, startups debated whether there will be a dominant platform for construction robotics. Contrary to others on the panel, Boston Dynamics construction technologist Brian Ringley said he believes platforms will emerge to coordinate multiple machines on construction sites.

I think long-term there will be enough people in the markets that there will be more competition, but ultimately its the same way we use lots of different people and lots of machines on sites now to do these things. I do believe there will be multiple morphologies on construction sites and it will be necessary to work together, Ringley said.

Tessa Lau is cofounder and CEO of Dusty Robotics, a company that makes an automated building layout called FieldPrinter. She said theres a huge opportunity for automation and human labor augmentation in an industry that currently has very little automation. Systems may emerge that are capable of doing the work of multiple trades or on-site activity management, but Lau said there can be nearly 80 different building trades involved in a construction site. Another problem: Construction sites are by definition in various stages of fairly constant change. The dynamic nature of construction sites where there is no set or static state like you might find in a factory presents another challenge.

I think the flip side is if you look at a typical construction site, its chaos, and anyone with a robotics background who knows anything about robotics knows its really hard to make robots work in that kind of unstructured environment, she said.

One thing the TechCrunch panelists agreed on is that robots on construction sites wont succeed unless the people working alongside them want them to. To help ensure that happens, Lau suggested startups slap googly eyes on their robots because people want to see things that are cute or beloved succeed.

Our customers are rightfully concerned that robots are going to take their jobs, and so we have to be careful about whether we are building a robot or building a tool, Lau said. And, in fact, we call our product a FieldPrinter. Its an appliance like a printer. It uses a lot of robotic technology it uses sensors and path planning and AI and all the stuff that powers robotics today, but the branding and marketing is really around the functionality. Nobody wants to buy a robot; they want to solve a problem.

Built Robotics CEO Ready-Campbell wholeheartedly agreed, arguing that even a thermostat can be considered a robot if the only requirement to meet that definition is that its a machine capable of manipulating its environment.

Last month, just before economic activity began to slow and shelter-in-place orders took effect, the International Union of Operating Engineers, which has over 400,000 members, established a multi-year training partnership with Built Robotics. Executives from Built Robotics say its systems operate primarily in rural areas that experience skilled labor shortages, but Ready-Campbell thinks its still a good idea to drop the term robot because it scares people. Opposition to construction robotics could also become an issue in areas that see high levels of unemployment.

Thats how we position Built [Robotics] in the industry, because when people think of robots, it kind of triggers a bunch of scary thoughts. Some people think about The Terminator, some people think about losing jobs, he said. Its an industry that really depends on using advanced machinery and advanced technology, and so we think that automation is just the next step in the automation of that industry.

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Robots, AI, and the road to a fully autonomous construction industry - VentureBeat

Rise of the Robots: COVID-19 is Causing a Hesitant India to Welcome Automation – The Tech Panda

As the COVID-19 pandemic ensures that the need of the hour is contact-less services, India is finally making use of robots in areas like hospitals, offices, shop floors, and factories. While it remains to be seen how this automation boom impacts the nations economy and unemployment, it looks like its definitely here to stay, even after the pandemic is over.

Services such as healthcare, food delivery, and even sitting together and working in an office after a public transport commute, or manufacturing goods in a factory, are putting us in close proximity to each other. We are well aware that this increases the danger of spreading COVID-19 virus. Remember the pizza delivery guy who tested positive leading to quarantining 72 people.

Crisis can be sort of a catalyst or can speed up changes that are on the way it almost can serve as an accelerant

Doctors and medics throughout the nation are at risk and positive COVID-19 cases have resulted, leading to hospitals having to close down. The usage of robots in these areas avoids that contact. India is making use of robots with screening and advising capacities to ensure safe services.

India hasnt been high on automation usage compared to nations like South Korea, Singapore, and Germany. COVID-19 is about to change that.

Even by June of last year, global usage of robots tripled in the last two decades, the number rising to 2.25 million, according to an Oxford Economics report. The report had suggested back then that this number will reach 20 million in the coming 20 years. COVID-19 will surely increase this number even further. Moreover, it is pushing India to choose automation.

Read more: Indias Own Amazon Go: Watasale Opens AI Based Automated Store in Kochi

All this while, India has been in a predicament about whether to go for automation or concentrate on creating jobs for its unemployed population. After all, smart manufacturing doubtlessly presents globally competitive opportunities. At the same time, it means lesser need for human hands per unit of output. Thus, companies can hope for increased productivity and better quality, while saving money too.

This means robotics was going to be popular anyway. The current pandemic has just made this decision for India. For example, currently, Maruti Suzuki India Ltd. has around 5,000 robots at their Manesar and Gurgaon plants, one robot for almost every four workers. These numbers will only rise now.

pic.twitter.com/2DbcWC00Q3

?? Sumeet Mukherjee?? (@TweetmeSumeet) April 23, 2020

Arun Sundararajan, an NYU Stern School of Business professor researching how digital technologies transform society told Protocol that he believes a new tech paradigm will emerge after the pandemic recedes.

Crisis can be sort of a catalyst or can speed up changes that are on the way it almost can serve as an accelerant, he said.

Economic literature over the last decade shows that these investments are made especially during a crisis

Experts are also saying that investments in automation will also rise, further accelerating the transition to automation. Mark Muro, a senior fellow and policy director who researches automation at the Brookings Institution, told Protocol that the view that businesses would hesitate to make capital investments in a crisis, slowing down automation, is wrong.

Economic literature over the last decade shows that these investments are made especially during a crisis, he said.

Many hospitals in India are turning to robots as one of the ways to maintain less contact between caregivers and patients. Delhis AIIMS hospital has a floor disinfectant and a humanoid robot in its COVID-19 wards. Fortis Hospital, Bengaluru is using an interactive robot to screen patients and medical staff at its entrance.

Although robotic technology is currently expensive for wider adoption across all types of healthcare settings, it is expected to find increasing use in countries such as India due to very less number of healthcare professionals available for more than 1.3 billion population

In fact, hospitals are becoming the first sector to usher in robots. From there, other sectors could also start adopting robots. Rajeev Karwal, founder chairman of Milagrow, the robotics company that is manufacturing the robots in use at AIIMS told Livemint that they are seeing an increase in demand from hospitals across India, such as Fortis, CloudNine, and Max.

Some hospitals have shown interest in how robots can be leveraged in the long run, he said.

The reason for hospitals choosing robots also stems from the fact that the need for hygiene requires equipment. UK-based data analytics firm, GlobalData, has said that a shortage of personal protective equipment will drive adoption of robots to treat COVID-19 patients in India.

Read more: Industrial Automation and AI Must Transform India into a $1 Trillion Manufacturing Economy by 2025: RAOTM

Moreover, lets not forget that Indias population doesnt have enough healthcare professionals to attend it. Bhaskar Vittal, medical devices analyst at GlobalData said in a statement,

Although robotic technology is currently expensive for wider adoption across all types of healthcare settings, it is expected to find increasing use in countries such as India due to very less number of healthcare professionals available for more than 1.3 billion population.

No one can take hygiene lightly anymore. The high demand in hygiene, especially in hospitals, leave no choice but to opt for least human intervention, hence, automation.

Another aspect of the economy that this new wave of automation will bring in is a slew of robotics startups in India. Some of them are already successfully mushrooming.

Asimov Robotics, a Kerala-based startup, has robots that dispense hand sanitiser and deliver public health messages about the virus at office building entrances and other public places. Their robots are also used to carrying food and medicines in hospital isolation wards.

Another startup Invento has come up with three robots to fight the pandemic, which are currently deployed in Bengalurus Fortis hospital. The robot Mitra screens people entering the hospital, the robot Mitri deploys telemedicine, and the third, Astra, kills the virus in the air with a powerful UVC radiation for hallways, rooms, elevators etc.

Inventos 3 robots fighting COVID. Mitra does screening, Mitri does telemedicine and Astra kills Coronavirus in air with powerful UVC radiation for hallways, rooms, elevators etc.Made in India for the world. pic.twitter.com/dMwyoFy4OQ

Balaji Viswanathan (@balajivis) May 7, 2020

The unemployment rate of India has risen to 26% in April 2020 from 6.6% in January 2020 because of the pandemic, according to Statista data.From the looks of it, the use of robots is going to increase in spite of this. In fact, automation could be seeping into every industry, piggybacking the pandemic.

For example, grocery and food delivery, essential services that require public interaction like banks, retail stores, etc., all areas that require constant cleaning, all could use robots. Startups and businesses are already stepping up. Looks like India is ready to usher in an age of automation.

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Rise of the Robots: COVID-19 is Causing a Hesitant India to Welcome Automation - The Tech Panda

Sentinel Robotic Launches Mobile Sentinel with Fever Detection, Antibody Verification – Dealerscope

Sentinel Robotics Solutions (SRS) has announced the development of an access control device with technology that provides fever identification and adapts to antibody verification. Chief Operating Officer, John Robinson, of SRS commented "In this time of social distancing, it has become critically important to control access to sensitive areas in the healthcare, law enforcement, government, manufacturing, and other fields. The new need for screening the health of individuals has slowed and complicated the traditional procedures. The SRS Mobile Sentinel provides the necessary control, remotely and safely."

Mobile Sentinel is an unmanned, portable, first line of defense gate, applicable across multiple international industries. The Mobile Sentinel offers unparalleled network connectivity with enhanced 360 surveillance, granting best-in-class physical and visual access control. With a network backbone capable of connecting any type of IOT device, the options for function-specific security hardware integrations are endless.

In the wake of the COVID-19 pandemic of 2020, the Team from SRS integrated technology that recognizes antibody verification, external body temperature (EBT) and license plate readers to better equip the healthcare security industry during these trying times. Lead Engineer, Chase Riley, explains further, "Development of this system is more than a matter of placing new sensors in the vehicle. This is a flexible, integrated system that is made practical by Mobile Sentinel's open source Application Protocol Interface (API). API coordinates collection of data from sensing instruments, processing of that data and timely delivery of results to decision-making authority. It has been a challenge to create this system." (https://bit.ly/2SAxabG)

Designed and manufactured on the Eastern Shore of Virginia, Mobile Sentinel is a commercialized version of an earlier technology, originally developed for NASA and still in use. With a grant from the Center for Innovative Technology (CIT), Commonwealth Research Commercialization Fund (CRCF) in 2019, SRS developed this new system. SRS looks to grow its market share in the autonomous security industry while creating valuable career opportunities required for rapid production/distribution. "This Mobile Sentinel was not developed in response to the COVID-19 crisis," says CEO Peter Bale, "and our ability to have the system running with new capabilities on short notice demonstrates the value of this very flexible system in protecting any type of business/government property and anyone who enters."

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Sentinel Robotic Launches Mobile Sentinel with Fever Detection, Antibody Verification - Dealerscope

COVID-19 Impact on Industrial Robotics Market by Type, Industry And Region Global Forecast to 2025 – GlobeNewswire

New York, April 27, 2020 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "COVID-19 Impact on Industrial Robotics Market by Type, Industry And Region Global Forecast to 2025" - https://www.reportlinker.com/p05888617/?utm_source=GNW 6 billion in 2020 and is projected to reach USD 73.0 billion by 2025; it is expected to grow at a CAGR of 10.4% during the forecast period. The projection for 2025 is estimated to be down by ~3% as compared to pre-COVID-19 estimation.

A shortage of skilled labor, especially in developed countries, is driving the further use of automation, in the industrial robotics market.Manufacturers are turning to automation to decrease manufacturing costs and to keep their cost advantage in the market.

Automation in the electronics industry presents an excellent growth opportunity for traditional industrial robots in the coming years, especially in the APAC region where manufacturers are looking to automate their production processes further. Post-COVID-19, manufacturers are expected to increase in-house manufacturing through automation rather than outsource manufacture to other countries to mitigate global supply chain risks in the future.

SCARA robots market to grow at highest CAGR during the forecast periodThe market for SCARA robots is projected to grow at the highest CAGR during the forecast period. SCARA robots are expected to play a vital role specifically in industries such as food & beverages and electronics & electrical by preventing contamination of food products and preventing damage of delicate semiconductor wafers due to human contact, especially for companies looking to minimize their losses during COVID-19.

Market for metals & machinery industry to grow at significant CAGR from 2020 to 2025.Like other industries, the metals & machinery industry has also been hampered by the COVID-19 pandemic.The lack of demand for metals and machines from the construction, automotive, shipbuilding, and many more industries have severely affected the metals & machinery sector.

Additionally, metals and machinery companies are planning to operate by utilizing only 50% of their workforce.However, the metals and machinery industry make up the building blocks for other large industries.

Companies in the metals and machinery industry make for a large number of essential suppliers. To minimize disruption in production, the traditional industrial robotics market for this industry is expected to grow at the fastest rate post-COVID-19.

APAC to dominate the global traditional industrial robotics market throughout the forecast period.2018 saw a decrease in sales of industrial robots due to countries like China seeing a fall in demand in the automotive sector and the adverse effects of the US-China trade war. Subsequently, the COVID-19 pandemic starting in late 2019 and extending till mostly Q2 or Q3 of 2020 is now adversely affecting the market growth for traditional industrial robots. However, the market in APAC is still expected to grow at the highest CAGR during 20202025. Although major countries contributing to the APAC market, such as China, experienced a greater slowdown in growth, their market share remains significant.On the other hand, 2018 has witnessed the penetration and sales of industrial robots in developing APAC countries such as India and Taiwan.The electrical and electronics industry is an important driver for industrial robots in APAC, owing to the rising demand for electronic products around the world.

Components like computer chips, batteries, and displays that are small and sensitive need to be handled with high speed and high precision. APAC also houses a major number of strong global players in the industrial robotics market.Apart from APAC, the growth of industrial robots in Europe has remained steady over the years.In Europe, industrial robots are not only relevant for large enterprises, but smaller enterprises as well.

Germany remains the largest market in Europe for industrial robots. Government initiatives like Industrie 4.0 and the penetration of IoT and AI are expected to boost robot sales in the coming years post-COVID-19. However, the COVID-19 pandemic will negatively affect growth even in developing APAC countries as well as European manufacturers until Q2 or Q3 of 2020.In the process of determining and verifying the market size for several segments and subsegments gathered through secondary research, extensive primary interviews have been conducted with key industry experts in the industrial robotics market. The break-up of primary participants for the report has been shown below: By Company Type: Tier 1 40%, Tier 2 40%, and Tier 3 20% By Designation: C-level Executives 40%, Directors 30%, and Others 30% By Region: North America 40, APAC 30%, Europe 20%, and RoW 10%

The report profiles key players in the industrial robotics market with their respective market ranking analysis. Prominent players profiled in this report are ABB (Switzerland), YASKAWA (Japan), FANUC (Japan), KUKA (Germany), Mitsubishi Electric (Japan), Kawasaki Heavy Industries (Japan), DENSO (Japan), NACHI-FUJIKOSHI (Japan), EPSON (Japan), Drr (Germany), Universal Robots (Denmark), Omron Adept (US), b+m Surface Systems (Germany), Stubli (Switzerland), Comau (Italy), Yamaha (Japan), Franka Emika (Germany), CMA Robotics (Italy), Rethink Robotics (Germany), Techman Robots (Taiwan), Precise Automation (US), and Siasun (China).

Research Coverage:This research report categorizes the global industrial robotics market based on type, industry, and geography.The report describes the major drivers, restraints, challenges, and opportunities for the industrial robotics market pertaining to the COVID-19 pandemic.

It forecasts the market considering the COVID-19 impact on the industrial robotics ecosystem until 2025.Apart from these, the report also consists of an analysis of all the companies included in the industrial robotics ecosystem.

It also identifies the new revenue sources for the players in the industrial robotics ecosystem.

Key Benefits of Buying the Report

The report would help leaders/new entrants in this market in the following ways:1. The report helps stakeholders understand the pulse of the industrial robotics market and provides them with information on key drivers, restraints, challenges, and opportunities specific to the COVID-19 pandemic.2. This report would help stakeholders understand their competitors better and gain more insights to improve their position in the business even during the COVID-19 pandemic.3. The report identifies new revenue sources for players in the industrial robotics ecosystem, post-COVID-19 subsides.Read the full report: https://www.reportlinker.com/p05888617/?utm_source=GNW

About ReportlinkerReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place.

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COVID-19 Impact on Industrial Robotics Market by Type, Industry And Region Global Forecast to 2025 - GlobeNewswire

Coronavirus New Jersey: Group Of High School Robotics Teams Band Together To Provide Face Shields To Jefferson Health – CBS Philly

CHERRY HILL, N.J. (CBS) As the coronavirus spreads the need for personal protective equipment continues. New Jersey has the second most cases of COVID-19 in the United States, so in order to help, a group of high school robotics teams decided to band together.

Face shields, printed and prepped by the joint efforts of a group of high school robotics teams, are arriving at New Jersey Jefferson Hospital locations just in time.

So the residents were in need of face shields and here they were sitting in front of us and being donated so the timing was great, said Dr. Roy Sandau, Chief of Surgery at Jefferson Health New Jersey.

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Sandau says he was overly excited about the donation.

The teams from Moorestown, Seneca, Lenape, Cherokee, and Bishop Eustace High Schools are now refocusing their efforts to come together to put their own print on the coronavirus pandemic.

Were seeing the shortage, how the coronavirus is affecting all of our hospitals and as an FRC team, we are always looking for ways to help out the community, student Emily Tsai said.

The students are making a Swedish model shield called the Verkstan stackable shields that are more efficient in the printing process and quicker to get to health care workers.

My son was able to take the code and slice it, FRC Against COVID-19 Co-Founder Maria Blatcher said. Now, we can print a stack of 37 so essentially have our printers running 24/7.

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Theyve made just over 1,000 shields so far, but they need help to make more. They say they need more 3D printing capacity, more resources to make the $1 shields.

If anybody in the community has a printer and wants to join us, we have informational videos on our website to get them going, Blatcher said.

If we can save one persons life or prevent more cases from spreading, its all worth it, Tsai said.

For more information on how to help FRC Against COVID-19, click here.

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Coronavirus New Jersey: Group Of High School Robotics Teams Band Together To Provide Face Shields To Jefferson Health - CBS Philly

Shoreline robotics teams ponder what could have been at cancelled World Competition – The Westerly Sun

For high school senior Evan Spalding, a co-captain of the robotics team Free WiFi, he can only wonder what may have been at the FIRST Tech Challenge World Competition.

A Stonington resident and student at the Marine Science Magnet High School in Groton, Spalding and members of Free WiFi were set to travel to Detroit this week alongside their sister team, Blue Screen of Death, after both qualified for the world competition earlier this year that is before travel restrictions and stay-at-home orders related to COVID-19 brought the robotics season to a screeching halt.

As a team, we are fortunate in the sense that I was the only senior who would have been traveling, so both teams should be in a great position for next year, said Spalding, a designer who has worked with Shoreline Robotics Inc. for eight years now.

It was the first time that two teams would have gone to the competition, so it would have been interesting to see what could have happened with everyone there at the same time, Spalding said. Thats the one thing I will always wonder about.

Shoreline Robotics Inc. is a Pawcatuck-based organization that partners with the Westerly Library to bring robotics to area students. The organization sponsors two FIRST Tech Challenge teams each year; Team 10376, known as the Blue Screen of Death, and Team 13181, or Free WiFi.

Both teams had qualified for the 2020 World Competition, which was initially scheduled to take place in Detroit from Tuesday through May 2. The robotics season came to an abrupt end in mid-March as a result of the COVID-19 crisis, but the season had already been a successful one for students and coaches with Shoreline Robotics Inc.

Jay Spalding, Evans father and coach of Team 10376, said both teams have strong reasons to be proud of their accomplishments during the current academic year.

In February, both teams earned the right to take part in the World Competition after each qualified during the Rhode Island State Championship in February. Both teams had qualified for the state competition a month earlier and eventually found themselves going head-to-head during team competition in the semifinals.

Blue Screen of Death team defeated WiFi and advanced to the finals before eventually losing to a team from North Kingstown. Although the team did not take home the championship it would have been their second straight win for Blue Screen of Death the success did land them a spot in Detroit.

Molly Starr, a designer with Blue Screen of Death, said she wasnt particularly confident in the teams robot this year. After a better-than-anticipated showing in both the qualifying tournament and state championship, however, she said she was excited to see what the team would have been able to accomplish while working with and against the best teams in the world.

Weve had a track record of success, so our expectations were pretty high, said Starr, a Mystic resident and junior at Three Rivers Middle College Magnet High School. We knew we had a decent robot and program, so we just tried to accomplish what we could. We got a little luck along the way, which helped.

After falling to Blue Screen of Death in the semifinals, Free WiFi punched their ticket to worlds as winners of the 2020 Inspire Award.

According to the FIRST Tech Challenge website, the Inspire Award is an annual award that is given to the team that best embodies the challenge of the FIRST Tech Challenge program. This involves a team sharing its experiences, enthusiasm and knowledge with other teams, sponsors, the community, and the judges.

The team that receives this award is a strong ambassador for FIRST programs and a role model FIRST team, the website states.

The recognition was certainly one of note for the team, which had sought to win the award from day one, said Veronica Kushner, a Bradford resident and builder with Free WiFi. Kushner, a homeschool student and high school freshman, said outreach and cooperation with other teams in the region proved to be an important factor in helping win the Inspire Award.

Kushner said by trying to do what was right and including others in the building process, Free WiFis members had become better teammates and competitors. This helped them grow as individuals and made the award feel like a true team accomplishment.

I was really glad we were able to take home that award. Everyone was focused on being gracious and professional, and I think that mentality helped us to stay focused, Kushner said.

Jay Spalding said the team also took inspiration from Rilla Eisenbeiser, who was named the Rhode Island representative to the Deans List award, which is named in honor of FIRST Rbotics founder and innovator Dean Lawrence Kamen.

A high school sophomore, Eisenbeiser will find out whether she won during a virtual ceremony on May 2.

Im just happy to have been nominated, she said.

As the team looks to build on its accomplishments from this year, Jay Spalding and several team members said they are looking forward to seeing the social distancing restrictions lifted and hopefully get back out there for a friendly scrimmage before the end of the school year.

Members said it will then be all eyes ahead as they look to the fall competition and start of the 2020-21 robotics season. That means recruitment, team retention and brainstorming in preparation for the next challenge.

What is going on right now is shocking, but it wont go on forever, Spalding said. We are ready to open things back up. The students are excited to get back to building and we are looking forward to the chance to compete again and hopefully earn a trip to the World Competition again in 2021.

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Shoreline robotics teams ponder what could have been at cancelled World Competition - The Westerly Sun

Boston Dynamics Open Sources Their Healthcare Robotics Toolkit – Analytics India Magazine

Boston Dynamics has released a payload and application architecture for their mobile robot in order to protect healthcare workers amid COVID-19.

In a recent blog post, the robotics firm stated Mobile robots play a vital role in removing people from dangerous environments. We have spent the last six weeks building and testing a payload and application architecture that would enable our robot Spot to help reduce exposure of frontline healthcare workers to the novel COVID-19 virus.

The company further stated that it has developed and tested the payload, hardware, and software for this application in order to generalise it as well as make it easy to be deployed on other mobile robotic platforms with APIs and capacity for custom payloads.

Boston Dynamics has developed an open-source healthcare robotics toolkit which will allow mobile robots to carry out essential functions aiding in reducing the exposure of frontline healthcare staff to the deadly virus. With the deployment of our first healthcare-focused robot, were open-sourcing all of our work to empower mobile robotics platforms to leverage the same hardware and software stack that weve developed to help frontline healthcare workers, stated on the blog post.

Using the advanced mobile robots, the healthcare staff could reduce the risk of coming in contact with COVID-19, by reducing the number of the necessary medical staff at the scene. The robot will help in carrying out the essential function of speaking to the potentially infected patients, measuring vital signs and transporting supplies. The company has shared the toolkit on GitHub, which includes hardware and software designs for COVID-19 applications, including documentation for CAD mounts and programming scripts; making it vendor-neutral so that other mobile robotics platforms can leverage the same tech stack.

With the growing pandemic, robots technology have come handy in keeping essential frontline workers safe as well as in contributing to the fight against COVID-19. The company claimed that it had spent six weeks building and testing capabilities of this mobile robot in order to help hospitals in saving lives using its advanced mobile robot Spot.

According to the company blog post, Boston Dynamics started receiving inquiries from hospitals, around March 2020, asking whether its robots could help to minimise healthcare staffs exposure to COVID-19. Due to the increasing nature of the virus, hospitals are looking to using robots in order to take more of their staff out of range of the novel virus.

Based on these conversations, as well as the global shortage of critical personal protective equipment, we have spent the past several weeks trying to understand hospital requirements better to develop a mobile robotics solution with our robot, Spot. The result is a legged robot application that can be deployed to support frontline staff responding to the pandemic in ad-hoc environments such as triage tents and parking lots, said Boston Dynamics on the blog post.

The company hopes that these tools can enable developers to rapidly deploy robots in order to reduce risks to medical staff. Several researchers, analysts and robotics specialists have started using Spot for their healthcare workers benefits. Some of them are using it as a mobile telemedicine platform, where the healthcare providers are using an iPad and two-way radio attached to the robots back to attend and treat infected patients.

Additionally, the company is working towards advancing its robots to read and collect vital signs remotely and accurately measure body temperature, respiratory rate, pulse rate and oxygen saturation. We have been in dialogue with researchers who use thermal camera technology to measure body temperature and calculate the respiratory rate. Weve also applied externally-developed logic to externally-mounted RGB cameras to capture changes in blood vessel contraction to measure pulse rate. We are evaluating methods for measuring oxygen saturation, Boston Dynamics said.

Besides, the company is also advancing Spot to do essential decontamination work. This will be done potentially with mounted UV-C lights capable of disinfecting surfaces and killing coronavirus particles at the same time. We are still in the early stages of developing this solution but also see several existing mobile robotics providers who have implemented this technology specifically for hospitals, Boston Dynamic stated on the blog post.

We hope our fellow mobile robot providers, existing customers, and medical professionals will be able to use this information to leverage mobile robots to take people out of harms way during this critical time. Together, we can improve conditions for healthcare workers and essential personnel around the world, save lives, and fight COVID-19, concluded Boston Dynamics.

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Boston Dynamics Open Sources Their Healthcare Robotics Toolkit - Analytics India Magazine

Astrobotic, RE2 Robotics and Carlow University are hiring. See more Pittsburgh jobs 4/27/20 – NEXTpittsburgh

Hiring?Post your jobhereto get in front of 25,000 Pittsburgh job seekers weekly. And check back every Monday and Thursday for the latestjobopenings in Pittsburgh.

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Astrobotic seeks a Thermal System Engineer to design and test thermal solutions for the companys lunar lander product lines.

Hibersense is looking for a Full Stack Developer to design state-of-the-art interfaces and data visualizations for users, integrate with voice control systems and spearhead third-party smart home integrations.

RE2 Robotics is hiring an Electrical Engineer to create robotic technologies from the development of printed circuit boards specifications and test plans, to the design of multi-layer PCBs.

NOCTEM has an opening for a Front-end Developer to create front-end systems, work on coding and troubleshooting, develop new applications and features and launch client-facing apps.

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Omnicell is looking for a Sales Finance Booking Analyst I to facilitate the companys sales booking process and documentation.

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Astrobotic, RE2 Robotics and Carlow University are hiring. See more Pittsburgh jobs 4/27/20 - NEXTpittsburgh

Robots on the rise in the COVID-19 economy – Sunbury Daily Item

By Henry Payne

The Detroit News

ANN ARBOR, Mich. The streets are empty of cars in Ann Arbor, but robot traffic is up.

Refraction AIs robot restaurant food delivery service has seen demand increase by four times since the COVID-19 crisis shut down Michigan last month, and the companys engineers are working furiously to expand the companys small fleet of three-wheeled REV bots.

Refraction is part of a surge in robot activity as the U.S. economy struggles to get back on track while maintaining self-distancing and exposing as few workers as possible in the workplace. The virus is accelerating robotics trends from auto plant assembly lines to grocery store cleaning robots to security patrols and that is likely to have enormous implications for the jobs of the not-so-distant future.

This moment is a call to arms for robotics makers to really bring their technology to market that helps people. Particularly now in a time when there are so few options for doing tasks that we dont want to put people at risk for, said Refraction AI CEO Matthew Johnson-Roberson, an associate professor of engineering at the University of Michigan with 20 years of experience in the robotics field.

Refraction autonomous REVs (Refraction Electric Vehicles) began restaurant food deliveries at the first of the year from four restaurants to a small group of beta customers within a 2-mile radius in downtown Ann Arbor.

With the states closure of in-restaurant dining and subsequent shelter-in-place order, Refractions customer list has ballooned to 400, taxing the startups five robots which have been hustling to and fro along the edges of abandoned city streets.

A bunch of new restaurants have said we have to have delivery now. The big limiting factor is the number of robots we have, said Johnson-Roberson, 36. Weve been working to expand to groceries, which is the more important need of the moment than takeout food.

Johnson-Roberson says the shutdown has accelerated customers acceptance of robots as fear of COVID-19 has drawn them to technologies think of the Zoom chat revolution that they were unaware of before.

It really changes consumer behavior across the board, he said. A lot of what were getting help with here is people getting comfortable with robots.

That comfort has been reinforced with strict safety guidelines to mitigate virus spread. The robots are wiped down between every delivery; upon food delivery, customers can open the 5-foot tall robots door by phone instead of keypad; and the company has installed UV lights a coronavirus killer in the interior to disinfect the compartment and food.

With the added demand, the 15-person autonomous startup is looking to hire in these job-lean times. Some of its new employees come from the hard-hit restaurant industry.

Weve always thought about robotics as to how to improve peoples lives. It can do things people dont want to do like bomb disposal robots, nuclear inspection robots, said the robotics professor. Theyve figured out a task thats unpleasant for human beings and can do it better.

One of those unpleasant tasks is cleaning grocery aisles after hundreds of patrons have filed through in a typical COVID economy day.

San Diego-based Brain Corp. is the worlds largest maker of autonomous navigation software for robotics giants like Minuteman, Tennant and Karcher. Its business has expanded as grocery retailers like Walmart have brought in more cleaning robots.

As retailers are required to clean more frequently and deliver more cleaning coverage, BrainOS-powered autonomous floor care robots are providing 8,000-plus hours of daily work over 250,000 hours over the next 30 days that otherwise would have to be done by an essential worker, said a company spokesperson. This allows workers to focus on other tasks that are essential during this health crisis.

Security robots are in demand as companies have abandoned workplaces and employees work from home. For example, autonomous Cobalt Robotics bots are patrolling Metro Detroit businesses.

The U.S. auto industry is not likely to be immediately impacted with more robots in part because it is already heavily automated to reduce costs. Today, humans are scarce in giant assembly plants except at the assembly-line tail and are therefore spaced safely. Stamping, painting, and body welding departments are crowded robot zones.

But with the enormous travel restrictions caused by COVIDs spread, industry insiders say the auto supply chain is going to change drastically and robots will play their part.

In pursuit of lower costs, the supply chain in recent decades has expanded to China, Vietnam, and elsewhere.

Now, we see huge risk of the supply chain when something like this happens, said Doug Betts, a manufacturing veteran and president of J.D. Powers auto division. The management of risk will reel the supply chain back in to the U.S. Labor costs are going to be high and that supply chain is likely to be established here with more robotics than whats used in other markets.

Example? A paint supplier abroad might use the cheaper labor of local people to spray paint onto parts. As those jobs move back to the U.S., they will be filled more by robots than people for safety, environmental and cost reasons.

Says robotics expert Johnson-Roberson: Part of what were talking about is job displacement and that is something that is a concern. We want to be careful that whatever we are doing here is making life better on the whole.

Amidst the coronavirus business devastation in Ann Arbor, he says robotics can help provide job and health security.

People who run restaurants arent sure they can come through this, said the Refraction CEO. The fear that 25-to-50% (of) restaurants will go away is terrifying to me. And the jobs from dishwashers to bus people to caterers to line cooks _ their livelihoods depend on their customers. If (the COVID crisis) goes on for six months _ with one wave after another _ we have to come up with a sustainable way to do this.

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Robots on the rise in the COVID-19 economy - Sunbury Daily Item

As Workers Spread Out to Halt the Virus, Robots Fill the Gaps – WIRED

As the coronavirus began to spread through Japan in March, workers at a warehouse in Sugito that processes millions of personal care products each day were overrun by a spike in demand for masks, gloves, soap, and hand sanitizer.

To prevent workers from spreading the deadly virus, the company that operates the center, PalTac, introduced temperature checks, masks, and regular decontaminations. In coming weeks, it plans a more radical solutionhiring more robots.

We have to consider more automation, more use of robotics, in order for people to be spaced apart, says Shohei Matsumoto, deputy general manager of the companys R&D division. There are going to be fewer opportunities for humans to touch the items.

Read all of our coronavirus coverage here.

The coronavirus pandemic has cost millions of jobs. Now, it may transform work in other ways. As manufacturers and ecommerce companies struggle to adapt to social distancing, regular cleaning, and a potential shortage of workers because of quarantines, some may invest in robots.

PalTac already uses robots from the US company RightHand Robotics to pick objects from bins and assemble orders. Matsumoto says it should be possible to expand the use of these robots with software updates, allowing them to recognize and grasp a new object, or retrieve items from new types of bins. Many industrial robots, including those found in car factories, take hours to program, cannot easily be moved, and blindly follow precise commands. The flexibility offered by these newer robotic systems makes it possible to redeploy them quickly.

Not every factory or warehouse will be able to use robots. In some ways, the coronavirus crisis has only highlighted how limited most workplace robots still are. They typically lack the ability to sense, respond, and adapt to the real world, so humans are still crucial even in the most automated facilities.

But the return to work may accelerate adoption of more flexible, cloud-connected collaborative robots with basic sensing capabilities. That might lead to more automation of work involving picking, packing, and handling products and components.

Robots at Japan's PalTac pick items from bins to assemble orders.

If you have to space out the people throughout your facility differently than you used to for manufacturing, or even picking, then you can't keep the automation in the same places, says Melonee Wise, CEO of Fetch Robotics, which makes wheeled robots capable of ferrying items around factories and warehouses.

Fetch is working with a large US ecommerce company to reprogram its robots to adapt to staggered shifts with fewer workers to allow for social distancing. It is also working on versions of its robots that can autonomously disinfect workplaces.

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As Workers Spread Out to Halt the Virus, Robots Fill the Gaps - WIRED

Bio-inspired Robotics Industry 2020 Includes The Major Application Segments And Size In The Global Market To 2026 – Latest Herald

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Bio-inspired Robotics Industry 2020 Includes The Major Application Segments And Size In The Global Market To 2026 - Latest Herald

Group Of NJ High School Robotics Teams Band Together To Provide Face Shields To Jefferson Health – CBS Denver

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Group Of NJ High School Robotics Teams Band Together To Provide Face Shields To Jefferson Health - CBS Denver