Autonomous Mobile Manipulator Robots (AMMR) Market: Strategic Launches

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Autonomous Mobile Manipulator Robots (AMMR)
Market Strategic Launches In todays era of mass
customization, enterprises operating within the
high mix low volume (HMLV) production model
must embrace adaptable manufacturing systems to
thrive. As demand for customized offerings
continues to rise, conventional industrial robots
may prove inadequate due to their rigidity and
the considerable expenses involved in
reconfiguration for diverse tasks. An effective
alternative lies in leveraging mobile
manipulators, which integrate autonomous mobile
robots (AMR) with agile collaborative robot arms
(cobots). As per Inkwood Research, the global
autonomous mobile manipulator robots (AMMR)
market is set to garner a revenue of
3071.73 million by 2032 and register a CAGR of
23.42 during 2024-2032.
Furthermore, the demand for mobile manipulator
robots is fueled by the necessity for
manufacturing to swiftly adapt to evolving
environmental and technological factors. This
entails efficient reconfiguration and frequent
modification of system components. Positioned as
a viable recourse for individuals who have
struggled fruitlessly with traditional weight
loss methods, bariatric surgery holds promise for
transformative outcomes. With time, the emergence
of laparoscopy and robotics in bariatric surgery
has markedly reduced complications and
shortened hospital stays.
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• Request a FREE sample of the Autonomous Mobile
  Manipulator Robots (AMMR) Market
• This blog enlists the recent strategic launches
  and developments in the global autonomous mobile
  manipulator robots (AMMR) market.
• Global Autonomous Mobile Manipulator Robots
  (AMMR) Market Strategic Launches
• Collaborative Robotics Closes its Series B
  Funding at 100 Million
• On 10th April 2024, Collaborative Robotics, also
  known as Cobot, announced the successful closure
  of its Series B funding round, securing 100
  million for the commercialization of its
  autonomous mobile manipulator. This round was led
  by General Catalyst and included participation
  from Bison Ventures, Industry Ventures, and Lux
  Capital. Notably, existing investors such as
  Sequoia Capital, Khosla Ventures, Mayo Clinic,
  Neo, 1984 Ventures, MVP Ventures, and Calibrate
  Ventures also contributed, bringing the total
  funding raised to over 140 million in less than
  two years.
• Additionally, Cobot welcomed industry leader
  Teresa Carlson as an Advisor.
• Headquartered in Santa Clara, California, Cobot
  is focused on developing autonomous mobile
  manipulators that can efficiently and safely
  collaborate with human workers across various
  manufacturing, supply chain, and healthcare
  settings. This addresses the same tasks that
  humanoid robots are currently being positioned
  for.
• Founded in 2022 by Brad Porter, a distinguished
  engineer and the former Amazon VP of Robotics,
  the Cobot team comprises experts in robotics and
  AI from leading companies such
• as Amazon, Apple, Meta, Google, Microsoft, NASA,
  and Waymo. The fresh
• capital injection will facilitate team expansion
  with top-tier talent and drive forward commercial
  deployment efforts. Notably, Paul Kwan, Managing
  Director at General Catalyst, will join Alfred
  Lin from Sequoia Capital on Collaborative
  Robotics Board of Directors.
• Says Brad Porter, CEO and founder of
  Collaborative Robotics, Getting our first robots
  in the field earlier this year, coupled with
  todays investment, are major milestones as we
  bring cobots with human-level capability into the
  industries of today. We see a virtuous cycle
  where more robots in the field lead to improved
  AI and a more cost-effective supply chain. This
  funding will help us accelerate getting more
  robots into the real world. (Source)

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• PAL Robotics Latest Launch is A Mobile
  Manipulator with Sophisticated Human-Robot
  Interaction Capabilities
• From 29th May to 2nd June 2023, PAL Robotics
  unveiled the TIAGo Pro Edition robot at ICRA
  2023, held at ExCeL London. This advanced robot
  boasts torque-controllable arms capable of
  reaching objects on various surfaces, including
  floors and high shelves, accredited to its
  enhanced mobile manipulation capabilities.
  Equipped with cutting-edge features such as a
  touchscreen face, facial recognition,
  multilingual speech capabilities, and a chatbot,
  the TIAGo Pro Edition also offers omnidirectional
  movement, including side-to-side motion.
• Incorporating ROS 2 compatibility, PAL Robotics
  has enriched the robots expressiveness, enabling
  users to generate a spectrum of eye expressions
  ranging from happiness to skepticismand
  seamlessly direct the robots gaze and eye
  movements in a natural manner. Furthermore, the
  robot excels in facial and skeletal recognition,
  featuring state-of-the-art offline speech
  recognition in over 20 languages, along with an
  advanced chatbot engine.
• Derived from the acclaimed TIAGo robot initially
  developed by PAL Robotics in 2015, the TIAGo Pro
  Edition represents the latest evolution in
  robotic technology. Positioned as the newest
  addition to the TIAGo
• robot family, which includes customizable
  variants with one or two arms and/or a
  touchscreen interface, the TIAGo Pro Edition
  builds upon its predecessors
• success as a preferred platform for robotics
  research in European universities and research
  institutions.
• PAL Robotics actively participates in various
  research initiatives within the European Union,
  including AGIMUS (focused on robots supporting
  humans in agile manufacturing) and CANOPIES
  (aimed at robots collaborating with humans in
  vineyards). These projects will serve as early
  adopters, leveraging the advanced capabilities of
  the TIAGo Pro Edition to drive innovation and
  efficiency in their respective domains. (Source)
• Autonomous Mobile Manipulator Robot Market (AMMR)
  Future There is Scope for Improvement
• Autonomous mobile manipulator robots represent a
  recent advancement in the robotics sector,
  combining the manipulation capabilities of a
  robotic arm with
• the mobility features of a mobile platform. This
  innovative system expands the reach and
  functionality of manipulators, opening doors to
  automate tasks
• previously carried out manually. Despite its
  potential benefits, integrating these
• systems entails complexity, substantial upfront
  costs, and unresolved safety and security
  concerns, which currently limit their adoption
  primarily to the

manufacturing industry.
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• For example, at Grundfos in Sweden, the omniRob
  robot efficiently navigates the shop floor to
  retrieve parts and delivers them to the Little
  Helper robot for assembly. Utilizing a press and
  performing quality control checks through image
  capture, the Little Helper robot ensures precise
  assembly.
• Subsequently, the finished rotor is placed in a
  small load carrier and
• transported back to the warehouse by the omniRob.
  This specific use case, named TAPAS, demands the
  mobile manipulator to navigate autonomously
  without the need for markers while efficiently
  managing dynamic obstacles. Opportunities for
  enhancement exist in optimizing behavior for
  long-distance travel, maneuvering in confined
  spaces, and determining optimal approach
  trajectories for endpoints.
• Small and medium-sized enterprises (SMEs) face
  particular challenges in adopting mobile
  manipulator technology due to limited resources.
  However, these systems offer significant
  potential to enhance competitiveness and
  profitability across various industries. Such
  aspects will direct the global autonomous mobile
  manipulator robots (AMMR) market.
• Cant find what youre looking for? Talk to an
  expert NOW! FAQs
• What are the main benefits of implementing
  Autonomous Mobile
• Manipulator Robots (AMMRs) in industrial
  settings?
• A Implementing AMMRs in industrial settings
  offers a range of benefits. Firstly, they
  enhance operational efficiency by performing
  tasks autonomously, reducing the need for manual
  labor and minimizing errors. Secondly, AMMRs can
  adapt to changing production demands quickly,
  allowing businesses to be more agile and
  responsive.
• How do Autonomous Mobile Manipulator Robots
  (AMMRs) integrate into existing manufacturing
  systems?
• A Integrating AMMRs into existing manufacturing
  systems is a flexible and customizable process.
  Typically, AMMRs are equipped with sensors and AI
• algorithms that enable them to navigate and
  interact with their environment safely. They can
  be programmed to perform specific tasks
  autonomously or
• controlled remotely by operators.