ABB and Porsche Consulting's Groundbreaking Venture to Revolutionize Construction Industry Through Collaborative Robotics

In an unprecedented move, global technology leader ABB Robotics and renowned consultancy firm Porsche Consulting have joined forces to reshape the construction sector. The collaboration aims to usher in a new era of modular housing manufacturing, leveraging advanced planning, and design along with automation. The venture targets a substantial increase in automation within the construction industry by 2030, responding to an 85% forecasted surge, driven by the pressing need for sustainable and affordable housing amidst labor shortages.

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Collaborative Robotics Market Overview:

A prominent global market research organization has recently published an all-encompassing market research report focusing on the Collaborative Robotics market. This comprehensive report presents a wealth of data and visually engaging representations, facilitating an in-depth analysis of both regional and global markets. It provides valuable insights into the market's objectives while offering detailed information about leading competitors, their market value, current trends, strategies, targets, and product portfolios. Moreover, the report highlights the recent market growth and includes historical data, providing valuable information to stakeholders and decision-makers.

Collaborative Robotics Market Scope:

The research report delves deep into the analysis of trending competitors, their growth patterns, and the dynamic nature of the market. It offers valuable insights into the regional and global market values and demands, fostering a better understanding of the competitive landscape and the market's potential in terms of production, demand, and supply. The segmentation analysis takes into account crucial factors such as psychographic, demographic, geographic, and behavioral aspects, influencing marketing strategies, targeted products, offers, and customer experiences. Porter's analysis is utilized to assess organizations' competitive positions and improve profitability. Additionally, Pestle analysis is conducted to validate the relevance of existing products and services within the contextual data. SWOT analysis is employed to evaluate internal and external factors contributing to a company's strengths, weaknesses, advantages, and disadvantages. Overall, this report offers a comprehensive and informative overview of the Collaborative Robotics market.

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Segmentation Analysis:

by Payload capacity

Up to 5kg
Up to 10 kg
Above 10 kg

Robots with a payload capacity of up to 5 kg are painstakingly designed for activities requiring precision, and this segment of the Collaborative Robotics Market is expected to grow at a significant rate over the projected period. These small, light robots are used in a variety of industries, including assembly and electronics, where their agility and adaptability are useful for complex tasks. Their significant market share in this category highlights how accurate and productive they are in procedures that need to be precise. 

by Vertical

Automotive
Electronics
Metal machining
Plastics polymer
Food agriculture

The automobile industry is identified as a major participant in the vertical segment study of the collaborative robotics market. It uses collaborative robots for assembly and machine tending. These robots' versatility improves manufacturing processes and contributes to streamlined manufacturing efficiency in the automotive component industry, which has resulted in noteworthy growth in this market sector. Accurate and quick collaborative robots are essential in the electronics industry for pick and place and assembly tasks. These robots' precision is essential for handling electronic components with care and guaranteeing error-free, productive manufacturing operations.

by Application

Assembly
Pick place
Machine tending
Quality testing
Packaging Palletizing

In the application segment, collaborative robots significantly improve assembly procedures in a variety of industries by supplying accuracy and productivity during the manufacturing of complicated items. Their capacity to work in unison with human operators guarantees a smooth and efficient assembly line, which reflects a substantial market share in assembly applications. Robots collect objects from one spot and place them in another in the pick and place application.

Major Players are:

Global (Operating Across Regions):

Universal Robots: Odense, Denmark
Techman Robot for Quanta Storage: Taipei City, Taiwan
AUBO Robotics Inc.: Santa Clara, California, USA
Locus Robotics: Wilmington, Massachusetts, USA
Robotiq: Lévis, Quebec, Canada
Omron: Kyoto, Japan
Rethink Robotics: Boston, Massachusetts, USA
Aethon: Pittsburgh, Pennsylvania, USA
Boston Dynamics: Waltham, Massachusetts, USA

North America:

ABB Inc.: Zurich, Switzerland
Rethink Robotics: Boston, Massachusetts, USA
Precise Automation: Fremont, California, USA
Energrid Technology Corporation: Toronto, Ontario, Canada
AUBO Robotics Inc.: Santa Clara, California, USA
Locus Robotics: Wilmington, Massachusetts, USA
Boston Dynamics: Waltham, Massachusetts, USA
Kinova Robotics: Boisbriand, Quebec, Canada
Teradyne Inc.: North Reading, Massachusetts, USA

Europe:

KUKA AG: Augsburg, Germany
Robert Bosch GmbH: Gerlingen, Germany
MRK-System GmbH: Augsburg, Germany
FP Robotics AG: Glattbrugg, Switzerland
MABI AG: Baar, Switzerland
Franka: Munich, Germany
Comau S.P.A: Grugliasco, Italy
Aethon: Pittsburgh, Pennsylvania, USA
BlueBotics: St. Sulpice, Switzerland
Stäubli International AG: Pfäffikon, Switzerland

Asia Pacific:

FANUC Corporation: Oshino, Japan
Universal Robots: Odense, Denmark
Techman Robot for Quanta Storage: Taipei City, Taiwan
Emika GmbH: Munich, Germany
KAWADA Robotics Corp.: Nagoya, Japan
YASKAWA Electric Corporation: Kitakyushu, Japan
Epson Robots: Suwa, Japan
Cyberdyne Inc.: Tsukuba, Japan
Siasun Robot Automation Co., Ltd.: Shenyang, China
Hiwin Corporation: Taichung, Taiwan

Middle East:

Omron: Kyoto, Japan
PAL Robotics: Barcelona, Spain
Mitsubishi Electric Corporation: Tokyo, Japan
Aethon: Pittsburgh, Pennsylvania, USA

Regional Analysis:

The report provides formal, functional, and vernacular regional analyses, with a focus on high-demand regions such as Asia Pacific, North America, Latin America, the Middle East, Europe, and Africa. The analysis offers insights into distinct targets, strategies, and market values specific to each region.

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Key Questions Answered in the Collaborative Robotics Market Report:

• What defines the Collaborative Robotics Market?
• What is the forecast period for the Collaborative Robotics Market?
• How does the competitive landscape look in the Collaborative Robotics market?
• Which region holds the largest market share in the Collaborative Robotics Market?
• What opportunities are available in the Collaborative Robotics Market?
• What factors are influencing the growth of the Collaborative Robotics market?
• Who are the key players in the Collaborative Robotics market?
• Which company holds the largest share in the Collaborative Robotics market?
• What will be the compound annual growth rate (CAGR) of the Collaborative Robotics market during the forecast period?
• What key trends are expected to emerge in the Collaborative Robotics market in the coming years?

Key Offerings:

• Market Share, Size, and Revenue Forecast
• Market Dynamics: Growth drivers, restraints, investment opportunities, and key trends
• Market Segmentation: Detailed analysis by Collaborative Robotics Market
• Landscape: Leading key players and other prominent participants

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