Renub Research has released a report titled “Automotive Robotics Market: Industry Trends, Share, Size, Growth, Opportunity, and Forecast 2024-2030,” which includes market percentage records and a thorough enterprise analysis. This report looks at the competition, geographic distribution, and growth potential of the Automotive Robotics Market.

Page Contents

Automotive Robotics Market is anticipated to expand at a CAGR of 10.86% between 2024 and 2030

Automotive robotics revolutionizes manufacturing procedures in the automobile enterprise. These superior robot systems, encompassing robots and automation technologies, streamline manufacturing lines, enhance precision, and improve efficiency. From welding and painting to assembly tasks, robots enhance speed and accuracy, resulting in higher-quality motors. Collaborative robots, or cobots, work alongside humans, improving safety and flexibility. The integration of artificial intelligence further empowers robots to adapt to changing obligations and optimize operations. As the automotive quarter continues to embody automation, robotics performs a pivotal role in shaping a more efficient, cost-effective, and technologically superior future for vehicle production.

Continuous improvements in sensor technologies and AI-driven components enhance robotic capabilities, contributing to heightened performance in manufacturing approaches. Various robotic kinds, like articulated, Cartesian, and SCARA robots, cater to specific tasks, from assembly to material handling. In applications, automotive robotics expands past traditional manufacturing to encompass areas like autonomous vehicles, propelling the market’s evolution. The surge in electric automobile manufacturing further intensifies demand, while improvements in human-robotic collaboration foster more secure and adaptive robotics. This multifaceted boom displays a market adapting to enterprise demands, technological development, and evolving automobile developments.

The worldwide market for automotive robotics is experiencing strong growth, specifically in the Asia-Pacific region, with China and Japan leading the way with their thriving automotive industries and automation projects. Smart manufacturing and Industry 4.0 are driving significant increases in Europe. The increasing use of robotics is an international trend that promotes efficiency and innovation. This trend is anticipated to continue focusing on electric and autonomous vehicles that use advanced robot structures, artificial intelligence, and collaborative robots. These improvements will function in the market for dynamic growth in the foreseeable future, leading to exponential increases. So, Automotive Robotics Market is projected to reach US$ 16.55 Billion by 2030.

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Robotic arms have secured the lion’s share in the automotive robotics market due to their versatility and efficiency

These articulated arms excel in performing tricky responsibilities, including welding, assembling, and handling materials on car production lines. Their precision, speed, and flexibility contribute substantially to enhanced production processes. As the automobile industry evolves towards smart manufacturing, the robot arm’s capacity to seamlessly integrate with advanced technology like artificial intelligence and automation cements its dominance. Robotic arms are a popular choice in the automotive sector due to their reliability and cost-effectiveness. Automotive sector play a crucial role in improving productivity and driving innovation.

Component – Automotive Robotics Market breakup from 6 viewpoints

1. Controller

2. Robotic Arm

3. End Effector

4. Sensors

5. Drive

6. Others

Articulated robots are poised to preserve a considerable market in the automotive robotics area because of their unrivalled versatility and adaptability

With multi-jointed arms mirroring human actions, these robots perform elaborate tasks vital in car manufacturing, such as welding, painting, and assembling. As the enterprise transitions towards smart factories and embraces Industry 4.0, the flexibility of articulated robots positions them as crucial types of superior automation techniques. Their compatibility with emerging technology, ease of programming, and cost-effectiveness ensure their perseverance, sustaining their dominance in the automobile robotics market, driving performance, and fostering innovation in the future.

Type – Automotive Robotics Market breakup from 5 viewpoints

1. Articulated Robots

2. Cylindrical Robots

3. Scara Robots

4. Cartesian Robots

5. Others Robots

The material handling sector is poised for a massive increase in the automotive robot market, pushed by increasing automation traits

As automotive manufacturing evolves, efficient material handling becomes paramount for streamlining manufacturing approaches. Robots with advanced sensors and precision enhance logistics, ensuring seamless movements of types and components. This not only reduces operational costs but also optimizes manufacturing workflows. With the rising demand for electric motors and customization alternatives, efficient material handling solutions provided by robotics are integral. As industries embody smart production practices, the material handling section stands out as a critical driving force, predicted to experience vast growth in the dynamic automotive robotics market.

Application – Automotive Robotics Market breakup from 5 viewpoints

1. Material handling

2. Welding

3. Painting

4. Cutting

5. Others

Due to numerous vital elements, the China automotive robotics market is poised for an enormous boom throughout the forecast

The country’s thriving automobile enterprise, coupled with a strong awareness of automation and technological improvements, propels the adoption of robotics in manufacturing techniques. Government tasks propel business automation further to fuel market expansion. As China positions itself as an international leader in electric vehicle manufacturing, the demand for advanced robotic structures in manufacturing, meeting, and material handling rises drastically. With conducive regulatory surroundings, accelerated investments, and a solid dedication to technological innovation, China emerges as a focal point for a dynamic increase in the automotive robotics sector.

Country – Global Automotive Robotics Market breakup from 21 viewpoints

1. North America

1.1 United States

1.2 Canada

2. Europe

2.1 Germany

2.2 United Kingdom

2.3 France

2.4 Italy

2.5 Spain

2.6 Switzerland

3. Asia Pacific

3.1 Japan

3.2 China

3.3 India

3.4 South Korea

3.5 Indonesia

3.6 Australia

4. Latin America6

4.1 Mexico

4.2 Brazil

4.3 Argentina

5. Middle East & Africa

5.1 Saudi Arabia

5.2 United Arab Emirates

5.3 South Africa

6. Rest of World

Competitive Landscape

The global automotive robotics market players are ABB, Fanuc Corporation, Rockwell Automation Inc., Yaskawa Electric Corporation, Kuka AG, Kawasaki Heavy Industries, Ltd., Harmonic Drive Systems Inc., Omron Corporation, and Yamaha Motor Co. Ltd.

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Company Insights

Overviews
Recent development
Revenues

Automotive Robotics Market Companies

ABB
Fanuc Corporation
Rockwell Automation Inc.
Yaskawa Electric Corporation
Kuka AG
Kawasaki Heavy Industries, Ltd
Harmonic Drive Systems Inc.
Omron Corporation
Yamaha Motor Co. Ltd

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