As per our analysis report, the global collaborative robots market is expected to reach USD 216 billion by 2029 from USD 98 billion in 2024, growing at a compound annual growth rate (CAGR) of 17% during the forecast timeline.
In addition, the use of cobots is spreading across manufacturing facilities to optimize production processes and minimize overall energy usage. Furthermore, the combination of sensor data and intuitive technology such as machine learning (ML) and artificial intelligence (AI) enables such robots to make real-time judgments and navigate in dynamic real-world surroundings
Another significant market trend is the implementation of these robots in the retail banking and financial sectors to provide guidance in banks and perform simple repetitive cashier jobs, fueling the growth of the collaborative robotics market. Furthermore, the introduction of next-generation healthcare laboratories allows robot vendors to introduce cobots capable of completing numerous functions in a short period. Because of the complexities of the automobile industry's processes, which necessitate high precision assembling of spares and parts, the use of cobots is spreading. Furthermore, the implementation of intelligent factories and industry 4.0 is accelerating, allowing Original Equipment Manufacturers (OEMs) and suppliers to realize early returns on investment while optimizing quality output. Furthermore, integrating cobots throughout this business enhances assembly lines and allows people to interact closely with the robots. Moreover, benefits such as portability, lightweight, and power efficiency are excellent for small jobs, which contribute to the growth of this industry.
As opposed to cobots, traditional industrial robots are better prepared to handle heavier and larger materials and items, such as those utilized in heavy-duty industries such as automotive, metals, and machinery manufacture. Heavy-duty businesses prefer to use classic industrial robots to automate their manufacturing processes. Cobots are meant to be less potent than standard industrial robots to operate safely in the workplace, making them less suitable for heavy-duty applications. Traditionally, these robots are employed for parts assembly, pick-and-place, and palletizing in various industries. The reduced power of collaborative robots limits their usage in the heavy-duty manufacturing industry. The typical speed of collaborative robots is roughly 1m/s, although the quickness supplied by traditional industrial robots for similar payload capacities is faster than that of collaborative robots. As a result, in the case of heavy-duty industrial robots, the low payload capacity of typical industrial robots is chosen over cobots.
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REPORT METRIC |
DETAILS |
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Market Size Available |
2023 to 2029 |
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Base Year |
2023 |
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Forecast Period |
2024 to 2029 |
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CAGR |
17% |
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Segments Covered |
By Component, Payload, Application, Industry, and Region |
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Various Analyses Covered |
Global, Regional & Country Level Analysis, Segment-Level Analysis, DROC, PESTLE Analysis, Porter’s Five Forces Analysis, Competitive Landscape, Analyst Overview on Investment Opportunities |
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Regions Covered |
North America, Europe, APAC, Latin America, Middle East & Africa |
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Market Leaders Profiled |
Universal Robots, ABB, FANUC, YASKAWA, Techman Robot, KUKA,Doosan Robotics,Rethink Robotics,Precise Automation, Denso Corporation and Others. |
During the projected timeframe, robotic arms are estimated to account for most of the hardware component market. The robot arm is among the costliest hardware components in a collaborative robot, and its design is often time-consuming and complicated. The robotic arm is made up of many joints that permit linear and circular mobility. In addition, the component must be constructed and authorized following the ISO/TS 15066 standards. Collaborative robots, when compared to standard industrial robots, frequently include curved arms to make them safe for human contact. This functionality is critical since collaborative robots work close to human workers. The arm's complicated design must also accommodate the drives, motors, and sensors while offering maximum dust and water resistance, which can be challenging at times. As a result of its higher overall cost when compared to other hardware components, the robotic arm is likely to lead the collaborative robot market in terms of value over the forecast period.
The market is augmented into Up to 5 Kg, 5-10 Kg, and Above 10 Kg.
Among them, the 10 kg and above sub-segment is predicted to develop exponentially in the following years due to the automotive industry's demand for crucial tasks such as manufacturing spares and parts, building the powertrains – torquing bolts for vehicles, and so on. Because of their ability to do many and repeated activities at high speeds, the 6-10 kg and up to 5 kg sub-segments are predicted to develop significantly.
The Application segment is further divided into Handling, Assembling and disassembling, Welding and soldering, Dispensing, and Processing.
Due to demand from the automotive, food and beverage, electronics, and semiconductor industries. Furthermore, because some parts are fragile and require smooth motion, material handling plays a vital role in these sectors. Robots are extensively used in such settings to reduce accidents and maintain staff safety. During the forecast period, the assembling application segment is expected to increase rapidly. Advances in the automotive, metal manufacturing, and electrical & electronic industries, where bespoke spare parts are built and placed in the finished product, are projected to boost growth. Because of the growing demand for customized automobiles, which require high-quality precision welding, high graphics painting, and other services, the painting/spraying, welding, and quality testing sub-segments are likely to develop moderately.
The automotive market is expected to have a significant position during the projection period. Manufacturers are increasingly concerned about lowering operational costs, assembling spares and parts, less time, painting and coating, and improving overall workplace ergonomics. Cobots are frequently employed in the automobile industry in engine foundries, laser-cutting rigs, forming presses, molding machines, and packing and palletizing lines. Due to an increase in electronic goods consumption, the emergence of various nanotechnologies, and the introduction of sensitive conductors, the electronic & semiconductor sub-segment is likely to show significant growth in the coming years. The metals & machining sub-segment is expected to rise significantly over the forecast period due to an increase in the number of production facilities where heavy and specialized machinery are installed, and precise welding of heavy metals is required. With increased domestic food consumption, the deployment of cobots in banking and financial services, and other factors, the food and beverage, retail, and rubber & plastic sub-segments are showing consistent growth. Furthermore, with the increasing automation trend in farming, the market for collaborative robot machines is predicted to have robust growth.
Asia Pacific region will have the most considerable proportion of collaborative robots by 2021. This is due to rising wage costs in Asia Pacific countries, forcing corporations to automate manufacturing processes to sustain their economies of scale. In addition, the automotive and electronics sectors, both of which have an enormous influence in the Asian countries, particularly in China, South Korea, and Taiwan, are important demand generators for collaborative robots.
Rising salaries, growth in the average life expectancy of the workers, and a concentrate on the miniaturization drive in the technology sector and the light-weighting development in the automobile industry have all led to a surge in the implementation of collaborative robots. As a result, technology in Asia Pacific countries is forecast to expand as it will allow companies in this area to achieve a competitive edge due to low production expenses, accessibility of inexpensive labor, protection standards, and regulatory reforms for foreign direct investments (FDIs), allowing APAC to retain market dominance in the collaborative robot market.
Europe is anticipated to hold a significant market share due to considerable investments in the research and development of cobots. On the other hand, North America also witnesses robust growth owing to the increasing manufacturing industries.
Major Players in the Global Collaborative Robots Market are Universal Robots, ABB, FANUC, YASKAWA, Richman Robot, KUKA, Doosan Robotics, Rethink Robotics, Precise Automation, Denso Corporation,
According to Columbia, miniPAL 2.0 opens up new possibilities with bigger payloads. It also has an automated lifting column for tall loads, two stacking positions for continuous load construction, built-in fork pockets for mobility, and convenient pattern-building software. At Pack Expo Las Vegas, Columbia debuted Manipal 2.0.
MIT researchers manufactured a completely integrated robotic arm that couples visual data from a camera and radio frequency (RF) information from an antenna. It is done to detect and retrieve objects even when buried beneath a pile and wholly hidden from view. RFusion is a robotic arm comprised of a camera and radio frequency (RF) antenna attached to its gripper.
Aim Robotics and Kassow Robots have collaborated on a dispensing system for collaborative robot arms. The dispensing devices are designed to work with cobot arms. Aim claims that the plug-and-play dispensers enable manufacturers to improve repeatability and quality control in production while also lowering costs by eliminating waste, rework, and compressor maintenance.
By Component
By Payload
By Application
By Industry
By Region
Frequently Asked Questions
Major adopters of collaborative robots globally include the automotive, electronics, healthcare, food and beverage, and logistics industries. In particular, the automotive industry uses cobots for tasks like assembly, welding, and painting, while the electronics sector uses them for precision assembly and testing.
Key factors contributing to the growth of the collaborative robots market include advancements in robotic technologies, increasing labor costs, the need for precision and consistency in manufacturing, and the growing trend of human-robot collaboration to enhance productivity.
Common applications of collaborative robots include assembly, pick and place, material handling, machine tending, quality inspection, and packaging. These robots are designed to work alongside human workers to enhance efficiency and safety in these processes.
The collaborative robots market is influencing global labor trends by shifting the nature of work from repetitive and physically demanding tasks to more skilled and supervisory roles. While there are concerns about job displacement, cobots are generally seen as tools that complement human workers, enhancing productivity and allowing employees to focus on more complex tasks.
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