Laboratory Robotics Market 2024 – Market Size & Segments Analysis, Industry Trends, Manufacturers Analysis, Opportunities and Forecast 2030

The global market value of Laboratory Robotics Market is 201.1 million in 2022, and CAGR of 6.7% is expected during the forecast period. Laboratories, especially pharmaceuticals, biotechnology, and clinical diagnostics, increasingly require automation to improve efficiency, reduce human error, and speed up workflows. Robotics is helping to streamline routine tasks, allowing scientists to focus on higher-level research.

Growing complexity of drug discovery, including the need for high-throughput screening, is pushing the adoption of robotics in laboratories. Robotics helps manage repetitive processes like liquid handling, sample preparation, and analysis, which are vital in pharmaceutical R&D. Advances in genomics and proteomics research demand high levels of precision and throughput, driving the need for robotics in sample handling and testing.

Robotics systems enable faster processing, therefore accelerating research timelines. Increasing demand for performing any operation efficiently, reducing human errors, and speeding up workflow, robotics do automate repetitive tasks. Enhanced AI and machine learning algorithms allow robots to handle complex data analysis, quality control, and decision-making tasks, making laboratory robots more versatile.

Growth Drivers

Advances in biotechnology and the shift towards personalized medicine require customized and precise laboratory processes. Robotics help streamline these highly specialized tasks, making labs more adaptable to a range of research needs. Government and private sector investments in healthcare research and development and laboratory automation are fueling robotics adoption in laboratories worldwide. These investments support innovations in robotics technology and expand access to automated lab systems.

The shortage of skilled laboratory personnel, particularly in sectors like clinical diagnostics, is pushing laboratories to adopt robotics as a solution for labor-intensive processes, which offsets the impact of workforce gaps. Integrating AI and ML in laboratory robotics improves system performance by enabling predictive maintenance, optimizing workflows, and analyzing data faster, reducing downtime, and increasing laboratory productivity. As regulations around testing and product quality become stricter, particularly in clinical and pharmaceutical labs, robotics offers a way to ensure consistency and accuracy, enhancing compliance and reducing variability in test results.

Growing complexity of drug discovery, including the need for high-throughput screening, is pushing the adoption of robotics in laboratories. Robotics help manage repetitive processes like liquid handling, sample preparation, and analysis, which are vital in pharmaceutical R&D. Laboratories, especially in pharmaceuticals, biotechnology, and clinical diagnostics, increasingly require automation to improve efficiency, reduce human error, and speed up workflows. Robotics is helping to streamline routine tasks, allowing scientists to focus on higher-level research. The increasing need to ensure the safety of manual workers is driving growth in the market significantly. Safety of both humans and property to drive the growth in the market significantly is the key factor.

Segmentation

Application

·         Clinical Diagnosis

·         Drug Discovery

·         Microbiology Solutions

End-User

·         Laboratories

·         Research Laboratories

Regional Outlook

·         Asia Pacific

·         North America

·         Latin America

·         Middle East and Africa

·         Europe

Laboratory Robotics Market by End User Segmentation

On the basis of end-user, the laboratory robotics market is segmented into laboratories and research laboratories. Research laboratories are the leading segment in the laboratory robotics market by end-users due to the high demand for automation in drug discovery. Research laboratories, especially those in the pharmaceutical and biotech sectors, are deeply involved in drug discovery and development.

Robotics systems help automate repetitive tasks, increase throughput, and enhance accuracy, making them essential for screening large volumes of samples. Many research laboratories focus on proteomics, genomics, and molecular biology, which require precise high-volume sample handling and data collection. Robotics help streamline these processes, allowing labs to handle complex workflows with minimal errors. Research labs often have to deal with a large quantity of data sets, especially in areas like genetics and drug screening.

Research labs face labor shortages, particularly in skilled technician roles. Robotics fills this gap by performing routine, repetitive, and even complex tasks, allowing existing tasks to focus on more complex analysis and innovation. Growing complexity of drug discovery, including the need for high throughput screening, is pushing the adoption of robotics in laboratories.

Regional Outlook

On the basis of the regions, the Laboratory Robotics Market is segmented into Asia Pacific, North America, Latin America, the Middle East and Africa, and Europe. Asia Pacific due to increasing urbanization, industrialization, and increasing population worldwide is the key reason behind the significant growth in the market. Due to the rapidly growing population, there is an increased demand for skilled led workers. Growing complexity of drug discovery, including the need for high-throughput screening, is pushing the adoption of robotics in laboratories. High-throughput analysis with minimal variability, especially in drug discovery and genomics. Robots provide precise handling of samples, enhancing consistency.

Increasing demand for fulfilling the need for qualified technicians and researchers, especially in hazardous roles. Robotics alleviate this shortage by performing routine tasks, reducing the dependency on human labor. With the increasing prevalence of disease and the need for personalized medicine, laboratory robots help in accelerating the drug discovery process and diagnostic procedures. The North American region, especially the United States of America, and Canada are witnessing significant growth due to technological advancements and increasing growth in research and development spending both from private companies and government entities.

Many leading laboratory robotics market companies, including Thermo fisher Scientific, Agilent Technologies, and PerkinElmer, are headquartered in North America. Their innovations, local manufacturing capabilities, and research initiatives fuel the growth in the North American can market. The presence of various key players is the main factor behind the significant growth in the market. The region has a large healthcare and pharmaceutical manufacturing sector that extensively uses laboratory robotics for drug discovery, robotics, and genomic testing. The high prevalence of chronic diseases and demand for new treatments keep automation a priority.

North America has shifted the gear towards personalized and precision medicine, which relies heavily on genomics and high-throughput screening. Laboratory robotics is essential for handling the high volumes and precision required for this field. Numerous top universities, research centers, and hospitals across North America drive demand for advanced laboratory equipment. Robotics helps these institutions automate processes in genomics and other research fields. Covid-19 pandemic highlighted the need for automated lab solutions to increase adoption of robotics for handling large volume of diagnostics tests.

 Key Players

·         Perkin Elmer Inc.

·         Thermo Fisher Scientific

·         Siemens AG

·         Tecan Group

·         Beckman Coulter Inc.

·         Other Players