Synergy of Robotics and Microfluidics for Intelligent Micro- and Nanomanipulation

Research from the Dalian University of Technology has discussed the applications of micro- and nanomanipulation technology in various fields, including chemistry, materials, biology, and medicine. The technology, which has been particularly challenging due to the small size and fragile nature of target samples, has found new potential in the intersection of robotics and microfluidics. A growing number of innovations have been proposed, aiming to synergize robotics and microfluidics technologies to develop fully automated and accurate systems for versatile micro- and nanomanipulation.

Key Takeaways:

• Micro- and nanomanipulation technology has been explored in various fields, including chemistry, materials, biology, and medicine, due to its potential applications in handling micro- and nanoscale samples.
• Traditional manual techniques for micro- and nanomanipulation often lack accuracy, efficiency, and throughput, making it necessary to develop new technologies.
• The intersection of robotics and microfluidics has been identified as a promising approach to develop fully automated and accurate systems for micro- and nanomanipulation.
• Major robotics technologies, including sensing, control, and artificial intelligence (AI), play key roles in microfluidic manipulation.
• The research proposed future directions of AI agents in microfluidic manipulation, aiming to achieve intelligent decision-making and execution across different manipulation tasks.
• The study has been peer-reviewed and published in Biomicrofluidics, a journal published by the American Institute of Physics.

Statistics:

• The study mentioned the importance of microfluidics in handling micro- and nanoscale samples, citing its potential to address the limitations of traditional manual techniques.
• The intersection of robotics and microfluidics has been proposed as a promising approach to develop fully automated and accurate systems for micro- and nanomanipulation.
• The study highlighted the key roles of major robotics technologies, including sensing, control, and AI in microfluidic manipulation.
• The research proposed that AI agents can enhance the accuracy and efficiency of microfluidic manipulation by enabling intelligent decision-making and execution across different manipulation tasks.

Sources:

• Synergy of Robotics and Microfluidics for Intelligent Micro- and Nanomanipulation. Biomicrofluidics, 2025;19(5).
• Biomicrofluidics. Aip Publishing, 1305 Walt Whitman Rd, Ste 300, Melville, NY 11747-4501, USA. (American Institute of Physics - www.aip.org/; Biomicrofluidics - bmf.aip.org/)
• NewsRx. New Findings on Nanomanipulation Described by Investigators at Dalian University of Technology (Synergy of Robotics and Microfluidics for Intelligent Micro- and Nanomanipulation). Journal of Engineering. October 20, 2025; p 1964.