Max Robotics — Global Service Robot Directory + US Certification

About

Haisong Lin is pioneering the convergence of microfluidics, robotics, and wearable sensors, with a focus on creating scalable, automated systems for biomedical applications. His most influential work introduces "ferrobotic" systems—magnetic swarms of tiny robots that can perform massively parallelized fluidic operations, effectively creating automated microfluidic logistics. This breakthrough, published in 2020 (124 citations), addresses critical bottlenecks in medical diagnostics, drug development, and chemical synthesis. Lin extended this concept in 2022 (95 citations) to develop accessible, adaptable automated viral testing platforms, demonstrating real-world pandemic-response utility. Beyond droplet robotics, he has contributed to wearable technology through epidermis-inspired piezoresistive pressure sensors using reduced graphene oxide-wrapped copper nanowire networks (68 citations), achieving high sensitivity and durability for electronic skin applications. His 2024 work on electret-induced polarization droplet robotics (27 citations) further advances liquid sample actuation without compromising biochemical activity. Lin’s research uniquely bridges fundamental materials science with deployable robotic systems, earning recognition for transforming microfluidic logistics from manual, labor-intensive processes into automated, scalable solutions. His work continues to shape the future of lab-on-a-chip technologies and wearable health monitoring.