Max Robotics — Global Service Robot Directory + US Certification

About

Gabriel Loke is a pioneer at the intersection of soft robotics, fiber electronics, and advanced manufacturing. His research focuses on creating multifunctional fibers that can sense, actuate, and even store energy, effectively weaving intelligence into the very fabric of machines. Loke’s most impactful contribution is his work on magnetically actuated fiber-based soft robots, which has garnered over 110 citations for its potential to overcome the limitations of conventional magnetic manipulation and enable high-throughput fabrication of soft robotic devices. He also developed the first thermally drawn rechargeable battery fiber—a breakthrough for pervasive power in wearables and smart textiles, cited over 70 times. His innovations in “in-fiber photolithography” allow for selective micro-patterning of fibers, breaking the traditional symmetry of drawn fibers to create denser functional interfaces. Additionally, Loke has engineered sensor-embedded fibers that enable adaptive robot-environment interaction and context-aware artificial somatosensory reflexes, pushing toward truly autonomous systems. His work is widely recognized for bridging materials science and robotics, offering scalable, fiber-based solutions for next-generation sensing, actuation, and energy storage.