Max Robotics — Global Service Robot Directory + US Certification

About

Wenhui Chen pushes the boundaries of bio-inspired soft robotics, designing artificial muscles and actuators that mimic the agility of marine and terrestrial animals. Their work centers on creating high-performance, multimodal robots capable of operating in challenging environments—from deep water to amphibious terrains. Chen’s most cited paper, “Knotted Artificial Muscles for Bio‐Mimetic Actuation under Deepwater” (2024, 64 citations), introduces a novel muscle design achieving high-frequency, high-stroke linear actuation, a critical step toward matching biological performance. Another influential study, “Multimodal Soft Amphibious Robots Using Simple Plastic-Sheet-Reinforced Thin Pneumatic Actuators” (2024, 31 citations), draws inspiration from fruit-fly larvae and Spanish dancer sea slugs to enable multi-terrain locomotion. Chen has also developed a scalable jet swimmer (2025, 11 citations) that replicates cephalopod propulsion using pulsatile artificial muscles and soft chamber buckling. With additional contributions in active compliant mechanisms and bioinspired materials like anisotropic PEEK, Chen’s research demonstrates a clear trajectory toward more adaptive, efficient, and robust soft robots. Their work is already shaping the future of underwater exploration, environmental monitoring, and biomedical devices.