Max Robotics — Global Service Robot Directory + US Certification

About

Florens Wasserfall is a pioneer in accessible robotics, whose work centers on democratizing robot design through additive manufacturing and low-cost hardware. His most impactful contribution is the development of **3D printed low-cost force-torque sensors**, a breakthrough that addresses a critical bottleneck in robotics: the prohibitive cost and complexity of multi-axis sensing. With 39 citations, this 2020 paper demonstrates how FDM printing can produce functional, integrated sensors, making force feedback viable for a wider range of manipulation tasks and educational platforms. Wasserfall’s research further explores **printable modular robots** with magnetic interfaces, enabling rapid prototyping and flexible reconfiguration without expensive tooling. He also advanced **in-situ metal component placement** during 3D printing, solving the reliability problem of screwing directly into plastic by embedding standard nuts automatically—a practical innovation for durable, repairable robot structures. His work on replacing robot arm cables with Bluetooth serial communication (2017) and the **Hambot** open-source platform for RoboCup soccer (2015) underscores his commitment to lowering barriers in robotics. By combining clever mechanical design with off-the-shelf electronics, Wasserfall has created a body of work that empowers researchers and hobbyists alike to build, modify, and iterate on robots with unprecedented ease and affordability.