This presentation will detail unique approach to prepare liquid-metal-repellent surfaces by a femtosecond laser. The generated microstructure on the treated surface ensured liquid-metal repellence even after bending, rubbing, or immersion in different organic solutions. This work sheds light on designing soft electronics by just controlling the physical morphology of the laser-patterned liquid-metal-repellent surfaces which can be quantified by contact angle / wettability and adhesive force measurements.