Precise and accurate outputs are essential for assessing engineering applications in today's fast-paced and competitive engineering industry. Compliant mechanisms play a vital role in meeting the urgent need for precise motion. These mechanisms, which rely on the stiffness and mobility of their components, offer a way to enhance precision without compromising accuracy. However, failures in compliant mechanisms often arise from repeated movements of compliant beams in both in-plane and out-of-plane directions. To ensure a longer lifespan for compliant mechanisms with high deflection values, the elastic bending of beams leads to molecular deformation and generates motion.