"Revolutionary Wooden Robotic Gripper Harnesses Natural Elements for Movement"
Researchers from the National University of Singapore (NUS) have developed the first-ever wooden robotic gripper that can stretch and bend in response to moisture, temperature, and lighting. Made from treated Canadian maple wood, the gripper is driven by changes in its environment, reducing energy consumption. It has good mechanical properties, a wide working temperature range, low manufacturing cost, and is biocompatible. The wooden gripper can lift objects at high temperatures and has potential applications in various fields, including firefighting and rescue operations. The researchers are working on improving its performance and scalability.