Rotograb by the Soft Robotics Lab at ETH Zurich is a soft robotic gripper designed for delicate and adaptive object handling. It uses flexible, pneumatic actuators to adjust its shape, providing a secure yet gentle grasp. The gripper is capable of picking up a wide variety of objects, including fragile items, and can adapt to different shapes and sizes. Its unique design mimics biological principles, allowing it to function efficiently in applications such as automated sorting, packaging, and assembly. The Rotograb is known for its ability to manipulate objects without damaging them, making it ideal for industries requiring precision and care. What sets the Rotograb apart is its use of soft robotics principles, which enable it to handle fragile and irregularly shaped objects with ease and precision. Unlike traditional rigid robotic grippers, the Rotograb uses flexible, pneumatic actuators that allow it to conform to the shape of objects, creating a gentle and adaptive grip. This flexibility reduces the risk of damage to delicate items during handling, making it ideal for tasks in food processing, packaging, and other industries requiring careful manipulation. Its biomimetic design, inspired by natural grasping mechanisms, further enhances its ability to handle a wide variety of objects, offering a significant advantage in diverse automation applications.