3D printed articulated hands represent a significant advancement in both robotics and prosthetics, offering improved dexterity and control compared to traditional models. Using 3D printing technology allows creators to produce complex jointed structures that can mimic the nuanced movements of human fingers and hands. When integrated with gesture manipulation, these hands can perform a wide range of actions, from simple grasps to intricate finger positions, enhancing the user experience for individuals requiring prosthetic devices or for robotic applications. A notable innovation in this field is the use of bamboo as a printing material. Bamboo printing not only provides strength and flexibility but also introduces an eco-friendly element to the manufacturing process. Bamboo's natural characteristics make it an excellent choice for durable yet lightweight components, which is essential for wearable prosthetics. Moreover, combining bamboo printing with 3D technology can reduce environmental impact while promoting sustainable manufacturing. These advancements open doors to new functionalities in artificial hands, improving their responsiveness and adaptability. The articulated design powered by gesture manipulation can be programmed to respond to sensors or user input, allowing for more intuitive control. This capability is especially valuable in assistive technologies, where responsiveness and precision directly affect quality of life. In daily applications, users can benefit from a prosthetic that feels more natural and responsive. Meanwhile, robotic systems equipped with 3D printed articulated hands enhance their ability to perform delicate tasks across industries like manufacturing, healthcare, and service robotics. As research continues, further improvements in materials and design are expected to make these devices more affordable and accessible, driving broader adoption and innovation in the field.