The development trend of robotic arms mainly includes the following aspects:
Increase in degrees of freedom: With the advancement of science and technology, the degrees of freedom of robotic arms are constantly increasing, enabling them to perform more complex movements. This increased degree of freedom makes the robotic arm more flexible and efficient in manipulating complex objects and performing delicate tasks.
Improvement in the level of intelligence: By integrating advanced sensors and control systems, the robotic arm can achieve more accurate positioning and operation. In addition, the application of embodied multimodal large models enables the robotic arm to have end-to-end high-level reasoning and low-level control capabilities, further improving its intelligence level.
Innovation in materials: The use of new lightweight materials makes the robotic arm lighter while improving durability and stability. This material innovation not only reduces the weight of the robotic arm, but also improves its work efficiency and reliability.
Enhanced human-machine collaboration: Through safety design and intelligent algorithms, the robotic arm can collaborate safely and efficiently in the environment where humans work. This enhancement of human-machine collaboration not only improves production efficiency, but also reduces labor intensity and production costs.
Expansion of application scenarios: The application of robotic arms in smart manufacturing, medical care, logistics and other fields will continue to expand. For example, in the pharmacy duty scenario, the robotic arm can identify the type of medicine, understand customer needs and conduct simple communication, showing its great potential in the service industry.