To address the challenges associated with the complex structure, high level of customization, and long development cycles of humanoid service robots, advanced 3D printing and additive manufacturing technologies are utilized to manufacture key components such as the robot’s joint housings, facial enclosures, and internal support structures in a single integrated process. This approach significantly reduces the number of assembly steps, improves the precision of the structure, and enhances its lightweight characteristics, thereby enabling customers to rapidly develop new versions of these robots and bring them to market more quickly.

Quadrupedal biomimetic robots designed for use in complex scenarios such as industrial inspections, security patrols, and emergency rescue operations; these robots have their core components – including the body shell, joint protectors, and load-carrying platforms – manufactured using 3D printing technology, which enables a perfect balance between light weight and high strength. This feature allows them to function effectively in outdoor environments with complex terrains and harsh conditions, thereby significantly improving the reliability and adaptability of these robots.