In the humanoid robotics industry, our precision ceramic components are used in key modules such as joint transmission systems, sensing systems, and end effectors. We offer alumina, zirconia, silicon nitride, and silicon carbide, which are high hardness, low density, and good electrical insulation, helping reduce joint wear, lower overall robot weight, and mitigate electromagnetic interference. Our product includes ceramic fingers, balls, chucks, and insulating rings. We provide one-stop customized services, from material selection and prototype development to large-scale production and delivery, meeting the different requirements of robotic components.

Designed for dexterous robot hands, these ceramic fingers feature high hardness and wear resistance for high-frequency gripping. Their smooth, anti-static surface protects delicate parts and minimizes contact wear over time.

Built for joint and drive systems, our alumina and zirconia ceramic shafts are lightweight with low thermal expansion. They withstand high-frequency reciprocating motion while keeping robot movements stable and positioning precise.

Ideal for precision bearings, these silicon nitride balls feature high hardness, wear resistance, and self-lubrication. They handle heavy loads smoothly, reducing friction and extending the service life of robotic joint modules.

Used in joints for wear protection and electrical insulation, our washers come in alumina, zirconia, SiC, and Si3N4. Highly resistant to heat and corrosion, they remain stable and cut maintenance frequency.





In order to provide you customized services, please provide a detailed description of the requirements, including the consulting business, product quantity, application fields, delivery details, and any other relevant questions or requests. We will offer a comprehensive product proposal based on your information. We look forward to collaborating with you!
