Timken Precision Drives Will Exhibit at Silicon Valley Summit
The company will showcase its motion control components for humanoid robotics in San Mateo this December.
Updated on Oct. 14, 2026 in Robotics
Timken Precision Drives is scheduled to exhibit its motion control solutions at the Humanoids Summit Silicon Valley. The exhibition will take place at the San Mateo County Event Center on December 1 and 2, 2026.
Why it matters
Developers of humanoid robots face significant technical hurdles when designing load-bearing joints, wrists, and end effectors. The company provides specialized gearing and feedback technologies to help engineers address these specific motion control challenges.
Timken Precision Drives integrates gearing, motors, bearings, and position feedback technologies to develop custom motion control solutions. Engineers work with customers to evaluate application requirements such as load capacity, spatial constraints, and performance metrics.
The players
Timken Precision Drives
This is a platform within The Timken Co. that specializes in motion control technologies such as gearing and bearings.
The Timken Co.
This is the parent organization that oversees various industrial motion and material technology brands.
The details
The platform, which includes brands like Cone Drive, SPINEA, and CGI Motion, collaborates with clients to integrate multiple technologies into new designs. This approach aims to refine mechanical performance in complex robotic systems.
Timeline
December 1, 2026: Timken Precision Drives exhibits at Humanoids Summit.
December 2, 2026: Timken Precision Drives exhibits at Humanoids Summit.
The Tech Race
This move reflects the ongoing push to provide standardized, reliable motion components for humanoid robot end effectors. It positions the company against competitors who are racing to supply the foundational hardware needed for increasingly complex autonomous systems.
Developers and robotics engineers can expect to evaluate how these custom motion control components could improve their own hardware designs. The summit provides a space to discuss how these technologies impact spatial constraints and load performance in future robotics projects.
The takeaway
Reliable motion control remains a critical factor for the scaling and practical functionality of humanoid robotics. Developers should look for ways to integrate pre-tested, modular components to reduce design time for complex joints and wrists.
Further reading
Learn more about the latest innovations in Robotics.
Source note: This article includes information reported by The Robot Report.
