The global humanoid robot industry reached a milestone. On August 20th, Tiantai Robotics, along with partners including Shandong Future Robot Technology Co., Ltd., finalized the world's largest single order for humanoid robots-10,000 embodied intelligent models to be delivered in batches, primarily for the home healthcare market. This breakthrough not only demonstrates the maturity and mass production capabilities of domestic robot technology, but also heralds the industry's transition from proof-of-concept to large-scale commercial use.
The 10,000-unit order reflects a triple breakthrough in technology, supply chain, and ecosystem. Tiantai Robotics' proprietary high-efficiency joint modules and precise motion control algorithms address the scalability challenge of transitioning from "dynamic" to "reliable and durable." A comprehensive supply chain ensures consistent performance and manageable costs. The integrated "network, cloud, edge, and device" platform supports real-time collaboration among numerous robots, enabling a complete output from product to solution.
These robots will serve as "family companions": they act as safety guardians for the elderly, integrating stair climbing assistance and real-time interaction, and also as life managers, providing health monitoring, emotional companionship, and other services. "We are building a bridge to a warmer future, with the goal of reaching one million Chinese households within three years," said Tiantai founder Zhang Xinghua.
More importantly, on August 26th, Tiantai will launch its next-generation joint module globally. Its ultra-lightweight, ultra-thin design, powerful power, and triple-digit pricing will break through cost barriers and accelerate the widespread adoption of humanoid robots.
At a time when joint precision and reliability are core competitive advantages for humanoid robots, the support of precision components is crucial. The harmonic reducer developed by Hansheng Automation is specifically designed for robot arm joints. Conventional models have a backlash of ≤10 arc sec, and customized models can achieve ultra-high precision of ≤5 arc sec. It can perfectly adapt to the stringent requirements of various joint modules for micro-motion control and stability.