UBTECH Partners with BASiC Semiconductor for Chip Fab Humanoids
The robotics firm is developing silicon carbide power semiconductors to deploy humanoid machines within semiconductor fabrication plants.
UBTECH Robotics has entered into a strategic collaboration with BASiC Semiconductor to develop silicon carbide (SiC) power semiconductors tailored for humanoid robots. The partnership aims to integrate these advanced components into machines specifically designed for deployment within semiconductor fabrication facilities.
According to Ad-Hoc News, the collaboration focuses on the development of SiC power devices to enhance the operational capabilities of UBTECH's humanoid fleet. By utilizing silicon carbide—a material known for superior thermal and electrical properties compared to traditional silicon—the partnership seeks to improve energy efficiency and enable more precise motion control. These machines are intended to operate in the highly controlled and demanding environments of chip fabrication plants, where precision and reliability are paramount.
Market Volatility and Competition
This hardware push comes as UBTECH navigates a turbulent period for its business and stock performance. The company has faced significant headwinds following the successful Shanghai IPO of rival Unitree Robotics, which raised approximately $904 million (6.1 billion yuan) and triggered a surge in share price for the competitor.
Beyond market competition, UBTECH is contending with geopolitical pressures. The US Federal Communications Commission (FCC) has moved to ban new imports of foreign-made humanoid and quadruped robots, citing national security and cybersecurity risks. In response to these challenges, UBTECH is attempting to diversify its portfolio. The company recently unveiled an "Emotional-Care" humanoid robot for the service sector, priced at approximately 168,000 yuan (roughly $24,000).
The Strategic Shift to Hardware
By partnering with BASiC Semiconductor, UBTECH is moving deeper into the hardware supply chain. Developing specialized SiC power devices allows for tighter hardware optimization, which is critical for extending battery life and increasing the dexterity of humanoid robots. This vertical integration is a strategic attempt to gain a competitive edge in industrial automation, particularly in the niche of fab facility operations where specialized power management can reduce downtime and increase efficiency.
Future Outlook
Industry observers are now watching to see if this specialized hardware pivot can offset the impact of US import restrictions and the aggressive growth of rivals like Unitree. While the partnership with BASiC Semiconductor secures a technical path forward for industrial deployment, the company's ability to scale these robots globally remains contingent on the evolving regulatory landscape regarding foreign-made robotics.