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Chinese robotic hand maker LingXin seeks $2.9b valuation
LingXin SmartHand, a Chinese maker of dexterous robotic hands, is reportedly raising a new round at a valuation of 20 billion yuan (US$2.9 billion), with plans for an IPO in 2026.
The raise would value the two-year-old company at around twice the over-10 billion yuan (US$1.45 billion) post-money valuation it reached after a series B round announced a month earlier.
LingXin supplies components to robotics companies including Unitree, as investor interest in China’s humanoid robotics supply chain continues to grow.
The company has completed multiple funding rounds and counts major backers in 2025, such as Sequoia China and Ant Group.
🔗 Source: Pandaily
🧠 Food for thought
Implications, context, and why it matters.
LingXin’s valuation leans on a low-cost plan for an early-stage market
- LingXin’s pitch centers on lower-cost, low-degree-of-freedom hands (robotic hands with fewer independently controllable joints, which are typically cheaper to make) rather than premium research models 1.
- Cheaper dexterous hands could widen the addressable market and support mass commercial adoption, unlike expensive, high-complexity research hands 1.
- Market growth supports the bet. The global market for multi-fingered humanoid hands was US$92.7 million in 2024 and is projected to reach US$2.92 billion by 2033 2.
- Backers expect a cost-focused model to hold up as demand scales, which helps explain a multi-billion-dollar valuation target despite today’s small base 2.
Component specialists are reshaping the global robotics supply chain
- LingXin’s planned 2026 IPO fits a broader push by Chinese component makers toward mass production, with public showcases used as “super roadshows” (high-profile demonstrations used to attract investors) to pull in funding 3.
- Expansion is also moving offshore. Five Chinese firms, including a core supplier to Tesla, have put about 2.2 billion yuan (US$318 million) into humanoid component factories in Thailand for transmission, actuation (the mechanisms that convert energy into movement), and structural parts 4.
- The Thailand buildout supports a cost-competitive manufacturing hub for global customers and signals a sharper phase of supply chain competition 4.
- Real-world deployment still faces limits. A Nature review says Boston Dynamics’ Atlas (≈89 kg) can safely lift about 11 kg, and many platforms run for roughly 1–2 hours per charge, which can restrict use in areas like construction 5.
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