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Express News | Li Yuanheng: The scheduled completion date for the lithium battery industrialization project has been postponed to August 2026.
Li Yuanheng (688499.SH): Capable of providing machining manufacturing for certain components used in core parts of robots.
GLONDSH, May 27 — Liyuanheng (SHA: 688499) stated on an investor interaction platform that the company does not directly manufacture robotic dexterous hands and therefore currently has no related orders. However, it can provide machining services for certain components of core robotic parts.
Express News | The wave of physical AI is accelerating its real-world implementation. The robotics index declined today, while capital continued to flow into the E Fund Robotics ETF (159530).
Li Yuanheng (688499.SH): Is currently delivering horizontal isostatic pressing machines to leading clients in the industry.
Gelonghui, May 25 — Lyric Robot (688499.SH) stated on an investor interaction platform that the warm isostatic press jointly developed with a high-quality enterprise experienced in pressure vessel manufacturing has completed core technology validation and full-system performance testing. All specifications have met design expectations, and the equipment is ready for customer delivery. The machine was publicly unveiled at the CIBF 2026 exhibition. Currently, the company is executing deliveries of horizontal isostatic presses to leading industry clients and simultaneously advancing R&D on the next-generation iterative equipment capable of continuous production.
Live Coverage of Earnings Briefing by a Sci-Tech Innovation Board Smart Manufacturing Company: Accelerated Global Expansion and Progress in Embodied Intelligence Attract Investor Interest
① Earnings briefings of 17 STAR Market intelligent manufacturing companies: Accelerated global expansion, with overseas orders becoming a key growth driver; ② STAR Market intelligent manufacturing firms are intensively entering emerging sectors such as embodied intelligence and solid-state batteries, continuously increasing R&D investment.
The industrialization of solid-state batteries continues to advance, and iterative innovations in new materials technologies are expected to unlock additional growth potential.
According to the Institute of Metal Research, Chinese Academy of Sciences, polymer electrolytes are ideal materials for achieving high-specific-energy solid-state lithium batteries. To address the longstanding bottleneck in their fabrication—namely, the difficulty of simultaneously achieving compatibility and electrochemical stability—a research team from the Advanced Carbon and Two-Dimensional Materials Division at the Shenyang National Laboratory for Materials Science, Institute of Metal Research, Chinese Academy of Sciences, has proposed a general fabrication strategy based on compatible solvent-assisted plasticization.