Westlake Neuralicorn (Neuralicorn), a high-performance brain-computer interface company incubated by Westlake University, has recently completed a new round of strategic financing. The investor is Danyang Huichuang Medical Equipment Co., Ltd., a leading domestic player in the optical brain-computer interface sector.

As a national-level specialized and sophisticated "little giant" enterprise, Huichuang Medical's strategic move is widely regarded as a significant industrial deployment aimed at further extending into the integrated R&D of brain-computer interfaces and neuromorphic chips, leveraging its strengths in optical brain-computer interfaces and multimodal fusion technology. Going forward, the two parties will jointly advance the integrated R&D of brain-computer interfaces and neuromorphic chips.

Huichuang Medical's core strength lies in the clinical implementation of optical brain-computer interfaces and multimodal fusion technology. Its related achievements have supported leading medical institutions such as Beijing Tiantan Hospital and Wuhan Tongji Hospital in advancing the establishment of brain-computer interface outpatient clinics and wards, providing actionable technical support for the assessment and intervention of major conditions including stroke, disorders of consciousness, and cognitive disorders. To date, its equipment has been adopted by more than 1,000 Grade-A tertiary hospitals and research institutions across China.

Westlake Neuralicorn, drawing on the accumulated expertise of Westlake University's Advanced Neural Chip Center and Natural Language Processing Laboratory, is positioned at the cutting edge of invasive high-throughput chips and language decoding. In June this year, the company secured tens of millions of yuan in Angel+ round financing, with participation from leading funds including Heyu Capital, Yida Capital, Qizhen Fund, and Nanjing Innovation Investment Group.

This strategic investment by Huichuang Medical is expected to foster closer industrial synergy among optical brain-computer interfaces, high-throughput chips, and language decoding technology.