Acimicro Medical Secures Tens of Millions in Angel and Angel+ Funding to Advance Brain-Computer Interface Innovations

January 25, 2025,AciMicro Medical (hereinafter referred to as "AciMicro")Announce, completedTens of Millions of RMB in Angel and Angel+ Rounds of Financing。

This financing was led byGuangzhou Tongxin Fund, Pingyun Innovation Fund, Shenzhen Guarantee Venture Capital, Guangzhou Venture Capital Mother Fund, Origin Fund, Beijing-Tianjin-Hebei Technology Innovation Center, and Guangdong Synergistic Innovation HoldingsJointly invested by multiple investment institutions,The funds will be mainly used to promote AciMicro Medical's research, development, and innovation in the brain-computer interface field, particularly accelerating the R&D of brain-computer interface medical devices and key components.

In addition, the funds will be used for clinical trials, device registration, market promotion, and talent development, supporting the company's competitiveness in the global brain-computer interface field.

#AciMicro Medical

AciMicro Medical, established in October 2022, boasts a founding team with nearly 20 years of R&D experience in the fields of micro-medical devices and biochips. The core members include experts and technical personnel trained at top-tier universities both in China and abroad, such as Peking University, Hong Kong University of Science and Technology, and Illinois Institute of Technology. With a strong academic background and extensive R&D experience in micro-devices, biochips, and neuroscience, they have mastered key brain-computer interface technologies, including implantable neural electrodes and dedicated neural signal processing systems. AciMicro is committed to providing cutting-edge medical solutions for patients with neurological disorders and nerve injuries.

So far, the company has obtained more than ten authorized invention patents for core technologies and one Class II medical device registration certificate.

# Core Product Introduction

AciMicro's core products are divided into two major categories: medical products and research products, covering the application of brain-computer interface technology in various clinical scenarios.

μNeurode Series Implantable Microelectrodes

This is the first implantable microelectrode developed in China, comparable to the Utah Array from the United States, with significant advantages in flexibility, mechanical strength, customizability, and production efficiency.This product is used to achieve long-term, stable interaction with brain signals. As the core research-grade product of AciMicro Medical, it was developed in 2022.Successfully selected for the first batch of the Ministry of Science and Technology's National Key R&D Program disruptive technology innovation special support.

This product is widely suitable for acute and chronic in vivo electrophysiological research on small animals, medium to large animals, and non-human primates. It interconnects with standard connectors and is compatible with the majority of multi-channel electrophysiology instruments available in the market, meeting the diverse needs of different research users.，Large-scale animal trials across multiple species and preclinical studies have been conducted.

Digital Electroencephalograph

This product adopts an integrated design, combining EEG acquisition, monitoring, and data processing in one. It supports the synchronous recording of ultra-long-duration EEG waves and video information. Its high-precision, highly reliable amplifier can record and replay EEG signals in real time, and supports electrode impedance detection to ensure the lead quality between the electrodes and the cortex.Widely used in the diagnosis and monitoring of neurological diseases, such as epilepsy, Parkinson's disease, Alzheimer's disease, etc., it can also assist in rehabilitation treatment and evaluate changes in patients' EEG activity.

Portable EEG Device

This device has the ability to monitor in real time and analyze EEG signals, supports multi-channel EEG monitoring, features a high sampling rate, can capture and record EEG activity in real time, and is equipped with dedicated analysis software that supports various data display and analysis functions such as EEG, brain topography, and power spectral density maps., suitable for emergency treatment, clinical examination and other scenarios.