Implantable Neural Interface Array

Multi-channel neural electrode interface supporting 8 to 32+ synchronized recording channels with micro-volt sensitivity. Engineered for high signal-to-noise performance in non-shielded clinical and field environments.

A 32-channel electrode array for cochlear implants that delivers diverse combinations of neural stimulation patterns to the auditory nerve. Manufactured using precision semiconductor fabrication processes for improved accuracy compared to manual assembly methods.

An ultra-thin and highly flexible electrode array that provides high resolution recording signals on the cortical surface and enables efficient neuro-stimulation. The product is designed for implantation and does not cause physical side effects when placed inside the skull.

Penetrating electrode array for brain recording and stimulation applications. Designed with adjustable channel configurations ranging from 4 to 1024 channels. Suitable for animal experiments and clinical research in neurological applications.

Wired brain wave recording & electrical stimulation - Currently under clinical trial (South Korea) - Under preparation for 510(k) Notification (USA) - Customizable array size - Customizable number of channels (up to 1024) - Customizable FPCB (length & shape) - Compatible with general ampifiers & stimulators

Multi-channel electrode array system providing comprehensive spatial coverage for advanced EEG signal acquisition. Enables detailed source localization and topographic brain mapping in research and clinical studies.

High-precision electromyography sensor array technology that detects and interprets muscle electrical signals for prosthetic control and neuromotor assessment applications.

A globally first invasive brain-computer interface system designed to restore hand motor function in patients with paralysis or motor impairment. The implantable electrode array enables direct neural signal interpretation for motor control restoration.

An implantable grid-based electrode array for neural recording and stimulation. The electrode features flexible construction that conforms to cortical surfaces and can be positioned subdurally for clinical applications. It supports multiple recording and stimulation channels for neuromodulation therapies.

Integrated brain-computer interface platform with native EEG acquisition and real-time signal decoding. Combines electrode array, high-performance processing, and firmware for neuroscience research and clinical applications.

An active implantable brain-computer interface system with 32 recording channels, 32 stimulation channels, and wireless data transmission. The system features current-controlled, biphasic stimulation pulses, adjustable amplifier gains (100-750), and bi-directional radio frequency communication in the 2400-2483.5 MHz band with closed-loop latency of ≤40 ms. It supports sampling rates of 1 kHz with 16-bit resolution and is designed for clinical neuromodulation and brain-computer interface applications.

Passive and active array antenna modules customized for implantable medical devices. Provides integrated design and measurement services optimized for biocompatibility and in-vivo performance.