Artificial retina implants

Surgically implantable electronic devices that bypass damaged inner ear structures to directly stimulate the auditory nerve for profound hearing restoration.

Medical implants designed to restore joint function in cases where joint mobility is reduced or completely lost. These devices are manufactured using advanced technology and biocompatible materials tailored to the patient's anatomy.

Orthopedic implants designed for joint reconstruction and fixation procedures. These devices support musculoskeletal repair across trauma, degenerative, and reconstructive applications. Manufactured with precision engineering and biocompatible materials to ensure clinical performance and patient outcomes.

Implantable artificial organs and materials classified as Class III medical devices for reconstructive and orthopedic surgery. These biocompatible implants are designed to replace or repair damaged bone and tissue structures, supporting functional restoration in orthopedic and reconstructive applications.

Body implants

Custom molded silicone encapsulation and connector components for retinal prosthetic devices. Manufactured to biocompatible standards for intraocular implantation.

Complete implantable systems for neuromodulation and neural recording developed for chronic therapeutic and diagnostic applications. Engineered with clinical validation for safe long-term use.

Biocompatible scaffolds for epiretinal implant support in retinal disease treatment. These structures provide substrate for retinal tissue integration.

All-in-one integrated package combining AI-enabled retinal imaging software with a portable fundus camera for ready-to-use clinical deployment. The solution enables rapid retinal image capture and analysis for early detection of eye and chronic diseases.

Microelectrode array system designed for implantation to record neural activity and deliver electrical stimulation. Supports bidirectional brain-computer communication.

Stereotactic navigation system for precision retinal and ophthalmic surgical guidance. Integrates advanced imaging and real-time tracking to enhance accuracy in minimally invasive eye procedures. Designed for surgical planning and intraoperative navigation in complex retinal pathology cases.

Complete active implantable medical device systems combining electrodes, electronics, and control mechanisms for neurotechnological applications. Designed for long-term implantation and clinical performance.