Passive Implantable Devices

Surgical implants designed for long-term placement within the body to restore function or treat medical conditions. These devices comply with biocompatibility standards for safe internal use.

Custom-developed active implantable medical devices for cardiac applications including pacemakers and related systems. Manufactured according to European Medical Device Regulation and ISO 13485:2016 standards.

Biodegradable implantable devices for localized drug delivery and tissue engineering. These systems are designed for wound care, tissue repair, and controlled therapeutic release.

Specialized textile-based materials for surgical implantation in visceral and spinal applications. Engineered to provide biocompatibility and mechanical performance for long-term surgical support.

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

Advanced ceramic components for implantable medical devices such as joint prostheses and dental restorations. These materials offer exceptional biocompatibility, chemical stability, and long-term reliability for critical clinical applications.

Micro-component manufacturing for active implantable devices such as pacemakers and neurostimulators. Provides custom parts fabrication with high precision tolerances and biocompatible surface treatments.

Biocompatible adhesive solutions engineered for securing components in implantable medical devices. These formulations meet stringent biocompatibility requirements and provide long-term stability in physiological environments.

Biocompatible plastic housings for subcutaneous and implantable medical devices. Engineered for long-term biocompatibility and durability. Protects internal electronics and sensing elements.

Silicone-based implantable medical devices developed in compliance with biocompatibility and regulatory standards. The company supports full development cycles from design to industrial-scale production.

Biocompatible textile patches designed for surgical repair and reinforcement of tissue defects. These patches provide temporary or permanent structural support with engineered porosity to facilitate tissue integration.

Titanium and stainless steel hardware components for implantable medical devices. These components are manufactured to biocompatibility standards and precision specifications required for long-term implantation.