Cardiac Shunts

Surgical shunt devices for cardiac applications designed to address complex cardiac conditions. Engineered with precision for optimal clinical outcomes.

Surgical shunt devices used in cardiac procedures. These devices are designed to divert blood flow during cardiac surgery and coronary artery bypass procedures.

Advanced shunt systems for neurosurgical interventions, engineered for precise cerebrospinal fluid diversion and management. Defit shunts are manufactured under rigorous ISO 13485 certification and CE marking requirements.

Innovative shunt systems for neurosurgical applications designed to manage cerebrospinal fluid diversion with precision. Depus shunts are developed through advanced R&D initiatives and manufactured to the highest quality standards.

Specialized neurosurgical shunt systems designed for cerebrospinal fluid management. Decurve shunts are precision-engineered medical devices produced in state-of-the-art clean room facilities and meet international quality standards.

Medical-grade silicone shunt kits designed for cerebrospinal fluid (CSF) diversion in the treatment of hydrocephalus in both pediatric and adult patients. Available in standard and semi-antibiotic versions with multiple pressure settings (Low, Medium, High). Each kit can be configured as either a valve shunt or complete shunt kit to meet diverse clinical requirements in neurosurgery.

Biocompatible silicone shunts for neurosurgical applications including hydrocephalus treatment. ISO and FDA certified for implantable use. Minimizes foreign body reaction with medical-grade material.

Devices designed for transcatheter correction of structural cardiac abnormalities such as septal defects and valve regurgitation. Delivered via minimally invasive endovascular techniques.

Implantable shunt system for diversion of cerebrospinal fluid in hydrocephalus and related neurological conditions. Regulates intracranial pressure through controlled fluid drainage.

Specialized shunt system engineered specifically for pediatric hydrocephalus treatment with appropriate sizing and pressure parameters. Available in multiple configurations for diverse clinical requirements.

A device for controlling blood pressure and blood flow during cardiac surgery. It is applied in cardiovascular surgery procedures to maintain hemodynamic stability.

Interventional implant for treating structural cardiac defects such as atrial septal defects or patent foramen ovale. Provides percutaneous closure without open surgery.