Depus Shunts

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

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

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

Surgical devices designed to redirect blood flow in cardiac conditions. These shunts enable hemodynamic correction in congenital and acquired heart defects.

Intracoronary shunts are temporary mechanical devices used during percutaneous coronary intervention to maintain distal blood flow and reduce ischemia in the target vessel. These disposable devices facilitate safer intervention in complex coronary lesions by protecting downstream myocardium during angioplasty and stent placement procedures.

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

Components for cerebrospinal fluid diversion in hydrocephalus management. Manufactured with precision dimensions and biocompatible materials suitable for long-term implantation.

A drainage system designed for neurosurgical applications. This product is used for managing cerebrospinal fluid drainage in neurosurgical procedures and post-operative care.

Ventricular-peritoneal hydrocephalus shunt system with patented slit and spring mechanism for cerebrospinal fluid management. Complete implant set for neurosurgical drainage applications.

A neurosurgical drainage system designed for external ventricular drainage applications in cranial and spinal procedures. The product is used to manage cerebrospinal fluid in neurosurgical patients.

Ventricular-peritoneal hydrocephalus shunt system featuring patented slit and spring valve mechanism. Complete set in regular size for CSF pressure regulation and management of hydrocephalus.

Bacterial-resistant ventricular-atrial hydrocephalus shunt system featuring antimicrobial properties. Complete set for safe CSF diversion with reduced infection potential.