HUB™ Navigation-assisted reperfusion system

Catheter-based system for neurological intervention procedures requiring precise vascular navigation.

Interventional system for acute ischemic stroke management. Enables mechanical thrombectomy and cerebral revascularization in patients unsuitable for thrombolytic therapy.

Intraoperative navigation platform for neurosurgery providing real-time spatial guidance and anatomical localization during intracranial procedures.

Brain Navigation is an intraoperative guidance system that provides real-time stereotactic navigation for neurosurgical procedures. The device integrates imaging data with surgical tracking to enhance precision during brain tumor resection, functional neurosurgery, and deep brain stimulation placement.

Specialized catheter system for neurovascular intervention procedures including stroke treatment and intracranial lesion management. Engineered for precise navigation in cerebral vasculature.

Neurovascular Access devices enable minimally invasive interventional procedures for treating neurovascular conditions. These systems provide real-time guidance and support for neuro-interventional applications including stroke management and vascular malformations. Advanced tablet interface with clinical workflow optimization assists practitioners during complex neurovascular procedures.

An intraoperative navigation system that supports vascular surgeons during complex procedures by providing constant overview of extremities in 2D panoramic images. It integrates with mobile C-arm technology for enhanced surgical guidance.

Neuronavigation system providing optical positioning guidance for precise neurosurgical interventions and tumor resection procedures.

BraiN20 is a real-time brain monitoring system designed for stroke patients that provides continuous monitoring throughout the patient's care journey. It functions as an ECG equivalent for the brain, enabling specialists to visualize brain activity in real-time, reduce time to treatment, and detect complications early during and after endovascular thrombectomy (EVT) procedures.

Endovascular intervention device designed for acute ischemic stroke treatment in patients unsuitable for or unresponsive to thrombolytic therapy. The system enables mechanical clot removal to restore cerebral blood flow and improve patient outcomes.

Interventional robot system designed to assist physicians in minimally invasive procedures with enhanced precision and control. Integrates with C-arm imaging for real-time guidance during vascular and cardiac interventions. Reduces radiation exposure and procedure time while improving accuracy in catheter-based treatments.

Hardware device system that provides real-time guidance during critical surgical procedures. Works in conjunction with imaging and software to improve surgical precision and patient outcomes.