Tomind Medical presents an innovative range of Steerable Catheters, engineered to deliver precise control, maneuverability, and navigation in complex medical procedures requiring access to challenging anatomical sites. Our steerable catheters incorporate advanced technologies and design features to empower healthcare professionals with enhanced capabilities and confidence in their clinical interventions.

Advantages:

• Dynamic Steering Capability: Steerable catheters feature advanced steering mechanisms that enable multidirectional navigation and precise control, allowing for access to intricate anatomical structures and target sites with unparalleled accuracy.

• Adaptive Flexibility: Our steerable catheters offer adaptive flexibility, allowing for real-time adjustments to the catheter's curvature and shape to accommodate changes in vessel anatomy and procedural requirements during navigation.

• Improved Reach and Access: With enhanced maneuverability and reach, our steerable catheters provide access to challenging anatomical sites, including tortuous vessels, bifurcations, and remote lesions, for diagnostic and therapeutic interventions.

  
  

Features:

• Articulating Tips: Our steerable catheters feature articulating tips that can be deflected and controlled remotely, enabling precise navigation and positioning within the vasculature without the need for manual manipulation.

• Intuitive Control Interface: Equipped with intuitive control interfaces, our steerable catheters offer healthcare professionals seamless control and manipulation of catheter movements, enhancing procedural efficiency and precision.

• Compatibility with Imaging Modalities: Our steerable catheters are compatible with various imaging modalities, including fluoroscopy, intravascular ultrasound (IVUS), and optical coherence tomography (OCT), providing real-time visualization and guidance during procedures.

Applications:

• Cardiac Interventions: Steerable catheters are widely used in cardiac interventions, such as coronary angiography, percutaneous coronary intervention (PCI), and electrophysiology studies, for precise navigation and treatment of complex coronary lesions.

• Neurovascular Procedures: In neurointerventional procedures, including cerebral angiography, embolization, and thrombectomy, steerable catheters offer exceptional control and maneuverability for accessing and treating intracranial vessels and lesions.

• Peripheral Interventions: From peripheral artery disease (PAD) to venous insufficiency, steerable catheters play a crucial role in peripheral vascular interventions, facilitating access to challenging arterial and venous anatomy for diagnosis and treatment.