VascuVac Ai is an innovative, AI-assisted vacuum thrombectomy solution designed to rapidly and efficiently remove both arterial and venous thrombi, offering improved patient outcomes and streamlined procedural workflows. By integrating advanced vacuum aspiration with real-time AI analytics, VascuVac facilitates targeted clot extraction while minimizing collateral vessel damage—enhancing safety, speeding time-to-reperfusion, and supporting reduced re-interventions.

Key Features & Technology

AI-Assisted Clot Detection & Guidance

Real-Time Analytics: Built-in AI algorithms evaluate pressure, flow rates, or imaging data to optimize clot capture, automatically adjusting suction parameters.
Adaptive Suction Control: Minimizes vessel trauma by modulating vacuum force, ensuring precise clot engagement rather than generalized suction.

High-Efficiency Vacuum Thrombectomy

Powerful Aspiration: Generates a consistent negative pressure to draw thrombus directly into the catheter’s lumen.
Low Profile & Flexible Catheter: Navigates tortuous anatomies, crossing tight stenoses or occlusions with minimal risk of vessel injury.

Smart Catheter Sensor System

Real-Time Feedback: Pressure or flow sensors within the catheter tip provide immediate feedback to the AI module, refining suction and retrieval approach.
Reduced Fragmentation: By maintaining a stable vacuum seal around the clot, the system cuts down risk of distal embolization or clot fragmentation.

Multi-Indication Versatility

Arterial & Venous Thrombectomy: Suitable for limb-threatening ischemia, deep vein thrombosis, pulmonary embolism (depending on local guidelines), or other obstructive events.
Adjunct to Lytic Therapies: Optionally integrates with catheters that deliver lytic agents, assisting pharmaco-mechanical thrombectomy.

Real-Time Analytics: Built-in AI algorithms evaluate pressure, flow rates, or imaging data to optimize clot capture, automatically adjusting suction parameters.
Adaptive Suction Control: Minimizes vessel trauma by modulating vacuum force, ensuring precise clot engagement rather than generalized suction.

Powerful Aspiration: Generates a consistent negative pressure to draw thrombus directly into the catheter’s lumen.
Low Profile & Flexible Catheter: Navigates tortuous anatomies, crossing tight stenoses or occlusions with minimal risk of vessel injury.

Real-Time Feedback: Pressure or flow sensors within the catheter tip provide immediate feedback to the AI module, refining suction and retrieval approach.
Reduced Fragmentation: By maintaining a stable vacuum seal around the clot, the system cuts down risk of distal embolization or clot fragmentation.

Arterial & Venous Thrombectomy: Suitable for limb-threatening ischemia, deep vein thrombosis, pulmonary embolism (depending on local guidelines), or other obstructive events.
Adjunct to Lytic Therapies: Optionally integrates with catheters that deliver lytic agents, assisting pharmaco-mechanical thrombectomy.

Clinical Advantages & Applications

Prompt Restoration of Blood Flow

Rapid Debulking: The robust vacuum quickly extracts large clot burdens, restoring perfusion and reducing ischemic damage.
Shorter Procedure Times: AI-driven automation helps reduce repeated passes or catheter exchanges, streamlining the overall thrombectomy workflow.

Less Vessel Trauma & Distal Embolization

Targeted Suction: Real-time sensor feedback prevents excessive negative pressure or abrupt aspiration.
Fragmentation Prevention: Maintains stable clot capture, preventing micro-emboli that can migrate distally and cause secondary occlusions.

Improved Patient Outcomes

Reduced Procedure Costs: Efficient clot retrieval often decreases total device usage, sedation time, or hospital resources.
Enhanced Safety: Automated suction control curtails vessel wall contact or over-torquing, mitigating potential complications.

Flexible Implementation

Multiple Catheter Sizes: Range of diameters and lengths to match arterial vs. venous anatomies or specific lesion complexities.
Compatibility: Integrates with standard imaging or endovascular approaches, requiring no specialized large-bore introducers unless indicated.

Rapid Debulking: The robust vacuum quickly extracts large clot burdens, restoring perfusion and reducing ischemic damage.
Shorter Procedure Times: AI-driven automation helps reduce repeated passes or catheter exchanges, streamlining the overall thrombectomy workflow.

Targeted Suction: Real-time sensor feedback prevents excessive negative pressure or abrupt aspiration.
Fragmentation Prevention: Maintains stable clot capture, preventing micro-emboli that can migrate distally and cause secondary occlusions.

Reduced Procedure Costs: Efficient clot retrieval often decreases total device usage, sedation time, or hospital resources.
Enhanced Safety: Automated suction control curtails vessel wall contact or over-torquing, mitigating potential complications.

Multiple Catheter Sizes: Range of diameters and lengths to match arterial vs. venous anatomies or specific lesion complexities.
Compatibility: Integrates with standard imaging or endovascular approaches, requiring no specialized large-bore introducers unless indicated.