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UKnow®Aneurysm + UMate™ Series

AI Surgical Solutions

AI Planning

AI Surgical Planning

Compatible with multimodal CTA, DSA and MRA datasets for AI-powered 3D reconstruction and automatic measurement
Visualization and simulation of device deployment and microcatheter pathways for multiple neurointerventional procedures

Microcatheter

Intrasaccular

瘤内导管

Microcatheter Shaping Stylet

Intravascular

血管内导管

Microcatheter Shaping Stylet

Customized microcatheter shaping and placement plans are generated based on patient-specific simulations of intracranial vasculature morphology and pathological lesions
The solution automatically simulates the optimal microcatheter tip morphology and quantitatively calculates the 3D geometry of the shaping stylet based on the rebound coefficients of various microcatheter brands

AI Shaping

AI Catheter Shaping

Receives customized microcatheter shaping instructions issued by UKnow® Aneurysm and executes such plans through computer numerical control micromanipulators
Optimizing the procedural precision and efficiency of microcatheter shaping and placement in neurointerventions
Improving first-trial success in microcatheter placement, shortening delivery time, reducing complication risks and enhancing overall clinical outcomes

AI Catheter Shaping Robot

UMate™ Shape

UMate™ Mandrel

Evidence

Clinical Validation

Multi-center Prospective Randomized controlled

+45%

Microcatheter first-pass success rate: from 66% to 96%

+88%

First-pass success rate for surgeons with under five years of independent practice: from 50% to 94%

−77%

Microcatheter delivery time reduced from 184s to 43s

Clinical Guideline

Class I Recommendation, Level B Evidence

Recommended microcatheter shaping has been validated and applied in clinical practice

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