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ClotTriever® Thrombectomy System


Designed for every clot.
Backed by data.

Designed for every clot
ClotTriever
ClotTriever
is effective on clots of all ages ▸

% of limbs with complete or near-complete (≥ 75%) thrombus removal 
(as assessed by Marder Score)1

Better outcomes
drive efficiency.

Restore normal vein and valve function.

99.4%
Single-session treatment

 

n = 499

  

DownArrow
The lowest 2-year PTS rates ever reported in a major DVT study.2

94%
None or mild PTS symptoms at 2 years2

VenaCore® Thrombectomy Catheter


10x
Luminal area increase

VenaCore is designed to improve patency and increase luminal area by effectively disrupting and removing challenging venous occlusions.3

Innovation for an unmet medical need

The persistence of venous thrombotic obstruction detected several months after a DVT can lead to long-term complications. Patients with residual venous obstruction (RVO) have a 2x increased risk of developing post-thrombotic syndrome.4

VenaCore

  

RevCore® Thrombectomy Catheter


95% Stent patency post procedure
RevCore
Complete control

Accurate and immediate torque response in targeted segment.

RevCore profile
Right size, every time

Expandable element diameter up to 20 mm.

  

The first mechanical thrombectomy device for venous stent thrombosis Uniquely designed for venous stents

The nitinol element in the RevCore thrombectomy catheter provides seamless interaction with implanted venous stents for the treatment of in-stent thrombosis.

RevCore anatomy

Triever Catheters


Versatile toolkit
Triever16 Catheter, Triever16 Curve Catheter and Triever20 Catheter
Triever aspiration catheters
Triever-aspiration-catheters
Bloodless thrombectomy
FlowSaver

40mL
Estimated blood loss

Focus on clot removal and patient outcomes without the concern of blood loss with FlowSaver®.

Efficiency meets power Aspiration Flow Rate (cc/second)*
Bar chart showing Aspiration Flow Rates (cc/sec): 12F (16), 16F (37), Triever16 (68), and Triever20 (112, highlighted as 3x greater).

Governed by Poiseuille’s Law: Flow rate = π * r4 * ΔP / ( 8 * L); 8' tubing used under pump-based continuous aspiration. 1. Experimental data on file 03/08/2022. Continuous aspiration system included catheter and 8’ tubing under continuous pump-based aspiration.

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