MYNX CONTROL Vascular Closure Device system shot showing deployment handle, device body, and locator balloon on sterile field with component labels

MYNX CONTROL Vascular Closure Device

$749.00
Sale price  $749.00 Regular price 
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MYNX CONTROL Vascular Closure Device system shot showing deployment handle, device body, and locator balloon on sterile field with component labels

MYNX CONTROL Vascular Closure Device

$749.00
Sale price  $749.00 Regular price 

MYNX CONTROL Vascular Closure Device

The MYNX CONTROL Vascular Closure Device is part of Cordis’s market-leading MYNX closure platform — bringing dual-mode active sealing technology to femoral access site closure across 5Fr, 6Fr, and 7Fr arteriotomy sizes.

Mechanism of Action

The MYNX CONTROL’s defining innovation is its polyethylene glycol (PEG) sealant — a synthetic, biocompatible hydrogel that expands upon contact with blood at the arteriotomy, providing immediate external plug formation at the puncture site without any intravascular component.

The dual-mode active sealing mechanism allows the operator to select between direct gel advancement and a confirmatory re-seal mode, giving the interventionalist tactile and visual feedback of successful closure before withdrawing the device. The PEG sealant is designed to fully resorb within 30 days through hydrolytic degradation, leaving no permanent material at the arterial access site.

Product Gallery

MYNX CONTROL system shot with deployment handle, device body, and locator balloon labeled on sterile field

Nurse practitioner completing femoral closure with MYNX CONTROL after cardiac ablation in EP lab

Macro close-up of PEG hydrogel sealant expanding from MYNX CONTROL device tip at contact

Device Specs

Field Specification
Closure Mechanism Fully extravascular PEG hydrogel plug; no intravascular component
Sealant Material Polyethylene glycol (PEG) — synthetic biocompatible hydrogel
Active Sealing Modes Dual-mode: direct gel advancement + confirmatory re-seal mode with tactile and visual feedback
Compatible Sheath Sizes 5Fr, 6Fr, 7Fr
Resorption Timeline Complete resorption within 30 days via hydrolytic degradation
Intravascular Component None — fully extravascular deployment

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