Devices with 5 F Sheath Compatibility or smaller

Access through the Radial, Brachial, Femoral or Pedal artery: Our Micro-Invasive Technology is focused on reducing Puncture Site Diameter (PSD) and Puncture Site Surface Area (PSSA) by minimizing the device entry and crossing profiles to 5 F or less while maintaining device functionality. By reducing profile and maintaining functionality, Vascular Access Site Complications (VASC) can be significantly reduced with the added potential to eliminate the need and cost associated with Vascular Closure Devices (VCD).

Designed to

> Reduce Puncture Site Diameter (PSD)
> Reduce Puncture Site Surface Area (PSSA)
> Reduce Utilization of Vascular Closure Devices (VCD’s)
> Minimize Device Profile
> Maintain Device Functionality
> Reduce Procedure Time
> Improve Port Site Thrombogenicity
> Improve Patient Morbidity

QBX 18
Balloon Expandable Stent System

QBX 18
Balloon Expandable Stent System

Cobalt Chromium Alloy

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PVQ 14
0.014” PTA Balloon Catheter

PVQ 14
0.014” PTA Balloon Catheter

Semi-Compliant – Hydrophilic Coated OTW

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PVQ 18
0.018” PTA Balloon Catheter

PVQ 18
0.018” PTA Balloon Catheter

Semi-Compliant – Hydrophilic Coated OTW

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PVQ 18 DF
0.018” PTA Balloon Cather (Dialysis Fistulae)

PVQ 18 DF
0.018” PTA Balloon Cather (Dialysis Fistulae)

High Pressure

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GWQ 18
0.018” Guidewire

GWQ 18
0.018” Guidewire

Transitionless guidewire

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GSQ/SCQ
Guiding Sheath / Support Catheter

GSQ/SCQ
Guiding Sheath / Support Catheter

A low profile solution for
providing optimal access

Not Yet Available for Sale

Microinvasive Technologies Product Catalogue

Microinvasive Technologies (MIT) Product Catalogue

Complete MIT Product Catalogue

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