Source: Numed Website

TYSHAK II ® Percutaneous Transluminal Valvuloplasty catheter

Catheter Characteristics

The TYSHAK II® catheter is a coaxially constructed catheter with a distally mounted non-compliant balloon. The catheter exhibits an extremely low profile that allows the interventionalist to use the small introducer possible. Due to the coaxial construction, the catheter inflates and deflates extremely fast. The TYSHAK II®catheter provides smaller introducers and, in some cases, slightly lower burst pressures than the TYSHAK®.

Super Thin Balloon

The TYSHAK II® PTV balloon is super thin for a low deflated profile that maintains tip flexibility. The exceptionally low-profile balloon requires the smallest introducer possible. Nominal dimensions are maintained over the entire length of the balloon.

Maximum Trackability

The distal shaft through the balloon is highly flexible for exceptional maneuverability. This combined with the pushability of the coaxial shaft provides outstanding tracking performance.

Radiopaque marker

Platinum marker bands facilitate reliable positioning of the balloon.

More information here.

Source: Numed Website

TYSHAK Mini® Pediatric Valvuloplasty catheter

Catheter Characteristics

The TYSHAK Mini® Pediatric Valvuloplasty catheter has been designed and engineered with a super thin balloon of 2.0 or 4.0 cm in usable length along with a 2.5/3.5 Fr shaft and mini distal tip, making the TYSHAK Mini® the lowest profile of any available balloon in its diameter.

Super Thin Balloon

The TYSHAK Mini® Pediatric Valvuloplasty balloon is super thin for a low deflated profile that maintains tip flexibility. The exceptionally low profile balloon requires the smallest introducer possible.

Double Tapered Balloon

The TYSHAK Mini® Pediatric Valvuloplasty catheter has short tapers at the distal and proximal ends for enhanced transition across the stenosis and post dilatation ease of withdrawal into the introducer.

Radiopaque marker

Platinum marker bands facilitate reliable positioning of the balloon.

More information here.

Source: Numed Website

NuCLEUS™ Percutaneous Transluminal Valvuloplasty catheter

Catheter Characteristics

The NuMED NuCLEUS™ PTV catheter is engineered for maximum steering and tracking. The coaxial shaft design provides enhanced column strength and pushability combined with a flexible distal tip for optimum steerability. The innovative single balloon design facilitates positive positioning while holding the balloon in the correct location prior to and during inflation.

Radiopaque Marker

Platinum marker bands facilitate reliable positioning of the balloon and are located at the 'waist' center and beneath the shoulders of the balloon for clear identification under fluoroscopy.

Maximum Trackability

The distal shaft through the balloon is highly flexible for exceptional maneuverability. This, combined with the pushability of the coaxial shaft, provides outstanding tracking performance.

Micro-Thin Non-Compliant Balloon

The NuMED NuCLEUS™ PTV patented design allows for accurate balloon placement. Initial inflation will hold balloon in the desired position, further inflation expands the center of the balloon to effect satisfactory dilatation. The NuMED NuCLEUS™ PTV balloon is micro-thin for a low deflated profile that maintains tip flexibility. The exceptionally low-profile balloon requires the smallest introducer possible. Nominal dimensions are maintained over the entire length of the non-compliant balloon.

More information here.

Source: Numed Website

Z-MED™ Percutaneous Transluminal Valvuloplasty catheter

Catheter Characteristics

The Z-MED™ high pressure dilatation catheter is a coaxially constructed catheter with a distally mounted non-compliant high pressure balloon. The catheter exhibits a comparable profile to other marketed catheters by also combines this profile with a high pressure balloon suitable for resistant stenosis. The Z-MED™ balloon catheter is available in over 50 configurations ranging in diameter from 2.0 to 40.0 mm.

Radiopaque Marker

Platinum marker bands facilitate reliable positioning of the balloon.

Balloon

The Z-MED™ PTV balloon has a low deflated profile that maintains tip flexibility. The exceptionally low profile balloon requires the smallest introducer possible. Nominal dimensions are maintained over the entire length of the balloon.

Maximum Trackability

The distal shaft through the balloon is highly flexible for exceptional maneuverability. This, combined with the pushability of the coaxial shaft, provides outstanding tracking performance.

More information here.