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Passeo 14

  • Up to 73 % faster deflation times1
  • Offering dedicated pedal sizes
  • Patchwork coating designed to facilitate crossing
  • High pushability and flexibility

Passeo 18

  • Highly pushable coaxial shaft design for access to distal lesions
  • Predictable balloon expansion (controlled compliance)
  • Low profile, wide size range: ø 2 - 7 mm and 20 - 200 mm balloon lengths
  • Patchwork coating designed to facilitate crossing

Passeo 35

  • Low profile, wide size range: ø 3-10 mm and up to 200 mm balloon length
  • Semi-crystalline polymer (SCP) designed for puncture resistance
  • Patchwork coating designed to facilitate crossing

 Passeo 35 HP

  • Up to 27 atm to dilate resistant lesions in complex anatomy
  • 96 % success rate dilating arterio-venous dialysis fistulae2
  • Coaxial catheter shaft designed for flexibility and rapid balloon deflation
  • Flexible and conformable to minimize vessel straightening

 

1 Measurements taken by IIB (Institut für Implant-Technologie und Biomaterialien) (Passeo-14 balloon 3 mm x 140 mm) and competitor devices (3 mm x 120 mm balloons), all with 150 cm usable catheter lengths. Data on file at BIOTRONIK. Bench test results not necessarily indicative of clinical performance.

2 Successful dilatation defined as full balloon dilation during treatment - BIOTRONIK data on file

Passeo 14

High pushability and flexibility1

  • Pushability is made possible by the novel catheter shaft design, which features a unique stiffening wire in the proximal shaft of the catheter. This is combined with a low profile distal shaft designed for flexibility in small, tortuous vessels.

Patchwork coating designed to facilitate crossing 

  • The tri-fold balloon is hydrophilically coated in a folded state, exposing uncoated balloon sections when inflated. This is intended to facilitate crossing while minimizing slippage during inflation. 

Rapid deflation time 

  • A large balloon inflation/ deflation lumen is possible because of its coaxial catheter shaft design. The large lumen enables contrast media solution to flow more quickly to and from the balloon. 

Passeo 18

A versatile PTA Balloon to treat a broad range of vascular disease

  • Highly pushable coaxial shaft design
    • The available low profile 3.8F coaxial catheter shaft design facilitates access to distal lesions and allows reduction of access site complications1 through the ability to use a 4F access sheath. 
  • Controlled compliance 
    • The innovative balloon design and semi-crystalline polymer (SCP) material enable a predictable balloon compliance rate. This controlled compliance is designed to minimize the risk of dissection due to balloon over-dilatation. 
  • Patchwork coating 
    • The penta-fold balloon is coated in a folded state, exposing uncoated balloon sections when inflated. This is intended to facilitate crossing while minimizing slippage during inflation. 

 


Passeo 35

Low profile, wide size range: ø 3-10 mm and up to 200 mm balloon length 

  • A comprehensive choice of 5F and 6F configurations. 

Shaft design 

  • While in the vessel, the 5F shaft allows flush capability and angiographic quality when inserted through a 6F sheath. 

A unique PTA Balloon to dilate lesions in complex anatomy

  • Semi-crystalline polymer (SCP) designed for puncture resistance 
    • A robustly engineered balloon that provides effective dilation. 
  • Patchwork coating designed to facilitate crossing
    • The penta-fold balloon is coated in a folded state, exposing uncoated balloon sections when inflated. This is intended to facilitate crossing while minimizing slippage during inflation.

Passeo 35 HP

Secure high-pressure fitting 

  • One-piece molded hub strong enough to withstand up to 45 atm. (Warning: never inflate balloon above recommended RBP) 

Coaxial catheter shaft design 

  • The coaxial catheter shaft is designed to offer advanced flexibility at high strength while supporting rapid balloon deflation.
  • The coaxial design allows for a large lumen to enable contrast media solution to flow more quickly to and from the balloon. 

Minimizing vessel straightening 

  • Proprietary balloon technology designed for conformability and flexibility delivering a vessel-friendly solution with impressively high RBP of up to 27 atm, dilating resistant lesions in complex anatomy. 

Precise positioning 

  • Two radiopaque markers at balloon shoulders enable precise balloon positioning. 

Easy re-insertion  

  • Balloon re-wrap tool, pre-loaded on shaft, facilitating re-insertion through sheath during the procedure. 

 

 

1 BIOTRONIK data on file (IIB report 65/2012)

How to order

To place an order or learn more about any of the Maquet products, related accessories, or therapeutic solutions, please contact your local sales representative.