Balloon kyphoplasty kits

Kyphon™ KyphoFlex™ unipedicular balloon kit

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Balloon kyphoplasty kits

Kyphon™ KyphoFlex™ unipedicular balloon kit

The Kyphon™ KyphoFlex™ kit features steerable osteotome and balloon technology for targeted cavity creation during vertebral augmentation procedures.

Description

Master the curve. Conquer the fracture.

The Kyphon™ KyphoFlex™ unipedicular balloon kit is designed to help physicians achieve controlled, precise cavity creation during unipedicular vertebral augmentation procedures.

When treating vertebral compression fractures, the navigating osteotome technology enables trajectory modification once past the pedicle body junction. The low compliance of the KyphoFlex™ steerable balloon ensures consistent shape and minimal deformation while achieving mid-body placement.

Features

checkmark symbol Navigating osteotome
Enables trajectory modification once past pedicle-body junction
checkmark symbol High pressure, low compliance, steerable balloons
Designed to aid in even fracture reduction across the vertebral body anatomy
checkmark symbol Resheathing tool
Locks into handle
checkmark symbol Ergonomic handle
Low-profile

Kyphon™ KyphoFlex™ kits include:

  • Bevel and diamond tip introducers
  • Biopsy device
  • PowerCURVE™* navigating osteotome
  • KyphoFlex™ steerable balloon
  • Inflation syringe
  • Locking delivery cannula
  • Elbow adapter
  • 20 mL VacLok™* syringe

Balloon kyphoplasty has been shown to provide:
3 times more
pain reduction
at 1 week

compared to nonsurgical management (NSM)1

Ordering information

Item Number Description
KPA15 15 mm Kyphon™ KyphoFlex™ unipedicular balloon kit
KPA20 20 mm Kyphon™ KyphoFlex™ unipedicular balloon kit
KPA25 25 mm Kyphon™ KyphoFlex™ unipedicular balloon kit

 

Item Number Description
KPA15A 15 mm Kyphon™ KyphoFlex™ balloon accessory kit
KPA20A 20 mm Kyphon™ KyphoFlex™ balloon accessory kit
KPA25A 25 mm Kyphon™ KyphoFlex™ balloon accessory kit

TM* Third-party brands are trademarks of their respective owners.


  1. Boonen S, et al. J Bone Miner Res. 2011;26(7):1627–1637.