iFuse TORQ®

Cutting-Edge Pelvic Fixation and Fusion™

For Fixation of Fragility and Insufficiency Fractures

Fully-Threaded Implant | SI Specific Thread Pattern | For osseous fixation and SI fusion
FuSlon 3D™ Surface 3D Printed Porous Lattice

Designed for osseointegration1

TORQLock™ Threads Hooked Profile

Designed to reduce toggle

IntelliHarvest® Technology Helical Flutes and Fenestrations

Self-harvest bone

EZDrive® Tip Self-Drilling, Self-Tapping

May decreases surgical steps*

  • FuSlon 3D™ Surface 3D Printed Porous Lattice Designed for osseointegration1
  • TORQLock™ Threads Hooked Profile Designed to reduce toggle
  • IntelliHarvest® Technology Helical Flutes and Fenestrations Self-harvest bone
  • EZDrive® Tip Self-Drilling, Self-Tapping Allows for easy implant adjustments. May decreases surgical steps*

Lag Implant​

Partially Threaded & Washer​​

Provides compression2

iFuse TORQ NAV​

Minimally Invasive Surgery​

Navigation compatible​

Unmet Needs for Fixation of Sacral Fragility Fractures

Michael Gardner, MD | Stanford Medicine

Learn more about the iFuse TORQ Implant in our sheep study comparing iFuse TORQ to a fenestrated SI device and cannulated trauma screw

Download Study

 

iFuse TORQ® 3D printed implants are designed with cutting-edge features to optimize system performance in pelvic fracture fixation and sacroiliac (SI) joint fusion surgery.

Westrick Postop 4 TORQ Adjusted AC June 7 2022

 

I Fuse TORQ poster

References

1SI-BONE 301067-TS

2SI-BONE 300929-TS

*In hard bone drilling and tapping may be required.

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