iFuse 3D in Trauma

Case Studies

The iFuse Trauma Technique

The iFuse 3D™ Implant

Fix

Triangular implant geometry provides immediate stabilization.
Unique design provides press fit fixation between the implant and adjacent osseous walls.
31x greater rotational resistance vs. 7.3mm screw.⁸²

Fuse

3D printed implant with porous surface facilitates bone ongrowth.¹⁷
Fenestrated structure allows for bone through growth and accommodates bone graft.¹⁷
Porous surface self harvests bone during insertion.¹⁷

Fortify

Rigid titanium construction provides an implant that is 18x stronger than the worst-case physiologic load, thus fortifying the SI joint.⁸³
More than 5x fewer revisions after fusion with iFuse vs. iliosacral screws.⁸¹

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iFuse-3D™ Implant

Healthcare professionals should refer to the Instructions For Use for indications, contraindications, warnings, and precautions at https://si-bone.com/label.

There are potential risks associated with iFuse procedures. They may not be appropriate for all patients and all patients may not benefit. For information about the risks, visit https://si-bone.com/risks.

Clinical Brief

Retrospective, multicenter review of 50 patients with high and low energy pelvic trauma treated with the iFuse Implant System^® in adjunct to traditional hardware fixation
Average decrease in Visual Analog Scale (VAS) pain score from 8.9 at time of fracture to 1.9 at last follow-up
On average, functional mobility was restored to pre-fracture status

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SI Joint and iFuse Implant System Training

SI-BONE offers training on SI joint diagnosis and treatment for healthcare providers. Learn more about SI joint training opportunities.

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