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SpineJack system

SpineJack

For 35 years, osteoporotic vertebral compression fracture (VCF) treatment has focused primarily on pain management. Traditional fracture treatments have overlooked reduction, fixation and restoration due to the limits of the instrumentation. The SpineJack system finally gives you the tools to take control of the procedure, restore the anatomy and protect your patients from adjacent level fractures. After decades, it’s time to take your treatment to the next level.

Preparation and expansion kits

The SpineJack system offers three implant kit sizes: 4.2mm, 5.0mm and 5.8mm. Each kit contains the appropriate instrumentation for the procedure, first for preparation, then for expansion and fracture reduction. The range of sizes accommodates various anatomies and fracture types.

4.2mm implant

SpineJack implant 4.2

Control

The SpineJack system allows you to take full control of implant placement and expansion. Through bipedicular access and a series of cannulated steps, you achieve ideal positioning based on your assessment of the fracture type. The SpineJack implant expands in a craniocaudal direction, combatting the compression forces of the spine with up to 1,000 newtons of expansion force. It’s power and precision, met with uncompromising control.

5.0mm implant

SpineJack implant 5.0

Restore

Restoring anatomy is paramount when it comes to fracture treatment, and the SpineJack system maximizes every millimeter. Osteoporotic VCF treatment outcomes are heavily tied to the amount of height restored and the SpineJack system now gives you the tools and the confidence to truly restore vertebral body height like never before.

5.8mm implant

SpineJack implant 5.8

Protect

Benefits of the SpineJack system are both immediate and lasting. The SpineJack system protects against adjacent level fractures, which may occur due to changes in the load distributed to adjacent vertebral bodies after an osteoporotic compression fracture.12 It’s long-term protection that’s been a long time coming.

Vertebral dimensions

Pedicle width

A pedicle width of 0.8mm larger than the desired implant size is recommended to ensure safe placement (e.g., 4.2mm implant + 0.8mm = 5mm minimum pedicle width).

Optimal implant fit chart

Vertebral body height

The length of the vertebral body must also be measured, in order to define the largest implant size that can be opened in the vertebral body.

Essentials

11g access cannula - horizontal

Access cannula

 

SpineJack guidewire

Guidewire (2)

 

Working cannula - horizontal

Working cannula

SpineJack reamer cannula

Reamer with working cannula

 

SpineJack template - horizontal

Template

SpineJack cannula plug

Cannula plug

 

SpineJack expansion kit 5.0

Expansion kit (2)

Cement fillers

Cement pushers

Cement pushers

Injector transfer tube

Injector transfer tubes

Procedure step by step

1_11g access cannula

Step 1 label

11g access cannula

Insert the cannula into the posterior one-third of the vertebral body.

2_guidewire

Step 2 label

Guidewire

Insert the guidewire to the midpoint of the vertebral body, then remove the access cannula.

3_reamer

Step 3 label

Reamer

Following the path of the guidewire, advance the reamer until it is entirely within the vertebral body.

4_template

Step 4 label

Template

The template is now inserted to clean the implant site and verify the length of the implant.

5_expansion closed

Step 5 label

Unexpanded

Two SpineJacks are placed into the vertebral body.

6_expanded no cement

Step 6 label

SpineJacks expanded (no cement)

The SpineJacks are expanded to reduce the fracture and restore the anatomy. 

7_jack expanded with cement

Step 7 label

SpineJacks expanded (with cement)

Cement is injected to stabilize the fracture.

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