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Corrective Osteotomy

3D-Cut resection guides ensure precise cuts and protect against unwanted kerf. Alignment guides guarantee accurate osteotomy reduction and optimal implant placement for perfect correction.

With 3D-Cut, you achieve consistent and reproducible results every time.

Enhancing Corrective Osteotomy with Advanced 3D Planning and Cutting Guides

Advanced planning

Accurate

Time-efficient

Opening wedge / Closing wedge

Easy to Use

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FDA 510(k) clearance for our 3D-Cut patient-specific instrument
 

Why use 3D-Cut?

Improved Accuracy and Precision

3D-Side’s guides are more accurate than navigation systems or freehand surgery for osteotomy procedures. ²

Patient-Specific System

3D-Cut is a patient-specific instrument system that includes osteotomy and realignment guides, designed to help surgeons safely and accurately reproduce their pre-operative planning in the operating room.

Reproducible Results

3D-Cut transforms guesswork into consistency every time.

Precision in Osteotomy: Custom Guides for Accurate Bone Alignment

​​When bones are misaligned, corrective osteotomy surgery may be needed. The technical demands, complex bone structure, limited visibility, and restricted workspace may make this procedure challenging.

A patient-specific cutting guide is a custom-made tool that assists surgeons in precisely cutting the bone. Combined with pre-operative planning, these guides ensure that the surgical plan is accurately executed in the operating room, leading to a precise and time-efficient osteotomy correction.

Additionally, an alignment guide can be provided to ensure the correct final position and alignment of the bones. This technique supports both opening and closing wedge osteotomies, as well as synostosis.

Proximal Femoral Corrective Osteotomy

Distal Medial Femoral Closing Osteotomy

Peri-Acetabular Osteotomy (PAO)

How does it work? 

Case Studies

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CUBITUS VARUS ¹

Restoring perfect alignment of the arm bones, by corrective osteotomy of specific angles, in different planes.

  • Surgeon : Docquier P-L

  • Hospital : Clinique universitaire St-Luc (Belgium)

  • Age of patient : 11 y

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TARSAL SYNOSTOSIS ¹

Separating coalescent tarsal bones, restoring normal motion in the foot joint.

  • Surgery date : September 2016

  • Surgeon : Docquier P-L

  • Hospital : Clinique universitaire St Luc (Belgium)

  • Age of patient : 13 y

RESTORING TIBIAL PLATEAU'S ANATOMY

Restoring tibial plateau’s anatomy by performing a corrective osteotomy.

  • Surgery date : January  2022

  • Surgeon : Robin Martin

  • Hospital : CHUV

  • Age of patient : 41 y

Restoring Optimal Tibial Alignment

RESTORING OPTIMAL TIBIAL ALIGNMENT

Restoring optimal tibial alignment by performing a biplanar corrective osteotomy.

  • Surgery date : March 2022

  • Surgeon : Robin Martin

  • Hospital : CHUV

  • Age of patient : 21 y

3D-CUT
SCIENTIFIC PUBLICATIONS

¹ In the USA, limited to anatomies and age specified in the 510(k) certification.
² 3D-Side data on file.
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