top of page
Surgery

Choose the accuracy of 3D-Cut: with preoperative planning done in collaboration with our team, our custom resection guides help reduce surgery duration while preserving essential tissues, leading to improved surgical outcomes.

Bone Tumor Resection

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

Bone Tumor Surgery

1,2,3,4

Advanced planning
Safe margins & accurate resection
Time efficient
Supported by 15+ publications

3D-Side's guides for bone tumor resection are more accurate than surgeries performed freehand or with navigation systems.

The use of 3D-Cut guides results in an increase of the R0 bone margin rate from
80% to 95-100% compared to manual techniques⁴ and reduces blood loss by 33%, while also shortening operating room time by an average of 45 minutes.


Additionally, better control over safe margins enables more conservative treatment, preserving critical soft and hard tissues such as nerves, muscle insertions, and even joints.

3dcut web.png
DSC_0053.JPG

Why is it important to use a 3D-Cut guide?

Bone surgery often presents unique challenges for surgeons.3D-Cut Personalized resection guides for bone tumor resection play a crucial role in assisting surgeons, by transforming preoperative planning into accurate and safe bone tumor resections in the operating room.3D-Cut guides enable better control of safety margins, helping to preserve critical structures such as nerves, muscle insertions, and joints during surgery.

Surgeons, Facing a Complex Bone Tumor?

At 3D-Side, we understand the challenges of bone tumor resections. To support you, we offer solutions like personalized pre-operative planning and our 3D-Cut technology, designed to provide precision and ease.

Accuracy: Our custom guides fit each patient perfectly for exact cuts.


Safety: Reduce the risk of complications and ensure safe surgical margins.


Preservation: Maximize the conservation of healthy tissue for optimal results.

Patient-specific instruments are crucial for successful complex procedures. With our technology, we turn approximations into reliable outcomes.

All kinds of reconstructions

1,2

Planning and cutting guides are an indispensable, precise tool, not only for maintaining anatomical continuity during resection, but also for ensuring the success of reconstruction, offering optimal results from a functional and structural point of view.

3D-Side assists optional reconstruction according to your requirements:

MODULAR IMPLANTS

ALLOGRAFTS

CUSTOM-MADE IMPLANTS​

Image_20170324_092458.png
DSC_0080.JPG
Image implant.jpg

How does it work? 

Cases Studies

3dcut web.png

COMPLEX PELVIC TUMOR RESECTION

Resection of a large pelvic tumor with 5 resection planes guided by one custom made instrument

  • Surgery date : March 2018

  • Surgeon : Prof. Sirveaux

  • Hospital : CHU Nancy (France)

Image_20160311_175733_001_edited.jpg

COMPLEX PELVIC TUMOR RESECTION

Resection of a Pelvic tumor with 4 resection planes and 2 surgical guides

  • Surgery date : March 2016

  • Surgeon : Dr. Chotel F.

  • Hospital : Centre Pédiatrique de Lyon (France)

Femoral tumor resection
Allograft reconstruction

FEMORAL TUMOR RESECTION AND ALLOGRAFT RECONSTRUCTION ² 

Resection of a large femoral tumor while preserving the femoral head, followed by an allograft reconstruction

  • Surgery date : November 2016

  • Surgeon : Dr. Raux S.

  • Hospital : Centre Pédiatrique de Lyon

3dcut web (2).png

COMPLEX DISTAL FEMORAL TUMOR RESECTION AND ALLOGRAFT RECONSTRUCTION ²

  • Surgeon : Dr Chotel

  • Hospital : Hospices Civils de Lyon

  • Challenge : Resection of a parosteal osteosarcoma with preservation of the anterior cortex, followed by an allograft reconstruction. A second approach has been performed to preserve a significant portion of the medial condyle

3D-CUT
SCIENTIFIC PUBLICATIONS

¹ In the USA, limited to anatomies and age specified in the 510(k) certification.
² Reconstruction planning and guides not available in the USA.
³ 3D-Side Data on file.
⁴ Numbers extracted from following publications:

- Evrard, R., Schubert, T., Paul, L., & Docquier, P. L. (2019). Resection margins obtained with patient-specific instruments for resecting primary pelvic bone sarcomas: A case-control study. Orthopaedics & traumatology, surgery & research : OTSR, 105(4), 781–787. https://doi.org/10.1016/j.otsr.2018.12.016

- Gouin, F., Paul, L., Odri, G. A., & Cartiaux, O. (2014). Computer-Assisted Planning and Patient-Specific Instruments for Bone Tumor Resection within the Pelvis: A Series of 11 Patients. Sarcoma, 2014, 842709. https://doi.org/10.1155/2014/842709

- du Cluzel de Remaurin, X., Dumaine, V., Cladiere-Nassif, V., Anract, P., & Biau, D. (2024). Patient-specific guides for consistently achieving R0 bone margins after resection of primary malignant bone tumors of the pelvis. World journal of surgical oncology, 22(1), 233. https://doi.org/10.1186/s12957-024-03478-3

- Bourbotte-Salmon, F., Lataste, F., Massardier, E., Ropars, M., Meurgey, A., Vaz, G., Gouin, F. (Ahead of Print). Do Patient-Specific Cutting Guides for Pelvic and Sacral Tumour Resection Provide Tumour-Free Bone Margins?

Reach Your Plan thanks to our
Patient-specific Guides

3D-Cut  is a class IIa custom-made medical device in Europe and is 510(k)-cleared in the USA¹

bottom of page