3D-Cut

How preoperative planning supports safe pelvic tumor resection by defining accurate margins, preserving key anatomical structures, and enabling precise surgical execution.

A case of osteochondroma resected with extremely narrow margins, where precise preoperative planning and a patient-specific guide enabled an R0 resection while preserving the joint.

Some procedures clearly show how much a precise plan can support the surgeon at each critical step. This recent proximal femoral opening osteotomy is a good example, not because it was unusual, but because it demonstrated how consistency between planning and execution can make the entire workflow smoother and more controlled. What made this proximal femur resection noteworthy? Reproducibility of the 3D plan The patient-specific 3D-CUT guide helped maintain alignment from the

A detailed look at a complex pelvic and sacral tumor resection supported by patient-specific 3D-CUT guides. Discover how precise preoperative planning and custom tools helped the surgical team achieve accurate margins while preserving essential structures.

Preoperative 3D planning plays a crucial role in pediatric orthopedic surgery. This case illustrates how patient-specific cutting guides can ensure precision in distal tibial osteotomy while preserving growth and alignment.

In this pelvic resection case, 3D preoperative planning and a patient-specific 3D-Cut guide were used to achieve precise bone cutting while preserving the sacroiliac joint. This approach illustrates how 3D technology supports more accurate and conservative bone tumor surgery.

Using 3D planning and a custom guide, this bone oncology case illustrates how precision and preservation can work hand in hand during low-grade lesion surgery.

Discover how 3D preoperative planning and a patient-specific guide turned a complex heterotopic ossification resection near the hip into a controlled and reproducible procedure — supporting surgical precision every step of the way.

Dr. Vanna Rocchi recently performed a periacetabular osteotomy (PAO) using 3D-CUT guides specifically designed for this case. PAO is a...