How 3D Facial Reconstruction Works

3D facial reconstruction is a procedure in which lost or deformed bone structures of the face are restored using custom-fabricated implants made of titanium alloy. Indications include: trauma (including combat injuries), oncological resections, congenital deformities, and failed prior surgeries.

Planning begins with a high-resolution CT scan. A digital 3D model of the skull is created from this scan, and the result is virtually simulated before the operation. A specialized lab then manufactures the individual construct — precisely matched to the patient's anatomy.

Titanium alloy is chosen for its biocompatibility, strength, and low weight. The body does not reject it, the structure does not deform over time, and it does not produce artifacts in subsequent MRI scans. In selected cases, biodegradable materials are used — this is decided individually.

These operations often last 8–18 hours. The surgeon must have experience working across facial skeletal zones, microsurgical skills, and the ability to make intraoperative decisions in non-standard situations. This is why such procedures are only performed at specialized centers — not in general plastic surgery clinics.

Rehabilitation takes 3–6 months depending on the scope of the intervention. The outcome — restored facial form and function — in most cases allows the patient to return to full social life.