First Patient in Slovakia to Receive a Patient-Specific Titanium Cranial Implant

Challenge

The patient sustained a severe traumatic brain injury accompanied by cerebral edema, intracranial hemorrhage, and subsequent loss of a portion of the skull. Following recovery from the acute phase, a large cranial defect remained involving the frontal, temporal, and parietal regions. The missing section of the skull represented not only an aesthetic concern but also a significant medical risk, as the underlying brain tissue was protected solely by soft tissue coverage. Even minor pressure or trauma to the defect area could have resulted in serious complications.[1][2]

Solution

A patient-specific titanium cranial implant was designed and manufactured based on the individual’s anatomy to reconstruct the extensive skull defect. The implant was produced using titanium additive manufacturing technology and fabricated as a thin-walled shell structure precisely replicating the missing portion of the skull. Its development and production were the result of close collaboration between medical specialists and biomedical engineers.[1][3]

Results

The reconstruction procedure was successfully completed following an operation lasting approximately three hours, without intraoperative or postoperative complications. Within hours of surgery, the patient was mobilized and able to perform basic daily activities. The implant restored the natural contour of the skull, eliminated the risk of direct brain injury in the area of the defect, and significantly improved the patient’s quality of life. According to the treating team, the postoperative result closely replicated the patient’s original cranial anatomy.[1][4]

Significance of Personalized Manufacturing

This case represented one of the first successful applications of a patient-specific titanium cranial implant in Slovakia. It confirmed the potential of combining digital surgical planning, medical imaging, and additive manufacturing for the reconstruction of extensive cranial defects. Furthermore, it highlighted the importance of close collaboration between surgeons and biomedical engineers in the development of implants tailored to the anatomical needs of individual patients.[1][2][3]

Sources:
[1] Prvý pacient v SR s unikátnym implantátom lebky, tlačová správa Univerzitnej nemocnice L. Pasteura Košice, 8. 7. 2013.
[2] Lekári voperovali pacientovi do lebky unikátny slovenský implantát, TERAZ.sk (TASR), 3. 7. 2013.
[3] Unikátna operácia v Košiciach: Milanovi vložili do hlavy polkilový plát titanu!, Topky.sk, 3. 7. 2013.
[4] Milanovi voperovali titánový implantát: V hlave nosím 3 milióny €!, Nový Čas, 4. 7. 2013.

  • A titanium cranial plate fitted to a printed skull model
  • A surgeon pointing at printed CT reconstructions of a skull
  • A patient lying on the operating table before surgery

Gallery

  • Hands holding a printed cranial model with a perforated implant
  • A surgical team at work under theatre lights
  • Surgical instruments laid out on a sterile drape
  • A smiling patient with a bandaged head after surgery
  • A doctor examining the scar on a patient's head
  • An operating theatre during a reconstruction
  • A titanium cranial plate fitted to a printed skull model
  • A surgeon pointing at printed CT reconstructions of a skull
  • A patient lying on the operating table before surgery
  • Surgical instruments laid out on a sterile drape
  • Hands holding a printed cranial model with a perforated implant
  • An operating theatre during a reconstruction

Selected Cases

A few of them, in short

Different year, different anatomy, different problem to solve.

  • 2024

    Large fronto-parietal defect closed with a single titanium plate

    Designed around an existing fixation from a previous surgery, so nothing had to be removed in theatre.

  • 2023

    PEEK implant after tumour resection

    Chosen over titanium at the neurosurgeon's request, for post-operative imaging.

  • 2021

    Revision of a failed stock cranioplasty

    The original implant had loosened. The replacement was shaped to the bone as it had healed, not as it was.

  • 2019

    Fronto-orbital reconstruction

    Crossed two anatomical regions, planned on a printed model with the surgical team before manufacturing.

Contact

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Explicell s.r.o.

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040 11 Košice, Slovakia
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