Piezoelectric instrumentation in secondary cleft rhinoplasty: Techniques and clinical experience.

INTRODUCTION

Cleft rhinoplasty is a challenging procedure, with precision required to achieve good results. Cases often present with more complex structural and soft tissue asymmetries than non-cleft cases. Piezoelectric instrumentation uses ultrasonic vibrations to cut bone. At certain frequency, it will only cut bone, sparing soft tissue and is reported to decrease postoperative pain, oedema and echymosis. It allows nasal bony work to be performed under direct vision without losing stability of the bony fragments by preserving the underlying periosteum. There is good evidence on the use of piezoelectric instrumentation in cosmetic rhinoplasty; however, none to date has focused exclusively on cleft rhinoplasty. We present a single surgeon experience using piezoelectric instrumentation in cleft rhinoplasty.

METHODS AND PATIENTS: We reviewed the case histories of 21 consecutive patients who had Piezo-assisted cleft rhinoplasty surgery between 2017 and 2021. We present our operative techniques and results of piezoelectric cleft rhinoplasty and compare it with 19 patients undergoing cleft rhinoplasty with conventional instrumentation over the same time period, by the same surgeon.

RESULTS

Piezo-assisted rhinoplasty steps included bony osteotomies, dorsal hump removal, modification of composite cartilage/ ethmoid grafts and instrumentation of the anterior nasal spine. There were no significant complications and no revision surgeries. There was no difference in operative time compared to conventional instruments.

CONCLUSION

Piezoelectric instrumentation is a valuable and efficient tool in cleft rhinoplasty. It offers potentially significant advantages in terms of the precision of bony work, whilst minimising trauma to the surrounding soft tissues.