Evaluation of the Transition from Holmium:YAG to Pulsed Thulium:YAG for Laser Endoscopic Enucleation of the Prostate and the Effect on Procedural Performance

Background and objective: Endoscopic enucleation of the prostate (EEP) using holmium:YAG laser (HoLEP) is widely regarded as the surgical gold standard for surgical management of benign prostatic hyperplasia. EEP with a pulsed thulium:YAG laser (ThuLEP) has emerged as an alternative with distinct physical properties that may influence surgical performance. However, evidence on the real-world impact of switching between laser platforms remains limited. Methods: = 1172) without retraining. Baseline characteristics, complication rates, and efficiency metrics were compared. Segmented regression analysis was used to evaluate temporal changes in performance across the laser transition. Key findings and limitations: < 0.001). Segmented regression revealed an initial rise in efficiency after the transition, followed by mild performance fluctuations, which indicates a short adaptation phase. Conclusions and clinical implications: A transition from HoLEP to ThuLEP with a pulsed thulium:YAG laser is safe and feasible in experienced hands. ThuLEP was associated with higher enucleation efficiency and a statistically significant improvement in hemostatic control, without an increase in complication rates. These findings highlight the procedural adaptability of laser EEP techniques and support the clinical viability of platform switching in high-volume settings. Patient summary: We looked at outcomes in >2600 patients who underwent prostate surgery using two different laser systems. After switching from a holmium laser to a thulium laser, surgeons performed procedures more efficiently and with fewer cases of urinary retention and bleeding. This suggests that experienced surgeons can safely switch to newer laser systems without compromising patient care.