Holmium Laser Lumenis PULSE 120H: Power and Precision for Advanced Surgical Procedures.
The Lumenis PULSE 120H holmium laser incorporates the groundbreaking MOSES technology, a patent-protected pulse delivery innovation that revolutionizes energy transmission. This technology significantly enhances lithotripsy and benign prostatic hyperplasia (BPH) treatments compared to traditional Holmium pulse methods. With MOSES, lithotripsy procedures and fragmentation times are notably shortened, retropulsion is reduced, and enucleation and vaporization procedures become more efficient, marking a new standard of innovation in urology practice.
Moreover, the MOSES P120H laser offers a 20% increase in enucleation rate, allowing practitioners to leverage its power for more efficient tissue removal. This enhanced enucleation efficiency translates to improved intraoperative visibility and cleaner dissection of the capsular plane, facilitating precise and effective surgical interventions.
In addition to its superior enucleation capabilities, the MOSES technology demonstrates exceptional vaporization rate and efficiency compared to traditional pulse methods. This indicates the potential for a reduction in procedure time, optimizing workflow and patient outcomes.
Furthermore, the Lumenis PULSE 120H features advanced pulse reshaping technology and a customized dual pedal system, enabling precise control over hemostasis and minimizing bleeding during procedures. This level of control enhances surgical outcomes and patient safety, making the MOSES Pulse 120H an indispensable tool in modern urology practices.
In a randomized clinical trial, the MOSES Technology has demonstrated a remarkable 20% reduction in procedure time, significantly enhancing the efficiency of treatments. This reduction translates into faster and more streamlined procedures, ultimately benefiting both patients and healthcare providers. Additionally, with MOSES, there is a notable decrease of 60% in retropulsion, minimizing the occurrences of ureteral stone migration into the kidney. By reducing retropulsion, healthcare professionals can avoid the need to chase stones within the bladder or kidney, simplifying the treatment process and improving patient outcomes.
Furthermore, the MOSES technology's optimized energy transmission ensures that every shot counts, leading to a 25% reduction in fragmentation time. This efficiency not only saves time during procedures but also enhances precision, contributing to better treatment outcomes. The advanced ball-shaped tip of the Moses 200 D/F/L flexible fiber enables smooth initial insertion through a flexible scope, minimizing the risk of potential scope damage. Moreover, the Moses 200 D/F/L flexible fiber is specifically designed to minimize scope deflection loss, allowing healthcare professionals to reach difficult-to-access stone locations with ease.
In instances where stones are challenging to reach, the MOSES Distance mode provides an effective solution. Optimized to deliver energy at a distance, this mode enables healthcare providers to access stones in challenging locations, ensuring comprehensive treatment and patient satisfaction. Overall, the incorporation of these advanced features and technologies in the MOSES Pulse 120H holmium laser enhances its versatility, efficiency, and effectiveness in urological procedures, setting a new standard of care in the field.
