<b>Overview</b><br>The low-power holmium (Ho:YAG) surgical laser MultiPulse Ho is designed for endourology and related endosurgical procedures. The system delivers a maximum optical power of 35 W and provides configurable pulse duration and repetition rate to support controlled fragmentation and pulverization of urinary and biliary stones.<br><br><b>Key benefits</b><br><ul><li>Effective on a wide range of stone compositions.</li><li>Enables efficient management of large calculi to reduce procedure time.</li><li>Low rate of fragment migration and retrograde propulsion.</li><li>Extended pulse duration range for tailored fragmentation and pulverization profiles.</li></ul><br><br><b>Applications</b><br><ul><li>Endourological lithotripsy (ureteral, bladder, renal stones)</li><li>Urethrotomy (selected procedures)</li><li>Treatment of common bile duct stones (where clinically indicated)</li><li>Soft tissue ablation in urology (selected indications)</li></ul><br><br><b>Accessories and fibers</b><br>Optional fiber handpieces and a selection of cannulas are available to adapt the workflow. JenaSurgical supplies flexible sterilized bare fibers (reusable and single-use) in multiple diameters for endoscopic use.<br><ul><li>Bare fiber diameters available: 200, 272, 365, 400, 550, 600, 800, 1000 μm.</li></ul><br><br><b>Features</b><br><ul><li>Pulsed Ho:YAG laser source optimized for endourological procedures.</li><li>Configurable pulse duration (95–1,900 μs) and repetition rate to match clinical needs.</li><li>Optional fiber handpieces and diverse cannulas for different surgical workflows.</li></ul><br><br><b>Technical specifications</b><br><ul><li>Laser source: Ho:YAG</li><li>Wavelength: 2,100 nm</li><li>Emission mode: Pulsed Wave (pw)</li><li>Maximum optical power (system): 35 W</li><li>Energy per pulse: up to 8 J</li><li>Repetition rate: 3 – 30 Hz</li><li>Pulse duration: 95 – 1,900 μs</li><li>Device accessories: Optional fiber handpieces and diverse cannulas</li><li>Bare fiber diameters available: 200, 272, 365, 400, 550, 600, 800, 1000 μm</li></ul>