Thulium Fiber Laser (Pulsed Master)
    Thulium Fiber Laser (Pulsed Master) - 1
    Thulium Fiber Laser (Pulsed Master) - 2
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    Potent Medical

    Thulium Fiber Laser (Pulsed Master)

    The Potent Thulium Fiber Laser (Pulsed Master) is a next-generation urology laser system designed to deliver unparalleled precision, speed, and safety for stone management (RIRS) and BPH treatment (ThuFLEP). Operating at a 1940nm wavelength with high water absorption, it concentrates energy within <0.3mm depth to enable efficient stone dusting, smooth tissue dissection, and strong hemostasis while reducing retropulsion and improving surgical control.

    Classification
    Surgical Lasers
    Category
    Urology

    Key Features

    Technical capabilities and highlights

    1940nm wavelength with high water absorption (120 cm⁻¹, 4.8× Ho:YAG) concentrating energy within <0.3mm depth for efficient stone and BPH treatment

    Enables precise dusting in stone surgery

    Supports smooth, continuous dissection in BPH treatment

    Less retropulsion for improved control and stability during ureteral stone treatment

    Superior dusting efficiency with finer stone fragmentation

    Reduced dependence on ureteral access sheath due to use of thin optical fibers

    Ease of access to challenging calyces using 50–150μm ultra-fine optical fiber (lower pole renal access)

    Shorter learning curve and improved usability for beginners due to better field of view and lower backlash

    Safe and efficient ThuFLEP system for BPH treatment

    97% hemostasis efficiency (claimed)

    Gentle yet effective ablation (claimed)

    0.2–0.5mm thermal penetration (claimed)

    28% faster recovery vs standard TURP (claimed)

    Low maintenance & operating costs with air cooling, 10,000+ hour diodes, and no fragile optics

    Compact design with minimal OR footprint

    Energy efficient with up to 12% laser conversion efficiency and low total power consumption (800–1,000W), nearly 10× lower than traditional Ho:YAG systems (claimed)

    Low noise operation compared to conventional water-cooled lasers

    Compatible with 110V–220V (10A/16A) for flexible installation

    Dual pedal foot switch for fast switching between 'Dusting' and 'Fragmentation'

    Clinical Applications

    Recommended uses and procedures

    RIRS (Retrograde Intrarenal Surgery) stone management

    Laser lithotripsy with dusting and fragmentation

    Ureteral stone treatment with reduced retropulsion

    BPH treatment with ThuFLEP (Thulium Fiber Laser Enucleation of the Prostate)

    Compliance & Standards

    Certifications and regulatory information

    Regulatory

    Technical Specifications

    Detailed technical parameters and measurements

    Wavelength Nm
    1940
    Water Absorption Cm Inverse
    120
    Water Absorption Vs Hoyag
    4.8× Ho:YAG
    Energy Penetration Depth Mm
    <0.3
    Thermal Penetration Mm
    0.2–0.5
    Laser Conversion Efficiency Percent
    up to 12%
    Total Power Consumption Watts
    800–1,000
    Cooling System
    Air cooling
    Fiber Sizes Microns
    50μm
    150μm
    Voltage Compatibility
    110V–220V
    Power Current Support
    10A/16A
    Footswitch Modes
    Dusting
    Fragmentation

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