Our disposable Holmium laser fiber is designed for seamless compatibility with the LISA Laser System, making it an ideal choice for lithotripsy and BPH (Benign Prostatic Hyperplasia) surgery. Available in sizes 272 µm, 365 µm, and 550 µm, this fiber ensures precise stone fragmentation and minimally invasive procedures.
Our Disposable Holmium Laser Fiber is designed for use with the LISA Laser System, offering optimal performance for lithotripsy and BPH surgery. Manufactured with high-quality materials, this fiber ensures precise stone fragmentation and smooth tissue interaction, making it the ideal choice for urological applications.
The Disposable Holmium Laser Fiber is fully compatible with the LISA Laser System, providing seamless integration for a variety of medical procedures. It offers excellent results in lithotripsy (stone fragmentation) and BPH (Benign Prostatic Hyperplasia) treatments, supporting both ureteroscopy and laser prostatectomy.
272 µm: Ideal for general lithotripsy and targeted stone fragmentation.
365 µm: Suitable for larger stones and increased power delivery.
550 µm: Optimal for deeper tissue penetration and high-performance laser procedures.
Precision and Control: Designed to deliver superior energy for accurate stone fragmentation during lithotripsy.
Enhanced Safety: Disposable design ensures reduced risk of cross-contamination and maintains a sterile environment.
Reliable Performance: Equipped with an SMA905 connector for secure and consistent fiber connection.
Lithotripsy: Effectively used for kidney stone fragmentation.
BPH Surgery: Ideal for treating Benign Prostatic Hyperplasia, improving patient outcomes.
Ureteroscopy: Perfect for laser-assisted removal of stones in the ureter.
The Holmium Laser Fiber features advanced technology for consistent and precise performance, including:
Durable Core: Provides a strong core for optimal power transmission.
GlideTip Technology: Ensures smooth navigation through the urinary tract, minimizing patient discomfort.
High-Quality Coating: Prevents damage during procedures and extends the fiber's lifespan.