THULIUM SURGICAL LASER FIBERS - AI CONTENT
WHAT ARE THULIUM LASER FIBERS:
Thulium surgical laser fibers are fiber optic devices used with Thulium Fiber Lasers (TFLs) to deliver laser energy for both lithotripsy (fragmenting stones in the urinary tract) and soft tissue surgery. Their key advantage is the 1.9-micron wavelength, which is highly absorbed by water, allowing for efficient stone dusting and precise tissue ablation with minimal penetration, while also enabling enhanced coagulation and hemostasis in soft tissue procedures like prostate or bladder tumor removal.
Key Characteristics and Benefits
Key Characteristics and Benefits
- High Water Absorption: The 1.9-micron wavelength is highly absorbed by water, leading to efficient fragmentation of stones and effective cutting of soft tissue.
- Dual-Mode Operation: TFLs can operate in a super-pulsed (SP) mode for stone dusting and a quasi-continuous wave (QCW) mode for soft tissue procedures, offering versatility.
- Reduced Retropulsion: The high-frequency, low-energy pulses from TFLs create less stone movement (retropulsion) during lithotripsy, improving treatment control and outcomes.
- Improved Hemostasis: The high water absorption provides enhanced hemostasis (stopping bleeding) with minimal tissue penetration, leading to better visibility during soft tissue surgeries.
- Compact Design: TFL systems are generally smaller and more compact than older Holmium YAG (Ho:YAG) lasers, and they don't require large cooling systems.
- Smaller Fiber Diameters: Thulium fibers can be designed with smaller diameters, allowing access to difficult-to-reach anatomical locations.
- Lithotripsy: Fragmenting urinary stones into fine dust particles for easier passage from the body.
- Prostate Surgery: Procedures such as endoscopic enucleation of the prostate (EEP) for benign prostatic hyperplasia (BPH).
- Bladder Surgery: En bloc resection of bladder tumors.
- Other Soft Tissue Procedures: Treatment of strictures and other urinary tract tumors.
WHAT DO THULIUM LASER FIBERS LOOK LIKE:
Thulium surgical laser fibers look like long, thin, blue-jacketed cables with a bare (flat) or ball tip at the end, designed to deliver laser energy precisely to tissue or stones during a procedure. The fibers themselves are made of silica and are doped with thulium ions, which are activated by an external diode laser to produce a 1.9 µm wavelength laser beam for medical use.
Key visual characteristics:
Key visual characteristics:
- Blue jacket: The protective outer layer of the fiber is typically blue.
- Thin and flexible: The fibers are long, thin, and flexible, allowing them to be easily passed through the working channels of endoscopes and scopes.
- Bare (flat) tip Many standard fibers have a flat tip for frontal laser emission.
- Recessed or ball tip: Other specialized fibers feature a recessed or ball tip to protect the fiber from contact with the scope's internal channel, which simplifies insertion and prevents damage.
- Laser delivery: The fiber acts as the conduit to direct the laser beam from the laser system to the surgical site.
- Targeted treatment: Different fiber core sizes are available to suit various procedures, from stone fragmentation (lithotripsy) to soft tissue surgery like prostate enucleation.
- Versatility: Thulium fibers are designed to be flexible enough for complex procedures while also delivering high-power laser emissions.
DOWNLOAD MED-FIBERS THULIUM SURGICAL FIBERS AI CONTENT
|
