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Urological surgery laser TFL
lithotripsyprostate enucleationsoft tissue surgery

Urological surgery laser - TFL - Potent Medical - lithotripsy / prostate enucleation / soft tissue surgery
Urological surgery laser - TFL - Potent Medical - lithotripsy / prostate enucleation / soft tissue surgery
Urological surgery laser - TFL - Potent Medical - lithotripsy / prostate enucleation / soft tissue surgery - image - 2
Urological surgery laser - TFL - Potent Medical - lithotripsy / prostate enucleation / soft tissue surgery - image - 3
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Characteristics

Applications
soft tissue surgery, urological surgery, lithotripsy, prostate enucleation
Amplifying medium
thulium
Ergonomics
tabletop
Pulse duration
millisecond, microsecond
Wavelength

1,940 nm

Average power

65 W

Description

Game Changers Experience Unparalleled Precision, Speed, and Safety with Thulium Fiber Laser! High water absorption (120 cm⁻¹, 4.8× Ho:YAG) concentrates energy within <0.3 mm depth for efficient stone and BPH treatment Enables precise dusting in stone surgery Supports smooth, continuous dissection in BPH treatment Better powderization, more efficient RIRS Revolutionizing Stone Management in RIRS,TFL empowers urologists to achieve faster, safer, and more precise outcomes Less Retropulsion superior dusting efficiency finer stone fragmentation Less Dependence on Ureteral Access Sheath shorter learning curve Higher efficiency Due to the high frequency and optimized pulse characteristics, TFL can complete stone removal in a shorter time, significantly reducing the intraoperative laser time and improving surgical efficiency Lower back thrust The laser pulse has a lower peak value and a longer duration, which makes it difficult for stones to be “knocked away” and easier to control the target area, especially suitable for treating ureteral stones. Reduce the use of ureteral sheaths Thin optical fibers reduce the reliance on large-diameter ureteral access sheaths, reduce the risk of intraoperative trauma, and improve surgical safety Ease of access to challenging calyces TFL beam is smaller and more focused, and with 50–150μm ultra-fine optical fiber, it can easily enter the lower pole pelvic renal area and improve lithotripsy clearance rate More user-friendly Lower backlash and better field of view allow beginners to quickly get started, greatly shortening the learning curve and reducing the difficulty of surgery

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Exhibitions

Meet this supplier at the following exhibition(s):

Medica 2025
Medica 2025

17-20 Nov 2025 Dusseldorf (Germany)

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.