Laser para cirurgia urológica ThuLase Dual

para litotripsiatúliohólmio

Overview
ThulioDual is a Thulium fiber laser (TFL) system designed for lithotripsy and urological surgery. The system emphasizes stone fragmentation capabilities and precise soft tissue handling, positioning itself as an alternative to holmium systems and providing surgeons with diversified surgical solutions.

Key technical concept
Thulium fiber lasers operate around 1900–1940 nm, a wavelength range close to the peak absorption of water. Because biological tissues and urine have high water content, energy is efficiently absorbed and converted to heat, enabling precise energy delivery with shallow penetration depth.

Clinical benefits

• More precise tissue interaction
• Reduced thermal damage
• Improved surgical safety

Applications
Primarily indicated for lithotripsy (stone treatment) and various urological surgical procedures, with capability for precise soft tissue handling and stone fragmentation.

Fiber options
Six different fiber core diameters are available to accommodate various clinical applications:

• 200 μm
• 272 μm
• 365 μm
• 550 μm
• 800 μm
• 1000 μm

Distributor advantages

• Premium product positioning
• Strong differentiation from standard diode systems
• Higher margin potential
• Suitable for advanced and emerging markets

Notes
The ThulioDual system is presented as a generation of surgical equipment that fills a technical gap relative to holmium lasers in stone treatment while extending precise surgical capabilities through a diversified laser product matrix.

Caractéristiques / spécifications techniques

• Model name: ThulioDual
• Laser type: Thulium fiber laser (TFL)
• Nominal maximum output power: 600 W (system designation: 600W)
• Operative wavelength range: ~1900–1940 nm
• Clinical focus: Lithotripsy (stone fragmentation), urological surgery, soft tissue handling
• Fiber core diameters available: 200 μm, 272 μm, 365 μm, 550 μm, 800 μm, 1000 μm
• Primary advantages: high water absorption efficiency, shallow penetration, precise energy delivery, reduced thermal damage