Urological surgery laser ThuLase Dual

lithotripsythuliumtabletop

Overview
Thulium fiber laser (TFL) systems, described as a new generation of surgical equipment, offer outstanding stone fragmentation capabilities and precise soft tissue handling performance. The ThuLase Dual laser system launched by GigaaMed aims to fill the technical gap of holmium lasers in the treatment of stones and to provide surgeons with more precise surgical solutions via a diversified laser product matrix.

Product positioning and identifiers
CW60W QCW600W thulium laser lithotripsy system
1940nm thulium fiber laser

Why Choose Thulium Laser for Lithotripsy and Urological Surgery
Thulium lasers operate around 1900–1940 nm, a wavelength range close to the peak absorption of water. Because biological tissues and urine contain high water content, laser energy is efficiently absorbed and converted into heat, enabling precise energy delivery with shallow penetration depth.

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

Distributor advantages

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

Fiber options
Six different fiber sizes are available to accommodate various clinical applications.

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

Applications and clinical focus
Primary applications described include lithotripsy (stone fragmentation) and urological surgery with emphasis on both stone management and precise soft tissue handling.

Caractéristiques / Spécifications techniques

• Model name: ThuLase Dual (commercial designation)
• Nominal power as indicated on page: 600 W (product title)
• Laser type: Thulium fiber laser (TFL)
• Operational wavelength: ~1900–1940 nm (high water absorption range)
• Clinical uses: Lithotripsy, stone fragmentation, urological soft tissue procedures
• Fiber core diameters available: 200 μm, 272 μm, 365 μm, 550 μm, 800 μm, 1000 μm
• Key benefits: precise energy delivery, shallow penetration depth, reduced thermal damage, improved surgical safety
• Positioning: presented as a surgical urology solution intended to complement/replace holmium laser techniques for stone treatment