Urological surgery laser ThuLase Dual

lithotripsythuliumholmium

Product overview
Thulase is a Thulium fiber laser (TFL) surgical system developed by GIGAAMEDICAL. The system positions Thulium fiber laser technology as a new generation of surgical equipment offering outstanding stone fragmentation capabilities and precise soft tissue handling for urology. The product is presented as a diversified laser solution intended to complement and in some cases fill technical gaps of holmium lasers in stone treatment, providing surgeons with more precise surgical options.

Key advantages

• Efficient stone fragmentation performance
• Precise soft tissue interaction for urological procedures
• Diversified laser product matrix for surgical workflows

Higher water absorption efficiency
Thulium lasers operate around 1900–1940 nm, a wavelength range close to the peak absorption of water. Since biological tissues and urine contain a high percentage of water, laser energy is efficiently absorbed and converted into heat, allowing precise energy delivery with shallow penetration depth.

This results in

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

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

• Fiber Size (Core Diameter): 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

Applications

• Lithotripsy (stone fragmentation)
• Urological surgery and related soft tissue procedures

Caractéristiques / spécifications techniques

• Commercial name: Thulase
• Laser type: Thulium fiber laser (TFL)
• Rated maximum power: 600 W (product designation)
• Operating wavelength range: ~1900–1940 nm
• Clinical applications: Lithotripsy, urological surgery, soft tissue procedures
• Fiber sizes (core diameters): 200 μm; 272 μm; 365 μm; 550 μm; 800 μm; 1000 μm
• Key benefits: high water absorption efficiency, shallow penetration depth, precise energy delivery, reduced thermal damage
• Intended positioning: surgical-grade thulium laser system addressing stone treatment and precise soft tissue handling