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The Thulium laser is an advanced solid-state or fiber-based laser system that operates primarily in the wavelength range of around 1940–2010 nanometers. It is used in various medical fields, especially urology, ENT, and surgery, for its precision, safety, and soft-tissue handling capabilities.
Thulium laser treatment involves the use of a Thulium:YAG or Thulium Fiber Laser, which emits a continuous or pulsed laser beam. This laser is used to cut, vaporize, or enucleate excess prostate tissue through the urethra, without any external incision.
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| Model Name | PulseTFL65 |
| Average power | Up to 65 WATTS |
| Repetition rate | 1 Hz-2500 Hz |
| Energy per pulse | 0.02 J-7J |
| Wavelength | 1940 nm |
| Pulse Duration | Adjustable |
| Peak Pluse Power | 500W in Pulse Mode |
| Laser Type | Thulium Fiber Laser |
| Beam delivery | 200, 276, 365, 550, 800, and 1000 µm Fiber |
| Aiming beam | 532 nm (adjustable <5 mW) -Class 3R |
| Activation | Double footswitch |
| Cooling | Air cooling system |
| Electrical requirements | 100-240 Vac; 50/60 Hz: 1000VA |
| Screen Size & Resolution | 7.8 Inch & 1280×800 |
| Weight | 35 kg |
Calculi in the bladder, ureter or kidney are fragmented by rapid evaporation of residual water inside the stone upon absorption of the laser radiation. At the long pulse setting the ARPhotoniccs Holmium laser does not apply external kinetic force, thus preve nting the calculi from being pushed further inside the ureter.
The ARPhotoniccs Flexible reusable laser fiber insertion sheath provides protection of the flexible scope against damage during insertion of the laser fiber. Please refer to our laser fiber brochure.
A comparison of penetration depths for lasers with various wavelengths indicates that thulium fiber lasers exhibit minimal penetration depth, making them more controllable and safer for surgical procedures in urology.
Radiation at a wavelength of 1940 nm penetrates in tissues to a depth of approximately 100 µm³, which is 4.5 times less than that of Ho:YAG lasers. This characteristic enables maximum controlled removal of biological tissue down to the prostate capsule. Additionally, this wavelength offers excellent hemostatic properties, minimizing blood loss during soft tissue surgeries. Consequently, adapting to, BPH laser enucleation becomes straightforward and efficient.
Orange and blue pedals can be used to easily switch for example between "Power Fragmentation" and "Popcoming". An additional standby function allows the user to activate/deactivate the laser as needed.
The unique wavelength of 1940 nm corresponds to the maximum abortion spectrum of Water, resulting in highest efficiency but lower risk.
