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Волоконный лазерный аппарат （в регистрации）

Волоконный лазерный аппарат (в регистрации)

Indications: Indicated for the lithotripsy of urinary tract stones, as well as the cutting and coagulation of urinary soft tissues.

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Product Features

Minimal Thermal Damage

The device utilizes a Thulium fiber laser with a wavelength of 1940nm, aligning exactly with the peak of water absorption (as shown in the figure). Its absorption coefficient is 4.5 times that of 1470nm lasers, 4.3 times that of 2100nm Holmium lasers, and twice that of 2013nm solid-state Thulium lasers. The closer the laser wavelength is to the energy absorption peak, the faster the energy absorption and the shallower the penetration depth (only 0.2mm). The irradiated tissue is rapidly vaporized with extremely minimal thermal damage. This achieves the dual effect of optimal vaporization and precise cutting.

Superior Stone Dusting

Urinary tract stones contain a significant amount of water. When the laser is applied to the stone, the water rapidly absorbs the energy, causing uniform micro-explosions. This pulverizes the stones into fine dust particles, significantly simplifying post-lithotripsy clearance.

High Cutting Power

In continuous output mode, the power reaches up to 50W. It is fully adjustable, allowing for effortless soft tissue cutting.

High Conversion Efficiency

Featuring an advanced fiber laser, the system offers significantly higher conversion efficiency compared to traditional solid-state lasers. With a total power consumption of less than 1500VA, it requires no special electrical power upgrades.

High Frequency and High Energy

Driven by a high-speed control unit, the system achieves a broad pulse frequency of up to 2500Hz and a maximum single-pulse energy of 5J. With a peak power exceeding 500W, the lithotripsy process is exceptionally fast.

Compact and Lightweight Design

The device features a sleek exterior and highly efficient internal space utilization. The integration of the novel fiber laser results in a compact footprint and lightweight build, offering outstanding advantages in both space-saving and overall mobility.

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следующий : Ректальный манометрический катетер

Product Features

Minimal Thermal Damage

The device utilizes a Thulium fiber laser with a wavelength of 1940nm, aligning exactly with the peak of water absorption (as shown in the figure). Its absorption coefficient is 4.5 times that of 1470nm lasers, 4.3 times that of 2100nm Holmium lasers, and twice that of 2013nm solid-state Thulium lasers. The closer the laser wavelength is to the energy absorption peak, the faster the energy absorption and the shallower the penetration depth (only 0.2mm). The irradiated tissue is rapidly vaporized with extremely minimal thermal damage. This achieves the dual effect of optimal vaporization and precise cutting.

Superior Stone Dusting

Urinary tract stones contain a significant amount of water. When the laser is applied to the stone, the water rapidly absorbs the energy, causing uniform micro-explosions. This pulverizes the stones into fine dust particles, significantly simplifying post-lithotripsy clearance.

High Cutting Power

In continuous output mode, the power reaches up to 50W. It is fully adjustable, allowing for effortless soft tissue cutting.

High Conversion Efficiency

Featuring an advanced fiber laser, the system offers significantly higher conversion efficiency compared to traditional solid-state lasers. With a total power consumption of less than 1500VA, it requires no special electrical power upgrades.

High Frequency and High Energy

Driven by a high-speed control unit, the system achieves a broad pulse frequency of up to 2500Hz and a maximum single-pulse energy of 5J. With a peak power exceeding 500W, the lithotripsy process is exceptionally fast.

Compact and Lightweight Design

The device features a sleek exterior and highly efficient internal space utilization. The integration of the novel fiber laser results in a compact footprint and lightweight build, offering outstanding advantages in both space-saving and overall mobility.

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