Beijing Hapros' 2ring radial medical fiber, fiber tip diameter 1.3 mm

Hapros' Dual Ring Radial Medical Fiber is an advanced optical fiber designed for minimally invasive laser therapy in vascular treatments. Featuring a unique dual-ring emission pattern, this fiber ensures homogeneous energy distribution along the vessel wall, optimizing treatment outcomes with increased precision and efficiency. Engineered for use with 1470 nm and 1940 nm laser wavelengths, it is particularly effective in endovenous laser ablation (EVLA) for the treatment of venous insufficiency, including saphenous veins, perforator veins, and tributary veins. The fiber's innovative dual-phase radiation design enhances energy delivery while reducing adhesion, improving patient comfort, and minimizing post-procedure complications. Its precisely centered fiber tip, achieved through a pre-shrinkage effect, guarantees consistent and controlled energy application. This leads to improved treatment efficiency, especially in cases requiring precise ablation, such as ulcer-associated venous disorders and recurrent varicosities. The 360-degree emission ensures even coverage within the vein, making it a superior choice for both experienced practitioners and new users seeking a safe and user-friendly technology. With a core size of 400/600 µm and a numerical aperture of 0.22, the fiber delivers optimized laser energy transmission across a broad wavelength range. Its quartz construction ensures durability, while sterile packaging enhances safety for medical procedures. The simple retraction technique allows for ease of use, enabling physicians to achieve consistent results while maintaining procedural efficiency. Designed to meet the highest standards in laser-assisted vascular therapy, Hapros' Dual Ring Radial Medical Fiber represents a significant advancement in the treatment of venous insufficiencies.

Hapros' Dual Ring Radial Medical Fiber is an advanced optical fiber designed for minimally invasive laser therapy in vascular treatments. Featuring a unique dual-ring emission pattern, this fiber ensures homogeneous energy distribution along the vessel wall, optimizing treatment outcomes with increased precision and efficiency. Engineered for use with 1470 nm and 1940 nm laser wavelengths, it is particularly effective in endovenous laser ablation (EVLA) for the treatment of venous insufficiency, including saphenous veins, perforator veins, and tributary veins. The fiber's innovative dual-phase radiation design enhances energy delivery while reducing adhesion, improving patient comfort, and minimizing post-procedure complications. Its precisely centered fiber tip, achieved through a pre-shrinkage effect, guarantees consistent and controlled energy application. This leads to improved treatment efficiency, especially in cases requiring precise ablation, such as ulcer-associated venous disorders and recurrent varicosities. The 360-degree emission ensures even coverage within the vein, making it a superior choice for both experienced practitioners and new users seeking a safe and user-friendly technology. With a core size of 400/600 µm and a numerical aperture of 0.22, the fiber delivers optimized laser energy transmission across a broad wavelength range. Its quartz construction ensures durability, while sterile packaging enhances safety for medical procedures. The simple retraction technique allows for ease of use, enabling physicians to achieve consistent results while maintaining procedural efficiency. Designed to meet the highest standards in laser-assisted vascular therapy, Hapros' Dual Ring Radial Medical Fiber represents a significant advancement in the treatment of venous insufficiencies.

Hapros' Dual Ring Radial Medical Fiber is an advanced optical fiber designed for minimally invasive laser therapy in vascular treatments. Featuring a unique dual-ring emission pattern, this fiber ensures homogeneous energy distribution along the vessel wall, optimizing treatment outcomes with increased precision and efficiency. Engineered for use with 1470 nm and 1940 nm laser wavelengths, it is particularly effective in endovenous laser ablation (EVLA) for the treatment of venous insufficiency, including saphenous veins, perforator veins, and tributary veins. The fiber's innovative dual-phase radiation design enhances energy delivery while reducing adhesion, improving patient comfort, and minimizing post-procedure complications. Its precisely centered fiber tip, achieved through a pre-shrinkage effect, guarantees consistent and controlled energy application. This leads to improved treatment efficiency, especially in cases requiring precise ablation, such as ulcer-associated venous disorders and recurrent varicosities. The 360-degree emission ensures even coverage within the vein, making it a superior choice for both experienced practitioners and new users seeking a safe and user-friendly technology. With a core size of 400/600 µm and a numerical aperture of 0.22, the fiber delivers optimized laser energy transmission across a broad wavelength range. Its quartz construction ensures durability, while sterile packaging enhances safety for medical procedures. The simple retraction technique allows for ease of use, enabling physicians to achieve consistent results while maintaining procedural efficiency. Designed to meet the highest standards in laser-assisted vascular therapy, Hapros' Dual Ring Radial Medical Fiber represents a significant advancement in the treatment of venous insufficiencies.