Radial vs Bare-Tip Fiber in EVLA: What Actually Changes at the Vein Wall
Radial or bare-tip fiber for EVLA? What emission geometry really changes at the vein wall - temperature, carbonization, bruising and occlusion data.
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Applications
Laser Vascular Surgery
Clinical notes and engineering reviews on endovenous laser ablation, radial fibre design and wavelength selection — how the fibre tip and the wavelength decide the outcome in chronic venous disease.
Clinical Library
Latest Articles in Laser Vascular Surgery
Technique notes, fibre comparisons and dosimetry reviews — written for the phlebologist and the OEM engineer specifying the next ablation fibre.
1470 nm vs 1940 nm in EVLA: Water Absorption, Fiber Choice and What the Trials Show
1470 nm vs 1940 nm in EVLA: what the 4.8x water absorption difference really changes, why LEED protocols do not transfer, and what the trials show.
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