Laser-Rohr
Medizinische Stufe 150-1000mm Rohrlänge 35mW 632,8nm
Medical Grade HeNe Glass Laser Tube – 35mW This high-quality Medical Level Helium-Neon (HeNe) glass laser tube delivers a stable 35mW output at 632.8nm (red) in TEM₀₀ mode. Available in lengths from 150mm to 1000mm, it offers excellent beam quality, low noise, and superior power stability. Ideal for medical diagnostics, laser therapy, interferometry, holography, and precision alignment systems. Featuring long operational life, high coherence, and reliable performance, it
Medizinische CO2-Glaslaserrohr 450-1000mm 150W 15W 30W 40W
Medical Grade CO2 Glass Laser Tube – 450~1000mm This high-quality Medical Level CO₂ glass laser tube delivers stable output power with excellent beam quality. Available in lengths from 450mm to 1000mm, it features low noise, superior power stability, and long operational life. Ideal for medical applications including laser surgery, dermatology, ENT procedures, and precision tissue cutting. Also suitable for scientific research, industrial engraving, and marking systems.
150-1000mm HeNe Glaslaserröhre medizinische Qualität 35mW Ausgangsleistung
Medical-Grade He-Ne Glass Laser Tube (150mm–1000mm) Ultra-Stable Red Beam Precision for Clinical & Diagnostic Applications Our Medical-Grade He-Ne (Helium-Neon) Glass Laser Tubes are the industry standard for applications requiring a highly coherent, monochromatic red light source. Ranging from 150mm to 1000mm, these tubes deliver a stable 632.8nm beam, essential for surgical laser alignment, blood irradiation therapy, and advanced medical imaging. Engineered with a hard-seal
450mm-1000mm Medizinische Glas-CO2-Laserrohr TEM00 Punktlicht 220V 110V
Medical-Grade CO2 Glass Laser Tube (450mm–1000mm) Precision-Engineered for Surgical & Aesthetic Excellence Our Medical-Grade CO2 Glass Laser Tubes are specifically designed for high-precision surgical systems, including CO2 fractional lasers and skin resurfacing equipment. Ranging from 450mm to 1000mm, these tubes provide the stable, high-purity 10.6 um infrared beam required for delicate tissue ablation and bloodless coagulation. With advanced catalyst coating technology,
