soczewka sferyczna
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Okrągła wypukła soczewka łąkotki
Round Convex Meniscus Lens Product Overview Our Round Convex Meniscus Lenses are engineered for high-performance optical assemblies, designed to significantly reduce spherical aberration in multi-element systems. By leveraging a steeper curvature on one side, these lenses provide superior wavefront control, making them indispensable for precision imaging and laser focusing tasks. Technical Specifications Parameter Specifications Materials BK7 or other optical glass, quartz,
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Podwójna wypukła soczewka 0,005 mm
0.005mm Double Convex LensPrecision-engineered double convex lens with ultra-tight tolerances for demanding optical applications in imaging, lighting, and laser systems.SpecificationsMaterialsBK7 or other optical glass, quartz, sapphire, Ge, Si, ZnSe, CaF2 etcDiameter1.5~300mmRadiusR0.8mm-∞Focal length-30000mm~+30000mmCenter thickness tolerance+/-0.01mmDiameter tolerance+/-0.005mmFocal length tolerance+/-1%Surface accuracyN=1~3IrregularityΔN=0.1~0.5Decenter3''~1''Surface
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Soczewka ze szkła optycznego BK7
BK7 Optical Glass Lens Expertise: Versatile Material Engineering Our optical lenses are engineered for performance across the entire electromagnetic spectrum. We provide expert material selection tailored to your specific waveband requirements, ensuring optimal transmission and thermal stability. Visible & NIR: High-grade BK7 (K9) and Optical Glass for cost-effective, high-clarity imaging. UV & High Power: Premium Quartz (Fused Silica) and CaF₂ for superior UV transparency
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Niestandardowa optyczna wklęsła szklana soczewka ze stopionej krzemionki Kwarcowa BK7 Szklana szafirowa wypukła soczewka kulkowa
Custom Optical Fused Silica Concave Glass Lens Quartz BK7 Glass Sapphire Convex Ball Lens The Custom Optical Glass Lens Quartz K9 Optical Biconcave Double Concave Focus Lens is a precision-engineered optical component designed for advanced laser, LED, and imaging applications. Manufactured from high-quality quartz or K9 optical glass, this biconcave lens features two concave surfaces that diverge light efficiently, providing precise beam shaping, collimation, or expansion.
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Focal Length Concave Glass Nova Display Fiber Uncoated Plano-concave Lenses Custom Meniscus Lens
Focal Length Concave Glass Nova Display Fiber Uncoated Plano-concave Lenses Custom Meniscus Lens The Focal Length Concave Glass Nova Display Fiber Uncoated Plano-concave Lenses Custom Meniscus Lens is a precision optical component engineered for high-performance light control in display, fiber optic, and imaging systems. Designed with careful consideration of focal length and curvature, this lens family includes plano-concave and meniscus geometries to diverge or collimate
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Wholesale Optical LED Laser BK7 Biconcave Custom Double Concave Lens
Wholesale Optical LED Laser BK7 Biconcave Custom Double Concave Lens The Wholesale Optical LED Laser BK7 Biconcave Custom Double Concave Lens is a precision-engineered optical component specifically designed for advanced laser and LED applications. Manufactured from high-quality BK7 optical glass, this lens provides excellent transmission in the visible and near-infrared spectrum (350-2,000 nm) while maintaining low internal stress and minimal optical aberrations. The
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Niestandardowy obiektyw aparatu optycznego IR Kwarcowy szafirowy, germanowy obiektyw na podczerwień
Niestandardowe soczewki IR z kwarcu, szafiru lub germanu do zastosowań NIR/MWIR. Wysoka transmisja, stabilność termiczna i powłoki antyrefleksyjne. W pełni konfigurowalne średnice i ogniskowe do obrazowania termowizyjnego i wykrywania przemysłowego.
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Customized Optical Components Design Plano Convex Lens and Meniscus Lens with Coating
Niestandardowe soczewki Plano Convex & Menisk z powłokami antyrefleksyjnymi. BK7, topiona krzemionka lub materiały szafirowe. Średnica 5–100 mm, możliwość dostosowania do systemów laserowych, obrazowania i czujników. Wysoka precyzja, minimalna aberracja.
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Niestandardowe soczewki Fresnelowe dla latarki fotometrycznej LED lub LED
Niestandardowa soczewka Fresnela do latarek LED i systemów fotometrycznych. Wysokowydajne kształtowanie wiązki, trwałe materiały klasy optycznej, konfigurowalne średnice i kąty. Kompaktowa konstrukcja z transmisją światła > 92% zapewniającą doskonałą wydajność.