optical camera lens components

Lentes plano convexas y meniscos personalizadas con revestimientos antirreflectantes. Materiales BK7, sílice fundida o zafiro. 5-100 mm de diámetro, personalizable para sistemas láser, imágenes y sensores. Alta precisión, mínima aberración.

Custom High Precision Optical BK7 Glass Suncatcher Crystal Fresnel Loose Beam Moving Head Prism With AR Coating In the dynamic world of professional entertainment and stage illumination, the Custom High Precision Optical BK7 Glass prism stands as a critical component for creating breathtaking visual effects. Specifically engineered for the Beam Moving Head Prism market, this optical element utilizes the legendary clarity of BK7 Glass to split and amplify light beams with zero

Imaging 1.5mm To 300mm BK7 Dichroic Bandpass Filter The Imaging 1.5mm To 300mm BK7 Dichroic Bandpass Filter is a precision optical filtering component designed to selectively transmit a defined wavelength range while reflecting or blocking unwanted spectral regions. Built on high-quality BK7 optical glass substrates, this dichroic bandpass filter leverages advanced thin-film coating technology to achieve sharp spectral cutoffs, high peak transmission, and excellent environmen

High Quality Round Custom Diameter 12mm Biconvex Lenses Double Convex Lens Optical Lenses are optical components designed to focus or diverge light, widely applicated from microscopy to laser processing. A Plano-Convex or Double-Convex lens causes light to focus to a point, while a Plano-Concave or Double-Concave lens diverges the light which traveling through the lens. Achromatic Lenses are ideal for correcting color, aspheric lenses are designed to correct spherical

Factory direct supply 20mm dia. Different Diameters Cylindrical Rod Optical Lens for Laser Measurement System with low price Rod lens are designed for use in a variety of laser and imaging systems, these components are available in a range of micro sizes for integration into a host of OEM applications. Custom sizes, variations in polishing/ groung surfaces and additional coatings are available upon request, please contact our Sales Department for details. 1. Coated and

OEM BK7 Aluminum Concave Glass Lens 360 Degree Optical Spherical Telescope Reflector Mirror for Laser Feature * Silvering reflector mirror is an important component in laser processing optical path system * Using mirror can refract light in accordance with the predetermined route and direction * The cooper laser mirror offered by our company is high in reflectivity and resistant to wipe, which can work in severe environment with long service life Specification Materials BK7

Customization Enhanced Aluminum or Silver Coating 50cm 320g Semi Reflector Mirror Laser Mirror is an important component of laser machining optical path system. It can make light reflect according to predetermined line and direction. Our laser mirror has high reflectivity and wiping resistant. It is suitable for working in harsh environment and has long life span. We can fabricate customized laser mirrors of different diameters and specifications according to customer

50cm 320g Reflector Mirror The manufacturing excellence behind the 50cm 320g Reflector Mirror ensures that the 320g mass does not compromise the surface figure accuracy. Each 50cm 320g Reflector Mirror undergoes a rigorous stress-relieving process to ensure long-term stability in diverse environmental conditions. Whether integrated into a portable telescopic assembly or a high-speed scanning system, the 50cm 320g Reflector Mirror provides the professional-grade performance

The manufacturing philosophy behind the 1.5 To 300mm Photographic Reflectors prioritizes material homogeneity and surface fidelity. By utilizing high-reflectivity metallic coatings and dielectric enhancements, each Photographic Reflector achieves a level of performance that minimizes chromatic aberration and light scatter. For the smaller 1.5mm units within the 1.5 To 300mm Photographic Reflectors range, we employ micro-machining techniques to ensure edge-to-edge uniformity.