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Optical Glass Lenses H-K1, H-K2, H-K51, H-ZK10L, H-LAF50A, LAF3, H-K9L Glass, Optical Prism, Convex Lens, Fresnel Lens, Beam Splitter, Filter: Design and Customization.

In the realm of optical components, precision and customization are the cornerstones of success. Our comprehensive range of optical products, including H-K1, H-K2, H-K51, H-ZK10L, H-LAF50A, LAF3, and H-K9L glass lenses, along with optical prisms, convex lenses, Fresnel lenses, beam splitters, and filters, are engineered to meet the most exacting demands across diverse industries.


Product Description

Precision Design and Customization

We recognize that each optical application is unique, demanding tailored solutions. Our team of highly skilled optical engineers harnesses cutting-edge design software and state-of-the-art manufacturing technologies to create bespoke optical components. Whether you require components for advanced imaging systems in astronomy, medical devices, or high-end photography equipment, we have the expertise to customize the focal length, curvature, size, and other critical parameters of H-K1, H-K2, H-K51, H-ZK10L, H-LAF50A, LAF3, and H-K9L glass lenses, as well as optical prisms, convex lenses, Fresnel lenses, beam splitters, and filters to your precise specifications. Rigorous quality control and testing procedures are implemented at every stage of production to ensure that each component adheres to the highest standards of optical performance, durability, and reliability.
Unrivaled Product Advantages
Glass Lenses
  1. H-K9L Glass: Renowned for its exceptional optical homogeneity and low dispersion properties, H-K9L glass is the material of choice for applications where high-resolution imaging is of utmost importance. It enables the creation of optical systems that deliver sharp, distortion-free images, making it ideal for use in microscopes, telescopes, and high-end camera lenses.
  1. H-ZK10L Glass: With its high refractive index and low dispersion characteristics, H-ZK10L glass allows for the design and manufacture of compact yet high-performance optical systems. This makes it suitable for applications where space is limited, such as in miniature cameras and optical sensors.
  1. H-LAF50A and LAF3 Glasses: These glasses, featuring a special lanthanum content, offer superior optical properties, enhancing overall image quality and effectively reducing aberrations. They are widely used in high-end optical instruments where the highest level of optical performance is required.
  1. H-K1, H-K2, and H-K51 Glasses: Valued for their excellent chemical stability and mechanical strength, H-K1, H-K2, and H-K51 glasses ensure long-term reliability in various operating environments. They are suitable for applications where the optical components are exposed to harsh conditions, such as in industrial and outdoor optical systems.
Optical Prisms
Optical prisms, such as right-angle prisms and Amici prisms, play a crucial role in redirecting light paths and splitting light into its component colors. Right-angle prisms, for example, are commonly used to turn light paths by 90 degrees or 180 degrees, while Amici prisms are utilized in spectrometers to disperse light and analyze its spectral components. Their precise angles and high-quality optical surfaces enable accurate light manipulation, making them essential components in many optical systems.
Convex Lenses
Convex lenses are widely used for focusing light and magnifying images. They are available in various shapes and sizes, with different focal lengths to meet specific application requirements. Whether for use in corrective eyewear, cameras, or projectors, convex lenses are designed to provide clear and sharp images by converging light rays onto a focal point.
Fresnel Lenses
Fresnel lenses are known for their lightweight and compact design, making them ideal for applications where space and weight are critical factors. They are commonly used in solar concentrators, projection systems, and optical sensors. Their unique stepped surface structure allows for efficient light focusing and collection, while reducing the overall size and weight of the optical system.
Beam Splitters
Beam splitters are used to divide a light beam into two or more separate beams. They are available in different types, such as polarizing beam splitters and non-polarizing beam splitters, each with its own unique properties and applications. Beam splitters are essential components in interferometers, optical communication systems, and laser measurement devices, enabling the precise manipulation and analysis of light beams.
Filters
Filters are used to selectively transmit or block certain wavelengths of light. They are available in a wide range of types, including color filters, neutral density filters, and bandpass filters. Filters are used in various applications, such as photography, microscopy, and optical communication, to control the spectral content of light and improve the quality of optical signals.
In conclusion, our comprehensive range of optical glass lenses, optical prisms, convex lenses, Fresnel lenses, beam splitters, and filters, including those made from H-K1, H-K2, H-K51, H-ZK10L, H-LAF50A, LAF3, and H-K9L glass, combine precision design, customization capabilities, and outstanding performance. Whether you are a research institution, a medical device manufacturer, or a consumer electronics company, we have the expertise and products to meet your optical needs. Contact us today to explore how our optical components can enhance your optical applications and take them to new heights.


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LED lamps are made with standard lamp connections and shapes, such as an Edison screw base, an MR16 shape with a bi-pin base, or a GU5.3 (bi-pin cap) or GU10 (bayonet fitting) and are made compatible with the voltage supplied to the sockets. They include driver circuitry to rectify the AC power and convert the voltage to an appropriate value, usually a switched-mode power supply. As of 2010 some LED lamps replaced higher wattage bulbs; for example, one manufacturer claimed a 16-watt LED lamp was as bright as a 150 W halogen lamp.[70] A standard general-purpose incandescent bulb emits light at an efficacy of about 14 to 17 lm/W depending on its size and voltage. (Efficacy of incandescent lamps designed for 230 V supplies is less, because the lower supply voltage in north America is more favorable to efficacy.) According to the European Union standard, an energy-efficient lamp that claims to be the equivalent of a 60 W tungsten lamp must have a minimum light output of 806 lumens.[

LED lamps are used for both general and special-purpose lighting. Where colored light is needed, LEDs that inherently emit light of a single color require no energy-absorbing filters. LED lamps are commonly available as drop-in replacements for either bulbs or fixtures, replacing either an entire fixture (such as LED light panels replacing fluorescent troffers or LED spotlight fixtures replacing similar halogen fixtures) or bulbs (such as LED tubes replacing fluorescent tubes inside troffers or LED HID replacement lamps replacing HID bulbs inside HID fixtures) The differences between replacing a fixture and replacing a bulb are that, when a fixture (like a troffer) is replaced with something like an LED panel, the panel must be replaced in its entirety if the LEDs or the driver it contains fail since it is impossible to replace them individually in a practical fashion[65] (although the driver is often separate and so it may be replaced), where as, if only the bulb is replaced with an LED replacement lamp, the lamp can be replaced independently of the fixture should the lamp fail. Some LED replacement lamps require the fixture to be modified such as by electrically removing the fixture's ballast, thus connecting the LED lamp directly to the mains supply; others can work without any modifications to the fixture.[

White-light LED lamps have longer life expectancy and higher efficiency (more light for the same electricity) than most other lighting when used at the proper temperature. LED sources are compact, which gives flexibility in designing lighting fixtures and good control over the distribution of light with small reflectors or lenses. Because of the small size of LEDs, control of the spatial distribution of illumination is extremely flexible,[68] and the light output and spatial distribution of an LED array can be controlled with no efficiency loss. LEDs using the color-mixing principle can emit a wide range of colors by changing the proportions of light generated in each primary color. This allows full color mixing in lamps with LEDs of different colors.[69] Unlike other lighting technologies, LED emission tends to be directional (or at least Lambertian), which can be either advantageous or disadvantageous, depending on requirements. For applications where non-directional light is required, either a diffuser is used, or multiple individual LED emitters are used to emit in different directions.

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