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China Fiber Lens Suppliers - High-Quality Optical Fiber Devices from Factory: Tapered, Cylindrical, and More
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China Fiber Lens Suppliers - High-Quality Optical Fiber Devices from Factory: Tapered, Cylindrical, and More

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Discover our high-quality lensed fibers, including:
◎ Tapered Lensed Fiber
◎ Cylindrical Lensed Fiber
◎ Spherical Lensed Fiber
◎ 45-Degree Spherical Lensed Fiber
◎ Cleave Lensed Fiber
◎ Blade Lensed Fiber
Our Lensed Fiber Array is also available as an optional feature, allowing for customized solutions to meet your needs. Manufactured in our state-of-the-art China factory, we ensure precise fiber height tolerance of +/-10um. As leading suppliers, we are committed to providing exceptional products that cater to diverse applications.

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    Product Introduction

    A lens fiber is a new type of optical fiber device that features a microlens structure fabricated on the end face of a conventional optical fiber through special processes (such as grinding, photolithography, and laser processing). Its core function is to optimize the efficiency of optical signal transmission and reception, solve the loss problem of traditional optical fibers in optical coupling, and is widely used in fields such as optical communication, sensing, and lidar.

    Its core advantage lies in its optical control capability: the microlens can precisely adjust the spot size and divergence angle, compressing the divergence angle of the light emitted by the fiber from tens of degrees (typical of conventional optical fibers) to within a few degrees. This concentrates the optical signal, enabling an insertion loss as low as 0.1dB or less when coupling with devices like optical chips, detectors, and lens arrays—far outperforming the coupling effect of traditional optical fibers. Additionally, lens fibers support single-mode and multi-mode optical fiber substrates, and can be customized into different microlens shapes (such as spherical, aspherical, and cylindrical) to adapt to various packaging spaces and optical field requirements.

    In application scenarios, lens fibers serve as the "coupling bridge" for high-speed optical modules, facilitating efficient connection between optical fibers and silicon photonic chips in 100G/400G silicon photonic modules; in the lidar field, their low-loss and small-size characteristics make them suitable for compact spaces like vehicle-mounted systems; in optical fiber sensing, they can enhance the sensitivity of weak optical signal collection. With their high coupling efficiency and flexible customizability, lens fibers have become a key enabler for promoting the miniaturization and high-performance development of optoelectronic devices.

    Applications

    • High Speed Transceiver PSM4
    • Data Center
    • Communications

    Characteristics

    • Monolithic Integrated Structure
    • Low Loss
    • Optical Beam Customized

    Frequently Asked Questions

    What is a lens fiber and how is it fabricated?
    A lens fiber is a new type of optical fiber device featuring a microlens structure fabricated on the end face of a conventional optical fiber. It is manufactured using special processes such as grinding, photolithography, and laser processing.
    What is the core advantage of using lens fibers?
    Its core advantage is its optical control capability. The microlens can precisely adjust the spot size and compress the divergence angle of the light from tens of degrees to within a few degrees, concentrating the signal and reducing insertion loss to as low as 0.1dB or less.
    What shapes of microlens are available for customization?
    To adapt to various packaging spaces and optical field requirements, lens fibers can be customized into different microlens shapes, including spherical, aspherical, and cylindrical shapes.
    In which high-speed optical modules are lens fibers applied?
    Lens fibers serve as a coupling bridge for high-speed optical modules, facilitating efficient connection between optical fibers and silicon photonic chips in 100G/400G silicon photonic modules, as well as High Speed Transceiver PSM4 applications.
    How do lens fibers benefit lidar and sensing applications?
    In the lidar field, their low-loss and compact size make them ideal for space-constrained vehicle-mounted systems. In optical fiber sensing, their high coupling efficiency enhances the sensitivity of weak optical signal collection.
    What are the primary characteristics of lens fibers?
    The primary characteristics of lens fibers include a monolithic integrated structure, low optical loss, and the ability to customize the optical beam according to specific requirements.