Large Aperture UV Optical Lens 350-380nm BBAR Coating F720mm 360×360mm

Large-size UV optical lens with 350–380nm BBAR coating for UV laser and precision optical systems. Asin Optics manufactures and customs 350-380nm BBAR, F720mm, 360×360mm, high transmission Large Aperture UV Optical Lens in China.

Large Aperture UV Optical Lens 350-380nm BBAR Coating F720mm 360×360mm Product Discription

Asin Optics is a specialized Chinese manufacturer of UV plano-convex lenses, offering large-aperture, high-precision UV optical lenses. Fabricated from UV-grade fused silica, these lenses feature a broadband anti-reflective coating optimized for the 350–380 nm wavelength range. With a focal length of 720 mm and dimensions of 360 x 360 mm, they are suitable for applications such as OEM lasers, UV imaging, and semiconductor processing.

As a manufacturer of UV optical lenses in China, we provide comprehensive support—ranging from sample evaluation and custom design to mass production—enabling our customers to achieve an optimal balance of quality, cost, and delivery time.

Large Aperture UV Optical Lens 350-380nm BBAR Coating F720mm 360×360mm Product Features

This plano-convex lens features the following key characteristics:

  1.  It features a specialized UV coating design optimized for the 350–380 nm range; the BBAR (Broadband Anti-Reflective) coating minimizes reflection and enhances UV transmission efficiency.
  2. With a large aperture of 360 × 360 mm and a focal length of 720 mm, it is ideally suited for optical systems requiring large beam diameters and long working distances.
  3. High parallelism and 60-40 surface quality help reduce ghost images and stray light, thereby improving UV imaging clarity. It is well-suited for high-precision industrial and scientific research applications.
  4.  We offer flexible customization services—whether for a single unit or a batch of 1,000—covering coatings, material selection, and dimensions, all with rapid delivery times.

Large Aperture UV Optical Lens 350-380nm BBAR Coating F720mm 360×360mm Technical Datasheet

Large Aperture UV Optical Lens Custom Capability

Asin Optics provides custom optical manufacturing solutions for UV, visible, and IR applications. From material selection and optical design to precision fabrication, coating, inspection, mounting, and packaging, we can support projects from prototype development to volume production.

Our custom capabilities include plano-convex lenses, plano-concave lenses, spherical lenses, windows, prisms, and other precision optical components. Custom dimensions, focal lengths, surface specifications, coatings, and mounting configurations are available according to customer drawings and application requirements.

Large Aperture UV Optical Lens 350-380nm BBAR Coating F720mm 360×360mm Applications

  • Semiconductor Inspection

    Semiconductor manufacturing demands high precision in defect inspection. Featuring a large aperture (360 x 360 mm) and a long focal length (720 mm), this lens serves as a core optical component integrated into lithography systems. It enables the collection and projection of wide-area light beams, facilitates large-area scanning of large-format wafers, and supports long working distances, thereby improving wafer inspection yields.

  • UV Laser Systems

    With high transmission in the UV spectrum, this lens utilizes UV-grade fused silica and a Broadband Anti-Reflective (BBAR) coating. It is suitable for beam delivery, expansion, or focusing in excimer and solid-state UV laser systems. As a large-aperture collimating and focusing lens, it enables precise focusing and long-range beam delivery, facilitating high-precision micromachining.

  • Spectroscopic Analysis

    Applications such as Raman spectroscopy, fluorescence spectroscopy, and atmospheric environmental monitoring require high optical throughput and extremely low background noise. This large-aperture plano-convex lens collects more optical energy, serving as a condenser or collimator in spectrometers or monitoring equipment. Its UV BBAR coating minimizes reflection losses in the 350–380 nm range and eliminates stray light interference with spectral data.