한국어

Panacol showcases a new optical grade adhesive on Photonics West

224
2023-12-12 14:46:32
번역 보기

Panacol will showcase new optical grade resins and adhesives for embossing and optical bonding applications at the SPIE Photonics West exhibition held in San Francisco, California, USA from January 30 to February 1, 2024.

These new adhesives can be used for sensors in lightweight carpets, smart devices, and wearable devices in the automotive industry, or for generating structured light in projectors or time-of-flight sensing applications.

Panacol specially formulated adhesive is used for imprinting and replication of refractive lenses and diffractive optical elements. These adhesives are suitable for micro nano imprinting lithography, wafer level optical devices, and wafer bonding. The newly launched adhesives Vitralit UC 1632 and Vitralit UC 1658 have a viscosity range of 100 to 200 mPas, making them easy to apply through water pit dispensing, spin coating, or spraying.

They have excellent adhesion to commonly used glass wafers and upcoming new polymer substrates. Once coated and embossed, the adhesive will quickly cure under ultraviolet light, forming a precise and durable structure on the wafer. Both of these adhesives are specifically tailored to meet the high requirements of optical reliability, such as low yellowing, temperature stability, and shape retention.

For black shading and shading purposes, Panacol also offers black UV cured adhesive Vitralit BL UC 1103. This black epoxy resin adhesive can penetrate ultraviolet rays when not cured. After curing, it is opaque and light blocking.

In terms of optical bonding and alignment, Panacol has developed UV cured adhesives Vitralit 7311, Vitralit VBB-60, and Vitralit 1860, as well as heat cured adhesives Structuralit 5531 and Structuralit 5511. These adhesives have high adhesion to glass and widely used plastic substrates. Adaptive Vitralit UD 8057 is specially formulated for dual curing using UV/visible light and atmospheric moisture. This allows the adhesive to cure with water in shaded areas where UV/visible light cannot reach.

These adhesives used for optical bonding can be easily cured through H ö nle's high-strength LED curing system, which perfectly matches the wavelength of the Panacol photoinitiator. After curing, Panacol's optical grade adhesive has flexibility and tension balance, which can reduce stress on different substrates.

Source: Laser Net

관련 추천
  • Bodor Laser has been approved by Shandong Engineering Research Center

    Recently, the Development and Reform Commission of Shandong Province announced the list of Shandong Engineering Research Centers for 2024. bodor Laser has been recognized as the "Advanced Laser High end Intelligent Manufacturing and Application Shandong Engineering Research Center" and is the only enterprise in the laser intelligent manufacturing industry to be listed.As an important component of ...

    2024-07-17
    번역 보기
  • Process practice of blue light semiconductor laser cladding copper on copper

    Laser Cladding, also known as laser cladding or laser cladding, is a method of adding cladding material to the surface of the substrate and using a high-energy density laser beam to melt it together with the thin layer on the surface of the substrate. It forms a metallurgical bonded additive cladding layer on the surface of the substrate, which can be used for surface strengthening and defect repa...

    2024-04-09
    번역 보기
  • Tokyo Institute of Technology collaborates with EX Fusion to promote laser fusion energy closer to commercialization

    Recently, Tokyo Institute of Technology and EX Fusion established a collaborative research group focused on promoting liquid metal equipment to achieve commercial laser fusion reactors. The two sides held an official signing ceremony in Tokyo on October 11th, marking the official start of their cooperation.The EX Fusion Liquid Metals Collaborative Research Group was established with the support of...

    2023-10-17
    번역 보기
  • The Influence of Laser Beam Intensity Distribution on Lock Hole Geometry and Process Stability under Green Laser Radiation

    Researchers from the University of Aveiro in Portugal and the School of Engineering at Porto Institute of Technology (ISEP) in Portugal reported a study on the influence of laser beam intensity distribution on the geometric shape and process stability of lock holes under green laser radiation. The relevant paper titled "Influence of Laser Beam Intensity Distribution on Keyhole Geometry and Process...

    03-26
    번역 보기
  • Set a new world record! Optical crystals as thin as cicada wings increase energy efficiency by over a hundred times

    On quartz sheets, the angular rhombic boron nitride crystals with a thickness of only 1 to 3 microns are as thin as cicada wings, but their energy efficiency is 100 to 10000 times higher than traditional optical crystals. At the opening ceremony of the 2024 Zhongguancun Forum Annual Conference held on April 25th, the world's thinnest known optical crystal was listed as one of the top ten technolog...

    2024-04-26
    번역 보기