Deutsch

Panacol showcases a new optical grade adhesive on Photonics West

487
2023-12-12 14:46:32
Übersetzung anzeigen

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

Ähnliche Empfehlungen
  • Huashu High tech launches a large format 12 laser metal 3D printer at TCT Asia

    Chinese industrial 3D printer manufacturer Huashu High tech has launched the FS811M metal powder bed fusion series platform. The FS811M series has a construction volume of 840 x 840 x 960 millimeters and can be equipped with powerful 6, 8, 10, or 12 x 500 watt fiber lasers."As the latest member of the Huashu High tech Metal 3D printer product portfolio, FS811M originates from our joint innovation ...

    2024-05-13
    Übersetzung anzeigen
  • German laser company Marvel Fusion recently raised 62.8 million euros in funding

    Recently, Marvel Fusion, a private German company dedicated to commercializing fusion energy through its own laser technology, announced that it has recently raised 62.8 million euros in Series B funding. This round of investors includes HV Capital, b2venture, Earlybird Venture Capital, Athos Venture, Primepulse, Plural Platform, and Deutsche Telekom. Meanwhile, Marvel Fusion has also received add...

    2024-10-12
    Übersetzung anzeigen
  • Afinum Management acquires significant stakes in two laser companies

    Recently, Afinum Management, a private equity firm based in Munich, Germany, has acquired a large stake in two laser companies, with the intention of opening up new laser markets by combining the strengths of three parties.According to media reports, the two companies are ARC Laser in Germany and GNS neo Laser in Israel, and Afinum has agreed with the founders of the two companies that the acquisi...

    2024-08-08
    Übersetzung anzeigen
  • Shanghai Optical and Mechanical Institute has made progress in ultra-low threshold Rydberg state single mode polariton lasers based on symmetric engineering

    Recently, the research team of Dong Hongxing and Zhang Long from the Research Center of Infrared Optical Materials of the Chinese Academy of Sciences Shanghai Institute of Optics and Precision Mechanics, in cooperation with Huazhong University of Science and Technology, reported a new mechanism for generating dynamically tunable single-mode lasers from exciton polaritons with ultra-low thresholds,...

    2023-10-12
    Übersetzung anzeigen
  • Breakthrough! Extending the lifespan of solar panels to 50 years using lasers

    Recently, the National Renewable Energy Laboratory (NREL) under the US Department of Energy has made a revolutionary breakthrough by developing a concept validation method aimed at completely removing polymers from solar panel manufacturing, thereby achieving more efficient and environmentally friendly recycling.Solar panels have always been praised for their recyclability. However, the thin plast...

    2024-04-30
    Übersetzung anzeigen