chanelink logo
CHANELINK
English

Mycronic receives first order after upgrading solid-state lasers

474
2023-10-16 11:52:09
See translation

Recently, Mycronic AB received its first order from SK Electronics in Japan to upgrade the installed display mask writer from a gas laser to a solid-state laser. The upgrade is scheduled to be delivered within the next two years.

Image source: Mycronic

It is reported that Mycronic's "Pattern Generators" department provides mask writers for display manufacturing and semiconductor production. So far, Mycronic's display mask writer has been equipped with a gas laser, while the SLX semiconductor mask writer has been equipped with a solid-state laser, which consumes 99% less energy than a gas laser.

Previously, it faced the challenge of finding a solid-state laser solution to produce larger display masks, which has now been successfully resolved. The transition to solid-state lasers is an important step for Mycronic in reducing climate impacts throughout its product lifecycle.

Charlotte Samuelsson, Senior Vice President of Mycronic Pattern Generators, said, "Although solid-state laser upgrades will not make a significant contribution to Mycronic's net sales, they are a milestone for us towards sustainable and climate friendly electronic product production. We are pleased to be part of SK Electronics' efforts to achieve sustainable manufacturing by reducing its impact on the climate.

About Mycronic
Mycronic is a high-tech company headquartered in Stockholm, Sweden, engaged in the development, manufacturing, and sales of high-precision and flexible production equipment in the electronics industry. The group has subsidiaries in China, France, Germany, Japan, Mexico, the Netherlands, Singapore, South Korea, the United Kingdom, the United States, and Vietnam.

From: of week

Related Recommendations

  • Analysis of Optically Pumped Semiconductor Laser Technology for Promoting the Development of Life Sciences

    Optically Pumped Semiconductor Lasers technology has achieved great success in the market due to its various unique advantages, with over 100000 OPSL devices currently operating in the market. This article introduces the application and new developments of OPSL in the fields of flow cytometry and DNA sequencing.OPSL has the characteristics of flexible wavelength extension, adjustable power, compac...

    2024-02-01
    See translation

  • Ruifeng high power ultraviolet laser will become an indispensable tool in the production of thin film solar cells in the future

    With the rise of clean energy and the enhancement of environmental awareness, thin film solar cells are gradually replacing traditional silicon-based solar cells as an efficient energy conversion device.However, to achieve efficient solar cell conversion rates, the key is to ensure that thin film solar cells have clear edges and maximize light absorption. In this regard, the unique advantages of h...

    2023-09-08
    See translation

  • New technology from Swedish universities enables real-time laser beam forming and control

    Dr. Yongcui Mi from Western University in Sweden has developed a new technology that enables real-time laser beam shaping and control for laser welding and directional energy deposition using laser and metal wire. This innovative technology draws on the mirror technology used in advanced astronomical telescopes.Adaptive beam shaping using deformable mirror technology (Image source: Western Univer...

    2024-12-19
    See translation

  • Super-resolution fluorescence microscopy utilizes fluorescent probes and specific excitation and emission programs

    Super-resolution fluorescence microscopy surpasses the diffraction limit of what used to be a barrier by using fluorescent probes and specific excitation and emission programs. Most SR technologies heavily rely on image computation and processing to retrieve SR information. However, factors such as fluorescence group photophysics, chemical environment of the sample, and optical settings may cause ...

    2024-01-23
    See translation

  • Graphene terahertz absorber and graded plasma metamaterials

    Optical metamaterials are an effective way to utilize their superior photon capture capabilities. Therefore, perfect absorbers can be achieved through nanoscale resonant plasmas and metamaterial structures.Metamaterial perfect absorbers (MPAs) are typically composed of periodic subwavelength metals (such as plasma superabsorbers) or dielectric resonance units. Compared with static passive physical...

    2024-05-20
    See translation