日本語

LASIT's Laser Revolution: Illuminating the Path to a Greener Future

818
2023-11-28 15:41:47
翻訳を見る

In the breakthrough transformation towards sustainable industrial practices, LASIT is at the forefront of the ecological revolution in laser marking technology. This evolution is not just about labeling products; This is about marking a sustainable future.

Environmental Innovation: A New Era of Industrial Precision
LASIT's laser technology is a model of environmental protection. Unlike traditional methods, it does not require consumables such as ink, dyes, or solvents, greatly reducing its impact on the environment. This progress has reduced production costs, reduced ecological footprint, and is a win-win situation for both businesses and the planet.

Breakthrough of "Natural Brand": Sustainable Labeling on Agricultural Products
An exciting development of laser technology is the "natural brand", which uses lasers to label products. This method eliminates the need for stickers and greatly reduces the use of paper, glue, and ink. Research has shown that compared to producing stickers of the same size, laser marking generates less than 1% of carbon emissions, indicating significant energy savings. So far, this innovative technology has been applied to potatoes, sweet potatoes, coconuts, and cantaloupes.

Creating superhydrophobic surfaces: a leap in sustainable manufacturing
Laser technology can also generate superhydrophobic surfaces, mimicking the self-cleaning characteristics of lotus leaves. These surfaces have a wide range of applications, from smartphone screens to solar panels, with environmental benefits such as reducing water consumption and improving solar efficiency.

Pioneering metal cleaning: reducing environmental impact
Laser cleaning is another noteworthy application. It can remove various unnecessary elements on the surface, such as paint, rust, and insulation materials, without the use of irritating chemicals. This technology can not only extend the service life of materials, promote recycling, but also reduce the environmental burden of chemical treatment.

Laser templates: the road to a paperless world
The influence of LASIT is not limited to product identification. The laser template for indoor building products eliminates the need for traditional materials such as wood, thereby saving trees and resources. This technology enables manufacturers to be completely paperless, greatly reducing their carbon footprint. In fact, laser templates alone currently save over 55000 trees per year.

LASIT's commitment to a green tomorrow
LASIT's laser marking technology is not only related to accuracy and efficiency; This is about responsibility towards our planet. Their innovation demonstrates that industrial processes are both efficient and environmentally friendly, setting new standards for the industry and making significant contributions to global sustainable development.

Source: Laser Net


関連のおすすめ
  • Manufacturing customized micro lenses with optical smooth surfaces using fuzzy tomography technology

    Additive manufacturing, also known as 3D printing, has completely changed many industries with its speed, flexibility, and unparalleled design freedom. However, previous attempts to manufacture high-quality optical components using additive manufacturing methods often encountered a series of obstacles. Now, researchers from the National Research Council of Canada have turned to fuzzy tomography (a...

    2024-05-30
    翻訳を見る
  • Google works with magic leap on AR optics and manufacturing

    In the 2010s, Magic leap is one of the most hyped augmented reality companies, with a lot of money, including from Google. When the magic leap one headset was introduced in 2018, it was not a technological breakthrough in display technology that was once derided. Since then, Magic leap has persevered and has now signed a "multifaceted strategic technology partnership" with Google.Google announced ...

    2024-05-31
    翻訳を見る
  • Lightmatter announces the first 16 wavelength bidirectional link on single-mode fiber

    Lightmatter, a Boston-based startup developing silicon photonics hardware aimed at AI and high-performance computing, has announced a 16-wavelength bidirectional Dense Wavelength Division Multiplexing optical link operating on one strand of standard single-mode (SM) fiber.Powered by Lightmatter’s Passage interconnect and Guide laser technologies, this development “shatters previous limitations in ...

    08-22
    翻訳を見る
  • Jenoptik Jenoptik Group's new factory officially completed in Germany

    After two and a half years of construction, Jenoptik Jenoptik Group's new factory in Dresden, Germany has been officially completed, marking the company's largest single investment in recent times. Jenoptik stated that by expanding its production and research and development capabilities in micro optical devices, it will provide high-precision sensor production technology for high-performance chip...

    05-16
    翻訳を見る
  • Experimental verification of driving pressure enhancement and smoothing for hybrid driven inertial confinement fusion on a 100 kJ laser device

    The research teams from the Laser Fusion Research Center of the Chinese Academy of Engineering Physics, the Beijing Institute of Applied Physics and Computational Mathematics, Peking University, and Shenzhen University of Technology reported experimental verification of the driving pressure enhancement and smoothing of hybrid driven inertial confinement fusion on a 100 kJ laser equipment.The relev...

    2023-09-25
    翻訳を見る