Español

Laser Photonics Corporation receives MF-1020 order

789
2025-02-27 10:10:32
Ver traducción

Recently, Laser Photonics Corporation (LPC) announced that it has partnered with Foon Technologies to receive its second order for the DefenseTech MRL (MF-1020) handheld cleaning system, which was facilitated by a distributor.

The DTMF-1020 air-cooled handheld pulse laser cleaning equipment adopts dual axis technology, simplifying the maintenance process. The system will be used by the Navy Command that ordered the first set of equipment.

LPC Executive Vice President John Armstrong stated that the second order fully demonstrates the reliability and effectiveness of our technology. The headquarters requires a powerful and reliable laser system, and we are proud to meet their needs. Our laser system is fundamentally changing the maintenance process of the navy, providing cleaner, safer, and more efficient solutions.

This order highlights the success of LPC and Fonon Technologies in providing high-quality laser solutions and consolidates their growing reputation in the defense industry. LPC's DefenseTech equipment can effectively remove rust, coatings, and residues without damaging the underlying surface, ensuring that the equipment is always available and extending its service life. These environmental solutions do not require the use of chemicals and grinding media, greatly reducing secondary waste and operator health risks.

Source: OFweek

Recomendaciones relacionadas
  • 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
    Ver traducción
  • Fiber laser array for single pixel imaging is expected to achieve remote detection

    Single pixel imaging (SPI) is a novel computational imaging technique that has been widely studied in recent years. This technology only uses single pixel detectors without spatial resolution to obtain spatial information of targets.It has unique advantages and compensates for the shortcomings of traditional imaging technologies based on array detectors, such as relatively immature or expensive ar...

    2024-05-15
    Ver traducción
  • Researchers have developed a quantum cascade laser in Italy

    The first all-Italian quantum cascade laser was born at the National Research Center in Pisa. The protagonists of this milestone are two researchers from the Nanoscience Institute, Lucia Sorba and Miriam Serena Vitiello, who together with their research team designed and developed this innovative device.In fact, quantum cascade lasers have unique potential for detecting gases and other molecules, ...

    2023-08-04
    Ver traducción
  • BluGlass successfully raised $5.87 million to accelerate GaN laser production and delivery

    Recently, BluGlass, a leading global semiconductor development company, successfully completed its stock purchase plan (SPP) and raised $5.87 million in funds (excluding costs). This SPP provides eligible shareholders with the opportunity to subscribe to up to $100000 in new shares of BluGlass at a discounted price of $0.037 per share, along with free additional options. This initiative has gained...

    2024-04-12
    Ver traducción
  • Laser giant seeks $100 million financing for $422 million debt restructuring

    On August 6th local time, Luminar, a leading publicly traded company in the field of LiDAR, announced a $422 million debt restructuring and raised $100 million in new capital. This measure marks Luminar taking solid steps in optimizing its capital structure and enhancing its financial stability.In early May this year, this laser radar manufacturer released an open letter disclosing a major strateg...

    2024-08-09
    Ver traducción