chanelink logo
CHANELINK
English

Laser Photonics cleaning technology simplifies the removal of biofilms in industrial environments

95
2023-09-20 14:41:43
See translation

Laser Photonics Corporation is a leading global industrial developer of CleanTech laser systems for laser cleaning and other material applications, highlighting a key application of its CleanTech laser system.

Wayne Tupuola, CEO of Laser Photonics, commented, "Our CleanTech laser cleaning system provides an efficient and cost-effective method for removing biofilms from various materials and surfaces.

When microorganisms adhere to the surface of an object by secreting viscous gelatinous substances, they form a biofilm in a humid environment. Biofilm can be formed on water treatment system components, food processing plant machinery, medical equipment, and ship hulls. CleanTech laser cleaning allows you to quickly evaporate biofilm on almost any surface through a non-contact, environmentally friendly program that is safe and easy to use for operators.

CleanTech laser sandblasting technology
The CleanTech laser sandblasting technology manufactured by Laser Photonics is environmentally friendly, cost-effective, and time-saving. Applications include rust removal, paint removal, surface treatment, etc. This technology is an excellent alternative to traditional cleaning methods such as sandblasting, dry ice blasting, and other sandblasting techniques.

Source: Laser Network

Related Recommendations

  • Trumpf announces four personnel changes

    Recently, global laser giant Germany's Trumpf announced four personnel changes, namely Claudio Santopietro as the head of intelligent factory consulting and automation, Kevin Cuseo as the head of software sales, Julian Schorpp as the product manager for automatic bending products, and Adam Simons as the head of additive manufacturing for Trumpf North America.According to relevant information, Clau...

    2024-11-26
    See translation

  • New types of lenses in optics: Researchers develop hybrid achromatic lenses with high focusing efficiency

    Researchers at the University of Illinois at Urbana Champaign have developed compact visible wavelength achromatic mirrors using 3D printing and porous silicon, which are crucial for miniaturization and lightweight optical devices. These high-performance hybrid micro optical devices can achieve high focusing efficiency while minimizing volume and thickness. In addition, these microlenses c...

    2023-12-11
    See translation

  • Dehaha launches laser cutting integrated machine screw compressor

    The revolution in the laser cutting industry is in full swing. Like the laser cutting machine industry, China's air compressor industry has developed rapidly in the past 20 years and has undergone iterative progress in response to the huge demands of various industries. It has gradually achieved a process from imitation to independent innovation.Recently, DHH Compressor has launched its latest inn...

    2024-05-27
    See translation

  • Aalyria plans to establish a laser link mesh network to quickly transmit data on land, in the air, in the ocean, and in space

    Aalyria is establishing a laser link mesh network to quickly transmit data on land, in the air, in the ocean, and in space. The maritime part of the plan is about to be pushed forward.Recently, this DC based laser communication network company announced the signing of a memorandum of understanding with HICO Investment Group, which focuses on investing in shipping and logistics companies. According...

    2023-10-26
    See translation

  • 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
    See translation