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Strathclyde signs licensing agreement for ground-breaking HINS-light technology

The range uses a combination of lighting technology created by the Linea Light Group using high-intensity narrow-spectrum (HINS) light developed and patented by the University of Strathclyde.

The Linea Light range offers an anti-bacterial light that protects daily health and wellness anywhere

The new eco-care lighting technology suite created by the Linea Light range using high-intensity narrow-spectrum (HINS) light developed and acquired by the University of Strathclyde in Glasgow will enable Woofer and Rollip devices from the i-LèD Professional range to disinfect surfaces and prevent infection, eliminating up To 70-80% of bacteria with continued use.

By using an optical wavelength of 405 mm, environmental care lighting can illuminate and disinfect rooms, avoiding the need for more expensive UV technologies that use frequencies between 240 and 260 nm, require that rooms be empty during disinfection, and can cause degradation effects on a material Sensitive to light

The work of two light sources, an LED dominated by violet and a blue with a white power LED, enables the Environmental Care lighting technology to offer two functions simultaneously: lighting and human health protection.

Linea Light Group will be the first Europe-based company to use the HINS-light patent in conjunction with lighting fixtures, making it available for the Woofer and Rollip groups. Thanks to the exceptional diversity of Linea Light Group’s products, these new functions can be used in offices, public places, hospitals, healthcare places, residential areas and multi-purpose buildings.

The HINS-light technology was developed at the Robertson Trust Laboratory of Electronic Sterilization Technologies (ROLEST) at the University of Strathclyde thanks to the work of a team of experts led by Professor Scott McGregor, Vice Chancellor, with Professor John J. Anderson, Dr. Michael McLean, and Professor Jerry Woolsey.

Gianluca Salciccia, Linea Light Group Sales Director, said: “Linea Light’s approach to designing luminaires has always been unconventional, and we have a new way of thinking about the product that allows our R&D team to create creative freedom.

“ Experts in microelectronics, engineering optics, materials science, digital information technology, mechanical prototyping developers and specialized machine operators talk daily with fashion designers, supermarket managers, executives of large hotel chains and of course specialists such as architects and lighting designers, creating innovative products for technology and application.

“Linea Light Group products and projects put people in the spotlight. Lighting technology can be an important tool for well-being and improving people’s quality of life. Linea Light Group’s new environmental lighting range can also add a third dimension of physical well-being, with products capable of disinfecting environments that People live and work, and their health is protected. ”

Professor John J. Anderson, Research Fellow in Electronic and Electrical Engineering at the University of Strathclyde and a member of the HINS Light Technology Research Team, said: “Care of the environment lighting represents a unique method of disinfection because it does not use harmful chemicals or dangerous UV light but instead uses invisible, invisible light. Harmful to humans.

The system works using specific visible wavelengths that activate the light-sensitive particles inside the microbes. This process produces bacteria killing chemicals such as methicillin-resistant Staphylococcus aureus and Clostridium difficile known as C. The process can be run continuously to achieve complete disinfection of a room with or without occupants.

Professor Scott McGregor from the University of Strathclyde said: “The HINS-light technology is a great example of how the University of Strathclyde is producing innovations that benefit society as well. This technology is harmless to people, so it can be used consistently in different places, thus improving disinfection and preventing the spread of infection. The new environmental care lighting from the Linea Light range means that many people in healthcare, public spaces, and in commercial, work and residential environments can benefit from this technology. ”

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Editor’s Notes:

For more information, please contact:

Lynn Macpherson
University of Strathclyde
And the. [email protected]
Phone: 0141 548 4941

Ghénos Communication for Linea Light Group –
Gabriella Del Senior
[email protected]
http: // www.Genes.Clear

Image Caption:

1. Professor John Anderson from the University of Strathclyde and a member of the HINS-light research team (photo from the University of Strathclyde)

2. Experimental work at the University of Strathclyde’s ROLEST Laboratory while developing the HINS-light technology. The image shows a Petri dish culture plate containing bacterial colonies trapped above a HINS light source that produces germicidal violet / blue light with a wavelength of 405 nm. (Photo credit: University of Strathclyde)

About the University of Strathclyde

The University of Strathclyde is a leading international technological university based in the center of Glasgow, founded in 1796 as the Andersonian Institute,

Inspired by our founding principle as “a place of beneficial learning”, our mission is to make a positive difference in the lives of our students, society and the world. Strathclyde students benefit from an innovative and practical learning experience enhanced by its integration with our research capabilities, high-quality academic resources and unparalleled industry engagement program. The distinction of our research is evidenced by our position among the top 20 research universities in the UK, according to the Times Higher Education analysis of REF2014, and by the growth in the scope and scale of our research collaborations.

We have also redefined how we collaborate and work with industry, government and the third sector to ensure innovation and knowledge sharing are core activities that are having a tangible impact. Strathclyde was awarded the UK’s Times Higher Education Award 2019, Sunday Times Good University Guide Scottish University for the year 2020, and in November 2019 she was awarded the Queen’s Anniversary Prize for Higher and Continuing Education for her excellence in energy innovation.

The University of Strathclyde’s flagship entrepreneurship program, Strathclyde Inspire, supports and encourages entrepreneurship for all. Available to students, employees, and alumni who want to explore their potential in entrepreneurship, start a business or commercialize their research, it also provides support at every stage of the entrepreneurial journey.

The launch of Strathclyde’s new five-year entrepreneurship strategy through 2025 defines the university’s plans to transform entrepreneurship.

About the Linea Light range

1976 was Minulamp, specializing in components for light fixtures; Then, thanks to union with other realities in Veneto, the current name Linea Light Group was born in 1985. At the beginning of the year 2000, the Treviso-based company was one of the first in Europe to specialize in LED technology, the perfect solution to your efficiency needs. Energy, lighting efficiency, color fidelity, and design versatility. The experience gained over the years has allowed us to gain advanced technical knowledge through Made in Italy designs, completely in-house made electronics and a R&D department consisting of 85 specialized professionals. With 6 production plants, 20 offices around the world and more than 550 employees, Linea Light Group today stands out with its mission to consider the idiosyncrasies and needs of local partners with a “think globally, act locally” perspective, ensuring global coverage and providing personalized and timely service worldwide . Thus the company has managed to develop a market approach that aims to give maximum space to ideas, and to restore the power of creativity to those who design, in all ways, by all means.

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