Harness the power of UV-C
Equipment with UV-C lamps for quick and effective disinfection of objects, surfaces and spaces
- eliminates up to 99.9% of all pathogens
- proven success in hospital settings
- without adding chemicals
by Maran
A Mário & Dominguez, Lda. brand
Since 1981 - Certified EU-based company
UV-C product line
Our current desinfection solutions
UV-C Box
Heavier solution for disinfecting larger equipment and instruments for professional use.
Hospital Usage
Industry and Logistics
Commerce and post-sale support
- Adjustable timing
- Automatic security lock
- Cycle indicators
- Made to measure
Why UV-C?
There are countless advantages for companies and institutions that adopt UV-C disinfection measures,
these being the ones we consider to be the main ones
Safe for electronic devices
Allows disinfection of materials that cannot be soaked in biocidal liquid (disinfectant).
Low disinfection cost
More efficient in disinfecting surfaces and objects, compared to manual procedures.
Quickly inactivates Coronaviruses
SARS-CoV-2 neutralized in less than 15 minutes, depending on the equipment used.
Proven technology at the hospital level
Effectively used in many hospitals and clinical centers around the world to disinfect spaces and instruments.
High durability equipment
Resistant materials and low maintenance cost due to long-life lamps (± 9,000 h).
Effective disinfection without side effects
UV-C lamps eliminate up to 99.9% of all pathogens, without the adverse effects of chemicals.
Still not convinced?
See our list of frequently asked questions around Type C UV disinfection
Type C ultraviolet radiation (UV-C) acts directly on the organisms' DNA degrading it, this effectively disables the organism and its replication, thus safely guaranteeing the hygiene of spaces and work utensils. Preliminary studies show that SARS-CoV-2, the virus that causes Covid19, can be inactivated by UV-C (254nm), at a dose of 22mJ / cm2. (1)
(1) Source: Press release – June 16, 2020: Signify and Boston University validate effectiveness of UV-C light sources on inactivating the virus that causes Covid-19
UV-C radiation can be used to disinfect all types of:
- objects - ex: mobile phones, computer equipment, watches, jewelry, keys, …;
- surfaces - ex: tables, chairs, counters, …;
- and spaces - ex: offices, classrooms, gyms, clinical spaces, …;
Yes, it is more effective. In fact, microorganisms have increasingly gained resistance to biocidal agents (eg, multi-resistant bacteria), which does not happen with UV-C radiation. It is also the most suitable technology for disinfecting equipment on which biocidal agents cannot be applied, for example electronic equipment.
Additionally, and unlike biocidal agents, UV-C radiation can be effective in disinfecting biofilms (biological communities with a high level of organization).
UV-C radiation is already used to disinfect water, air, surfaces and objects. In recent years, an increasing number of hospitals and clinical centers have acquired and use this type of technology to ensure effective disinfection of their equipment and spaces. There is scientific evidence that the use of this type of equipment minimizes the spread of pathogens (diseases), as are the cases of viruses and multi-resistant bacteria.
After ozone disinfection toxic particles can remain suspended in the air, which can be inhaled by the space users. A small amount of ozone is sufficient to cause chest pain, cough, shortness of breath and throat irritation. Additionally, exposure to ozone can aggravate pre-existing respiratory illnesses (eg, asthma) as well as compromise the body's ability to fight respiratory infections - not ideal in the current pandemic context.
Type C ultraviolet radiation (UV-C) refers to "type C ultraviolet light". Radiation and radioactivity are different concepts. In general, radiation refers to everything that is irradiated - diffused in the form of rays - such as sunlight, light from a normal lamp, radio waves and light emitted by ultraviolet lamps. In turn, radioactivity is the spontaneous emission of radiation by the nuclei of certain elements - which is not the case with type C ultraviolet lamps. Although UV-C light is not visible to humans, they behave like visible light, traveling through air and water at the speed of light, and when its source is turned off, the UV disappears without leaving residues.
But ... and what does science say?
Surfaces are a means of transmission
(...) high-touch surfaces are recognized as a possible reservoir of infectious agents and their contamination can pose a risk also for the spread of multi resistant organisms.
UV-C does not require special ventilation or leaves residues
(...) use of the mobile UV-light disinfection system, which has the advantages of not requiring changes in a room’s ventilation, not leave residue after treatment, and having a broad spectrum of action and rapid exposure times.
Reduction of contamination via surfaces
Implementation of this “no-touch” technology in various hospitals has documented a sustained reduction in surface microbial contamination, reduced cross contamination, and a reduced spread of multi-drug resistant bacterial infections.
Superior disinfection to chemical alternatives
Surface disinfection by UV light was superior to chemical/mechanical methods, particularly in areas where chemical disinfectant is inadequately applied.
Ideal for objects that cannot be immersed in liquids
UVC equipment was effective disinfecting the most contaminated surfaces assayed, being a promising alternative for disinfecting hospital materials and inanimate objects that cannot be immersed in liquid biocides, reducing the risk of pathogen transmission.
Resistance to chemical agents is increasing
Physical UVC disinfection is a reliable alternative to chemical disinfection due to the increase of chemical-resistant microorganisms and the emission of harmful by-products after chemical treatment.
UV-C acts in the immediate disruption of the DNA chain
UVC disinfection relies on 250–280 nm wavelength radiation to inactivate pathogens as it penetrates microbial cells, disrupting DNA and affecting reproduction and survival.
Chemical disinfection is an incomplete solution
It is recognized that routine cleaning using manually applied chemical disinfectants is often suboptimal, particularly at touch points.
Significant cost savings without additional impact
The UV-C disinfection intervention was associated with a statistically significant facility-wide reduction of multidrug-resistant HAIs and generated substantial direct cost savings without adversely impacting hospital operations.
Resolves the fallibility of the manual cleaning process
(...) surface disinfection procedures (ie, deep terminal cleaning) should also be supplemented with UV-C or equivalent technology because of human factors resulting in cleaning failure.
UV-C disinfection increases user confidence
The perception that UV-C might contribute to a culture of safety is significant, as prior research has demonstrated a strong correlation between patients’ engagement in and satisfaction with their care and patient-reported safety assessments.
What is MARAN?
Created in 1981 the designation Maran is the trademark of Mário & Dominguez, Lda. A company based in Alfena (Porto) that operates in the sector of the metal deformation industry, namely in the design and manufacture of stainless steel furniture and equipment. Among others, these are the main characteristics that distinguish us:
Among others, these are the main characteristics that distinguish us:
High manufacturing quality
We have the human, technical and technological resources to guarantee a rigorous product with finishes above average.
Flexibility and experience
From challenge to challenge. From solution to solution. We are distinguished by the ability to make our experience available to our customers.
Service of excellence
Loyalty, commitment and dedication are words that shape the way we operate. It is in the satisfaction of our client that we find our motivation.
Stainless steel partners
Our know-how and experience operates in several professional areas, both in terms of serial manufacture and in customized solutions.
Laboratiorial and
Hospital Equipment
Clean rooms, Clinical Setting, Laboratory, Mortuary and Veterinary
Restaurant and
Hotel
Industrial Kitchens, Ventilation and Self-service
Hygiene and
Logistics
Logistics, Transport and Sanitary
And new products are just around the corner...
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