Shining a Light on the Future: The Power of UV Disinfection

Explore How Autonomous UVD Robots Deliver a Competitive Advantage in UV Light Disinfection.

Explore future trends in UV-C disinfection technology, including self-driving robots, enhanced safety, scheduled disinfection and more.

Choosing the right UV Disinfection Solution is complex. Consider efficacy, validation and more. Read our blogpost about what you should consider.

Blue Ocean Robotics has been awarded a national group purchasing agreement by Premier, Inc.

Revolutionize disinfection with our UV-C light bulbs. Effective and self-driving, they ensure 360-degree germicidal coverage in various indoor facilities.

Debunk UV-C light disinfection myths! Explore the truths behind 5 common misconceptions, from shadow coverage to safety and efficiency.

Explore the invisible spectrum of UV light, focusing on UV-C's unique and powerful applications in disinfection protocols.

Today, on May 5th, we honor International Hygiene Day, stressing the importance of hand hygiene. Let's prioritize cleanliness for a cleaner environment.

Dive into the intricate world of DNA this DNA Day! Join us as we pay tribute to the molecule of life. Discover the essence of DNA in our latest blog post.

Discover the contrast between removing visible and invisible soil (cleaning) and eliminating selected microorganisms (disinfecting). See the difference here.

Candida auris continues to be a concern for various facilities, particularly in the U.S. But what exactly is Candida auris and why is it spreading?

Clostridioides difficile, or C.diff, is a microorganism that can grow endospores, allowing microorganisms to exist under harsh survival conditions.

Recent global events have put disinfection protocols in the spotlight. There are enhanced cleaning and disinfection protocols too – but what are they?

Ultraviolet C, or UV-C light, is considered a powerful tool for disinfection. But why is this the case? Here are the top 3 reasons why.

Self-driving Ultraviolet C (UV-C) light disinfection combines two innovative technologies. But why is self-driving UV-C light disinfection so effective?

Indoor care facilities may experience different degrees of use, and this may result in different levels of microorganisms. Here is what you need to know.

UV disinfection in indoor facilities is evolving. What does UV light do, and how can it be used effectively? Let's explore the latest trends.

Microorganisms can exist on surfaces for different lengths of time - but there are ways to deactivate them. Here is a closer look at the technology behind this.

Disinfecting environments in various facilities has taken the form of innovative technology in recent years. Here is a closer look.

Explore the modern improvements in UV-C light disinfection, including mobile delivery methods and high-efficacy UV wavelengths. Here is a closer look.

Staphylococcus aureus is a microorganism common to indoor areas and surfaces. But what is this organism and how can it be deactivated?

Disinfecting environments reach new levels with the use of Ultraviolet (UV) light. Here is a closer examination. 

Making sense of environmental cleaning protocols can sometimes be a difficult task. This is especially the case with indoors environments.

Historically, cleaning and disinfecting has been limited to buckets and rags, however, newer technologies have been implemented into these practices.

Modern cleaning and disinfection practices have changed significantly, and there may be no greater example than the use of robots in indoor environments. 

Ultraviolet (UV) light has been associated with the eliminating microorganisms for a long time, but its use is constantly advancing.

Using the most effective form of UV-C light, our robot attacks and destroys microorganisms, and will reduce them on high-touch surfaces.

A robot may be defined in many ways, but the term robot broadly refers to an autonomous machine or system that moves by itself without human interaction.

UV disinfection methods are effective against microorganisms, but UV dose affects their efficacy. Here's more on UV doses and their impact.

UV-C light exposure has been associated with the reduction of microorganisms on surface areas. But how exactly does UV-C light inactivate them?

Maximise your disinfection efficiency in various settings with UVGI. Learn how to avoid shadowing & optimize your cleaning process with UV Disinfection.

Surfaces in various segments are categorized by frequency of use and need for disinfection. The following is a description of these & the disinfection.

An environmental disinfection solution that addresses different forms of microorganisms, especially selected microorganisms in various settings.

Using the most effective form of UV-C light, our robot attacks and destroys microorganisms, and will reduce bacterial counts on high-touch surfaces.

Disinfecting environments and facilities requires a means of measuring efficacy in reducing bacteria and other microorganisms. Learn more.

Airports, Hotels, and Railways Look to Autonomous, Disinfection Robots to Reinforce Peace of Mind and Support Travel Industry Recovery.

As many have already explored the different UV light disinfection solutions, we often get the question: What is better - autonomous UV or static systems?

Health Canada has provided UVD Robots with a PMRA registration making the UV-C disinfection robot eligible to be used as one of the only UV-C systems.

We get a lot of questions from people asking “What is UV-C light and how does it work?” Read on to see our visualization of its effects.

UVD Robots partners with OCC Commercial Consulting to offer fast & efficient disinfection solutions for supermarkets, providing great shopping experiences.

37 robots play crucial role in bringing students in New Mexico school district back into the classroom with a higher level of disinfection.