Window cleaning has long been tedious and time-consuming. At times it can even be dangerous. Fortunately, technology is making this task easier, more efficient, and considerably safer. Let’s take a look at some of the latest window cleaning technologies that are helping homeowners to keep windows clean and shiny.
Drones Can Bring Clarity
This century has brought about smart homes and the “internet of things”. In addition, it has brought the use of drones. Can a drone really clean my windows? The answer is: YES! This kind of technology can be applied to achieve benefits previously unattainable with traditional window cleaning.
Can a drone really clean my windows? The answer is – YES! This kind of technology can be applied to achieve benefits previously unattainable with traditional window cleaning. This includes:
- excellent cleaning results
- ability to reach hard to reach windows
- aviation-like safety features and more!
Eco-Friendly Purified Water
Telescopic poles have been used by window cleaners for more than 30 years. The problem is that these poles are often cumbersome, heavy and generally can’t reach windows above 24 feet high. Traditionally, squeegees and washers are used for a professional window cleaning. But with the latest technologies, this system is being replaced with water-fed poles and brushes.
Traditionally, squeegees and washers are used for a professional window cleaning, but with the latest technologies, this system is being replaced with water-fed poles and brushes.
With this method, the brush is used to remove the dirt and debris from glass panels. The water-fed pole uses purified water for a sparkling, completely clean window without water spots. This process eliminates the need for chemicals and mineral laden water, making this an eco-friendly process. It won’t damage lawns and landscaping that surrounds the building either.
It’s All In The Poles
For decades, professional window cleaners have had a choice in pole systems for cleaning. However, there are benefits and drawbacks to each kind of pole system. The first type of pole system is a telescopic pole. The problem with a telescopic system is that there is a loss of rigidity and control as they are extended.
The alternative is a modular pole system. These systems keep rigidity better during extension. The problem is that – the further a modular system is extended, the heavier it gets.
However, the latest window cleaning technologies can help with this challenge. Composite materials like carbon fiber has become the answer.
When compared to steel, carbon fiber material is much stronger with increased rigidity while weighing significantly less than traditional pole system materials.
Now, window cleaning professionals can stay safely on the ground with no need for scaffolding, ladders, bosun chairs and other equipment. This gives you the ability to reach windows up to 65 feet high.
Let’s not forget about the inside of the glass. Technology has become so advanced with newer, more efficient microfiber textiles.
These materials along with the use of purified water keep the glass clean and deters dirt and debris from redepositing. This will reduce the frequency that the windows will need cleaning, saving time and money.
Robots Are On The Move
In the age of ever-increasing high rises, robots may be the answer. These tall buildings need a lot of regular maintenance to ensure a professional impression.
For the highest of heights, robotic window cleaning systems can be operated via remote control using purified water with no chemical repercussions on the environment or cleanliness of the glass itself.
A Mix Of Technology And Methods
From shopping centers and museums to skylights and highrises, efficient and safe cleaning methods are important.
No matter how big or small the cleaning project is, the latest window cleaning technologies will continue to improve. Safety and efficiency for professionals while providing clients with a budget-friendly service is the top priority.
Professionals can now provide their clients with a combination of cleaning methods and to provide eco-friendly, high-quality results with improved safety and efficiency.