The demand for professional window cleaning services has increased due to the growing popularity of glass buildings and natural lighting. Technologies that are safer and more efficient for cleaning external windows at heights are becoming more and more necessary as higher rise residential and commercial buildings are constructed. In the last ten years, there have been significant advancements in window cleaning technologies. Traditionally, the majority of innovations have focused on pole, rope, and cradle systems. More recently, however, window cleaning robots have been introduced.

We will explore the many approaches of window cleaning at heights in this blog. Continue reading to learn more about the fascinating realm of robotic window cleaners.

Telescoping Poles

For many years, telescopic poles have been a mainstay in the window cleaning business. Because these poles are extensible, window cleaners may reach higher windows and perform a better job cleaning them without the use of scaffolding or ladders.

Efficiency

Telescopic poles have certain drawbacks even though they work incredibly well for cleaning windows. Their restricted range is the main disadvantage. Most telescopic poles can only stretch up to 6 or 7 meters. This implies that when cleaning a huge multi-story structure, they may not be the most efficient equipment.

Challenges at Heights

There are further difficulties when using telescopic poles for high windows. At these heights, cleaners must be able to handle both a washer and a squeegee, which can be challenging. When working at such distances, even the most seasoned window cleaners may find it difficult to maintain control and accuracy.

Suitability

Due to these limitations, telescopic poles are best suited for lower buildings or sections of buildings that are within their reach. For taller structures, other methods or technologies may be necessary to ensure effective and safe window cleaning.

Fed Poles with Water

Over time, telescopic poles have seen substantial advancements that have resulted in the creation of the water supplied pole. This creative invention significantly improves the simplicity and effectiveness of cleaning windows at heights by combining a brush, water supply, and an extending pole into one item.

Advanced Technologies

Using high tech carbon fibre has further improved water-fed poles. Carbon fibre, which is composed of extremely thin carbon strands, is both remarkably strong and lightweight. For every unit of weight, it is five times stronger than steel. Additionally, carbon fibre is very resistant to chemicals and can sustain high temperatures, making it a perfect material for the demanding nature of professional window cleaning.

Purified Water's Benefits

Using purified water is one of the main characteristics of water fed poles. Windows that are fully dried with no residue or stains are guaranteed to be free of spots thanks to purified water. Tap water contains minerals and salts that can dry on the glass, leaving behind unsightly marks. By using purified water, cleaners can achieve streak-free results without relying on chemical cleaners, which is also beneficial for the environment.

Efficiency and Environmental Benefits

The integration of purified water with water fed poles not only improves quality of cleaning but also reduces the need for chemical cleaners. This makes the process more environmentally friendly while still delivering excellent results. Water fed poles represent a significant advancement in window cleaning technology, combining efficiency, high performance, and sustainability.

Abseiling

Anyone who works in a high-rise building frequently witnesses people abseiling, or using rope access. This method allows window cleaners to dangle from an abseil rig, giving them direct access to the glass. Unlike water-fed poles that work from a distance, abseiling enables cleaners to get up close for a thorough and professional clean. This proximity allows them to maneuver around easily and reach places that poles might miss.

Risks and Regulations

Abseiling does, however, entail certain risks as well as stringent health and safety guidelines. For obvious reasons, the potential dangers are significant, requiring rigorous safety protocols. Additionally, privacy considerations may arise, particularly for clients in sensitive industries or government organizations. They could be worried that secret information might be seen via windows by cleaners.

Platforms and Cradles

In certain structures, hanging a cradle over the side of the building is the only practicable means to get to the windows. It's possible that integrated cradle systems from modern structures are in place to facilitate and secure this operation. For other structures, a specialized setup is required. When configuring a cradle system, variables such building height, window size, and structural strength must all be taken into account.

Fixed Stages

Mounted platforms provide a workable substitute for cradle systems when they are not appropriate or available. Higher windows may be accessed by using these hydraulic platforms that are adjustable, which are commonly installed on trucks or other large vehicles. Like suspended cradles, they are simple to maneuvers and operate, and they have guardrails and safety rigs. Where alternative technologies would not be feasible, this technique offers a safe and adaptable solution to clean windows on buildings.

Drones and Robots for Cleaning Windows

Let's now explore the most fascinating advancement in window cleaning technology: drones and robots. Drones that shoot water are the newest technology to enter the commercial window cleaning market. An elongated pipe that remains on the ground connects these drones to a water supply. After that, the drone may fly up to towering buildings' façades to wash and squeegee glass at any height.

Quickness and Security

In addition to being far safer than their human counterparts, these window cleaning robots are also quicker. The window cleaning staff may operate the hose and drone controls while staying securely on the ground by utilizing drones. Because the drone performs all of the job at a height, there is far less chance of accidents or fatalities. The safety of employees at great heights is one of the main issues facing the window cleaning business, and this innovation solves it.

Flexibility

These water fed drones have other possible uses besides cleaning windows. They can be used for more than merely cleaning; as an example, they can be employed to put out flames on upper building levels.

Industry Innovation

The window cleaning business is always looking for new and innovative methods to enhance its technology and products. Drones and robots for cleaning windows have not only eliminated safety issues but also raised productivity and profitability. They also guarantee spotless windows each and every time.

In order to satisfy the requirements of contemporary high rise structures, these new technologies which combine safety, speed, and great performance represent a substantial advancement.