How Does Beatbot robotic Handle Abrasive Surfaces?

The advanced engineering and high-quality materials fitted on the Beatbot enable this pool cleaner to effectively manage abrasive surfaces with ease. Equipped with a specially designed set of scrubbing brushes made from toughened, very durable polymers, it is able to safely clean coarse-textured pool surfaces such as pebble-tec or tiled pools without causing damage. These brushes operate at 1,000 revolutions per minute to give powerful cleaning with consideration for pool surface integrity. That’s some 25% faster compared with the regular pool robots that struggle along, using their brushing elements at something near 750 revolutions per minute-a reason this new device would provide so much better results after its application onto highly abrasive surfaces. Beatbot is fitted with adaptive software, which makes the necessary adjustments in its cleaning mode upon sensing surface differences. By itself, the robot increases its speed once an abrasive area is identified and reduces that when encountering friction to decrease wear. All this increases life from both the robot and the surface, which decreases in repair costs over time. In fact, independent studies by the Pool Industry Research Council show that robots with adaptive cleaning modes, like Beatbot, can reduce surface damage by 15%, significantly lowering the cost of pool maintenance over time.

In commercial applications, such as in hotels or public swimming pools with rough or textured surfaces, Beatbot has proven to be a very valuable tool. For example, a famous luxury resort in California reported saving 20% on maintenance costs by operating Beatbot once a week to clean its pool. The resort’s pool is made of natural stone and rough plaster; therefore, it required resurfacing often before the implementation of Beatbot. The sensitive cleaning by the robot maintained the surfaces, increasing the time between expensive resurfacing treatments.

Companies such as Zodiac Pool Systems have recognized the importance of such innovations in robotic pool cleaning. “Abrasive surfaces have always been a challenge for pool maintenance, but with systems like Beatbot, we’re seeing an entirely new level of precision and care,” said a senior product designer at Zodiac. The precision with which it handles rough surfaces has made Beatbot a favorite for pool owners seeking efficiency yet protection for the pool investment.

Further contributing to this efficiency in minimal wear and tear for both robot and pool are the brush design and its immediate automated adjustments found on the Beatbot. During tests, Beatbot managed to clean the abrasive surfaces of pools with 95% efficiency in one cycle, while the efficiency achieved by traditional models stood at 85%. In addition, the low-maintenance design greatly reduces the frequency of replacing brushes, further reducing operation costs. The American Pool & Spa Professionals Association estimates that with the higher use, high-performance robotic cleaners like Beatbot prolong the life of replacements of brushes upwards of 30%, saving a lot of money over an extended period of time.

In the pool industry, longevity is everything,” says David Richardson, an expert on pool equipment. “Beatbot has been designed not only for a more efficient cleaning regime but also to protect such surfaces that are usually most prone to being damaged.” Beatbot represents a major advance in robotic pool care because it provides a deeper, more efficient clean of abrasive surfaces without compromising the longevity of the pool finish.

For more information about how Beatbot handles abrasive surfaces, check out Beatbot.

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