Cheerble E1 dog and cat fountain/waterer

The Cheerble E1 is an innovative dog and cat waterer that provides constant access to fresh water to encourage pets to drink regularly. It features a large 2-liter capacity, reliable filtration and durable ABS plastic construction. It also uses the innovative MagDrive™ technology, which allows for seamless flow without any electronic components in the tank.

Two modes of operation

The Cheerble E1 drinker offers two modes of operation, so you can customize its operation to suit your pet's needs. In smart mode, the fountain automatically starts the flow when it detects your pet's presence. Timer mode, on the other hand, ensures that water is dispensed every 15 minutes for 20 seconds.

Reliable filtration - for the sake of your pet's health

The E1 fountain is equipped with a multi-layer vertical filtration system that effectively removes dirt, odors and sediment. This ensures that the water is always clean and safe for your pet's health! In addition, a special light indicator reminds you when it is necessary to change the filter - you do not have to remember to do it yourself.

Capacity of 2 l

The E1 drinker offers a tank with a capacity of 2 l - you do not need to refill it too often! What's more, the markings on it allow you to conveniently check the remaining amount of water. Just take a look!

MagDrive™ technology

Thanks to MagDrive™ technology, the fountain operates without a traditional pump located in the tank, which significantly reduces noise and makes the maintenance of the device much simpler. Such a solution not only makes it easier to keep the drinker clean, but also eliminates the risk of failures caused by immersion of electronic components in water.

Attention to detail

The Cheerble E1 fountain features rounded edges and has been designed so that pets can use it comfortably. It is also distinguished by a sturdy cable - don't be afraid that your pet will chew through it! In addition, thanks to the modular design, cleaning the drinker will not cause you any problem.