LG Electronics company represents on the American market the new VK711 series vacuum cleaners, created with the basic needs of consumers. It has high suction power, making vacuuming easy and efficient, and high mobility through soft wheels and extra-long cord.
LG has carefully analyzed which qualities of vacuum cleaners are decisive for users. That is why one of the main advantages of VK711 models is that they easily cope with dust, without requiring extra effort and time. Designed with an emphasis on ease of use, the VK711 series vacuum cleaners feature an advanced dust canister whose design prevents clogging and clogging of debris, which, in turn, provides freer dust suction and ease of emptying the dust canister.
For the convenience of users, the company has also developed more technological wheels, thanks to which the vacuum cleaner moves gently and quietly in space. All this makes cleaning easier and more efficient.
The increased mobility of VK711 models is also achieved by increasing the length of the cord. VK711 models are equipped with a 9-meter cord, which allows you to easily move from room to room, reaching the most remote corners without having to switch from socket to socket. The range of these vacuum cleaners is 12,5 meters, which means that now even the most difficult areas of the house or apartment will always be clean – and without unnecessary efforts of the owners.
Moreover, thanks to the advanced cyclonic system, which has the shape of an ellipse, vacuum cleaners LG VK711 suction even microscopic particles of dust. The change in the shape of the cyclone increases the centrifugal force, which increases the suction power. In turn, the special shape of the cone and the horizontal positioning of the system ensures constant working power by reducing the friction force of the air flow in the cone.
The three-layer HEPA 12 high-efficiency air filter also provides maximum protection against pollutants.
What purpose do the soft wheels on LG vacuum cleaners of VK711 series serve in terms of efficient cleaning?