Electrolux introduces its latest innovation: 2 vacuum cleaners combined with Dust & Gone technology, with a self-cleaning electrostatic brush integrated into the body. It is stored and charged with static electricity inside the vacuum cleaner.
Dust & Gone is an absolutely unique development patented by Electrolux. Consumers value their time, and would rather spend it with family and friends than cleaning.
“We’re happy to report that our vacuum cleaner helps speed up any cleaning, and all dust disappears inside the vacuum and doesn’t get back into the air,” says Wiebke Janke, sales manager for Electrolux.
Dust & Gone – with or without a bag
The Dust & Gone version features one vacuum cleaner each from the JetMaxx and SuperCyclone lines. Both are equipped with an integrated electrostatic broom.
The SuperCyclone is a bagless vacuum cleaner based on Cyclone technology. JetMaxx vacuum cleaner – with dust bag.
Electrolux engineers worked on the design of the SuperCyclone vacuum cleaner by increasing the space for air circulation, which allowed for faster airflow. The JetMaxx has a dustbag in the Airbasket, which allows for a good airflow whatever the position of the vacuum cleaner. The self-cleaning electrostatic broom is perfectly integrated into both vacuums. It is equipped with a telescopic handle, which not only allows you to reach hard-to-reach places, but also allows you to control the movements of the broom, forcing it to bend and cover the surfaces to be cleaned. When folded, the broom is compact and easy to hide in the vacuum cleaner’s special compartment.The Electrolux Dust&Gone SuperCyclone and JetMaxx vacuums are suitable for cleaning hard-coated floors, mixed surfaces, carpets and shaggy surfaces. They are also ideal for cleaning pet hair.
A new cleaning concept: dust and vacuum at the same time!
Fragile items on shelves, brackets, door trims, and more in the home can’t be vacuumed.
57% of Europeans use dust brooms in addition to a vacuum cleaner to clean the house. They are indispensable for hard-to-reach places.
In a survey conducted by Electrolux, over 90 percent of the people surveyed said they would love to use brooms if they were integrated into a vacuum cleaner.
SuperCyclone and JetMaxx vacuum cleaners to be available in April 2011.
How does the Electrolux Dust & Gone vacuum cleaner with a broomstick feature work effectively to remove dust using electrostatic technology?
Is the Electrolux Dust & Gone vacuum cleaner efficient on various surfaces and can it effectively tackle pet hair?
The Electrolux Dust & Gone vacuum cleaner is highly efficient on various surfaces due to its versatile features. It is equipped with different settings and attachments that allow it to effortlessly clean carpets, hardwood floors, and even delicate surfaces. Moreover, its strong suction power and advanced filtration system ensure the removal of pet hair effectively. The vacuum’s specialized brush roll and pet hair attachment work together to capture and remove pet hair from upholstery, carpets, and other surfaces. In summary, the Electrolux Dust & Gone vacuum cleaner is efficient and reliable in tackling various surfaces and effectively removing pet hair.
Yes, the Electrolux Dust & Gone vacuum cleaner is efficient on various surfaces. It is designed to work effectively on carpets, hardwood floors, tile, and other surfaces. Its versatile feature allows it to adapt its suction power and brush roll speed according to the surface being cleaned, ensuring optimum performance and pickup of dirt and debris. Additionally, the vacuum cleaner is specifically designed to tackle pet hair. It has specialized attachments and tools that are effective in capturing and removing pet hair from furniture, upholstery, and other surfaces. With its powerful suction and pet-specific features, the Electrolux Dust & Gone vacuum cleaner is an efficient choice for cleaning various surfaces and tackling pet hair.
Is the Electrolux Dust & Gone vacuum cleaner effective in picking up dust and debris, considering it uses a broomstick design? How does the electrostatic feature contribute to its cleaning capabilities?