The Original Broombi
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Broombi is a unique and versatile product that is useful for any household. It can clean on smooth surfaces as well as fabrics, carpet and rugs. It cleans all types of debris, fine dust, liquids, broken glass, removes hair, and pet hair. The proprietary materials used for the blades create static electricity when cleaning, attracting dust like a magnet, preventing it from escaping when sweeping. Broombi can be washed and is easy to maintain. Very hygienic and no wasted refills!
- PATENTED QUAD-BLADE TECHNOLOGY: Unique design silicone edge creates static-electricity when used to attract hair and fine dust. Efficiently cleans every nook and cranny of the house.
- EXTREMELY VERSATILE: Sweeps up every shard of broken glass, liquid spills, fine dust, coffee granules, sugar, removes pet and human hairs, and easily wipes up gooey messes such as ketchup, broken eggs.
- CLEANS ON MANY SURFACES: Carpets, rugs, smooth floors, tile, hardwood, windows, shower walls. Broombi cleans on wide areas as well as tight corners and hard to reach places such as under beds and sofas.
- WASHABLE, EASY TO MAINTAIN, VERY HYGIENIC: Unlike ordinary brooms, Broombi will never have dirty and unsanitary bristles. Simply rinse the smooth blades after each use to keep Broombi and your house clean and hygienic.
- HIGH-QUALITY MATERIALS: Broombi is very lightweight yet extremely durable, made of a solid construction that will last for years.
How it Works
Technology in a Broom
QUAD-BLADE TECHNOLOGY
Broombi's powerful quadruple blades pick up all types of contaminants and debris along its path, cleaning on smooth surfaces,rugs, and fabrics.
STATIC ELECTRICITY POWER
The proprietary materials used for the blades create static electricity when Broombi is in use, attracting and trapping fine dust and hairs. Cleaning is done efficiently and with less effort.
UNIQUE AIR-FLOW GRID FRAME
Broombi's patented grid frame design allows air to pass through while sweeping. This efficient design concept prevents dust from disbursing as it glides along surfaces.