Robot Vacuum Cleaners - Everything You Need to Know!

 The past decade has seen electronic technology advance tremendously with tablets, smart phones, e-readers, and computers. The most groundbreaking invention has been the integration of robotics in business and industry. Smart robots are now available to help the homeowner with the mundane task of vacuuming.

In 2001, Electrolux was the first to introduce robot vacuum cleaners with mapping into the market. Since then, other companies have also produced and introduced them into the market. The public has responded enthusiastically to the product.

The automated dirt pickers aren't mindless machines that wander around picking up dirt; rather, they are intelligent, programmed automatons who seek dirt and manner around obstacles to then park themselves in recharging carts once their job is completed.

Robot Vacuum Cleaner Basics

Robot cleaners typically have a small chassis that is about the same size as a large bathroom scale. They have a rechargeable battery which can charge up to 18 volts depending on the model. The microprocessor in a robot vacuum cleaner reads sensors and relays commands to navigate its environment.

These robot vacuum cleaners have motor-driven tracked wheels that allow mobility and turning. Many models come with additional motors to drive other components such as the suction motor and spinning wall brush, or the agitator in the Roomba model.

Higher end robot cleaners have multiple sensors. One sensor measures the size of the room by sending an infrared signal back that bounces back. One of the obstacle sensors on the front of the unit is a one-way radio that sends out an infrared signal to keep the unit from sliding into a chasm. The front bumper also has an obstacle sensor that activates when it hits an object.

This commands the unit to move backwards, rotate slightly, and then go forwards again. Some models can be programmed to allow the homeowner control the vacuum cleaner's movement within a specific area. The right-side sensor allows the unit's ability to move around and near walls without touching them.

Some models are equipped with a dirt and height sensor that triggers a chassis lift and a repeated vacuuming cycle in very dirty areas. Some models can be controlled remotely. All models have a small, removable dirt bin that can be removed easily.

Why should I use one?

A robot vacuum cleaner can be used to help homeowners save time and eliminate the need for vacuuming. A robot vacuum usually completes the task in less than two hours, which is the average time for the job. It can be used in the home as a vacuum cleaner, or for other purposes. The machine can be used to vacuum for elderly people with arthritis and other joint conditions.

It is cheaper to hire a housekeeper to vacuum or give the job to another person. The machine runs at a minimal cost, with the exception of the electrical charge. Only one task is required: empty the dirt bin. The simplicity and reliability in the components ensures that the maintenance costs are low.

The small, lightweight machine can be easily moved and does not require any pushing or lifting. Robot vacuum cleaners are able to reach places where it is difficult or impossible to reach, such as under furniture and low-lying objects.

Maintenance and cost

The typical robot vacuum cleaner needs only its bin to emptied and the case cleaned with regular soap and water. It is possible to clean, replace or untangle the string from the agitator brushes. Prices vary depending on the model. A $50 machine can cost you $1,200, while a fully autonomous, highly-technical model can cost you $1,200. To find out all about models and features be sure to visit Ilifeshop, your premiere source of Robotic Vacuums with Mapping.

This handy Buyer's guide contains all the information you need in order to compare shop and choose the right model for you. Simply go to ilifeshop seo to download your Free Guide today.