Milagrow Seagull – Thinnest Floor Robotic Vacuum Cleaner

Description

The ‘Gyro Mapping’ process is used by the Milagrow Seagull-Thinnest Floor Robotic Vacuum Cleaner. To help assess orientation, it uses Earth’s gravity. The gyroscope retains its level of efficacy by being able to calculate the rate of rotation around a particular axis with a freely rotating disc called a rotor, placed on a spinning axis in the middle of a larger and more stable wheel.

As the rotation rate around the roll axis of the robot is determined, it identifies an actual value before the object stabilises.
Milagrow Seagull uses the disruptive Simultaneous Localization and Mapping (SLAM) to create or update the home or office environment map while keeping track of the position of the robot inside the map at the same time.

Milagrow Seagull has a 650ml dustbin & a HEPA 6ilter  with a cleaning efficiency of up to 0.3 micron of particulate matter of 99.97 percent. Impurities and particles, including viruses, allergens, pollen, bacteria, may be washed out.

Slight Wet Mopping with Anti Microbial – Anti Bacterial, 0.5 micron Anti Virus helps to minimize the spread of infectious diseases in hospitals and similar environments.

These microfibers can bind themselves to even the smallest, most microscopic dirt particles, which crudely brush past ordinary cloth fibres (positively giant in comparison). If forces were obvious, you can see that there are adhesive forces between microfibers and dirt (the forces of attraction).

It has a brushless Japanese motor with up to 1500 Pa of strong suction capacity. It has two 800 Pa to 1500 Pa settings for sucking either small beans or heavy particles. Apart from the spot spiral and wall to wall for edge cleaning, the Seagull has an AI smart cleaning mode.