Can Floor Vacuum Cleaner clean floors of different materials?

The floor materials of modern homes are becoming more and more diverse, from hardwood floors to tiles, from short-pile carpets to stone, and different surfaces have different requirements for cleaning tools. As one of the core technologies in the field of intelligent cleaning, does Floor Vacuum Cleaner have true cross-material cleaning capabilities?
1. Cleaning challenges and solutions for hard floors
For hard floors such as hardwood floors, tiles and marble, the core of cleaning is to thoroughly absorb dust while avoiding surface wear. At present, mainstream Floor Vacuum Cleaners are generally equipped with pressure-sensing roller brush systems, which use piezoelectric sensors to monitor the hardness of the floor in real time and dynamically adjust the roller brush pressure. Experimental data show that models equipped with carbon fiber roller brushes can reduce the friction coefficient by 85% when cleaning hardwood floors, while maintaining a stable suction force of more than 2100Pa, and the removal rate of dust particles above 0.3μm reaches 99.6%.
2. Technological revolution in carpet cleaning
The special structure of carpet fibers makes traditional vacuum cleaners prone to problems such as entanglement and leakage. The new generation of models performed well in the long-pile carpet cleaning test through the three-dimensional air circulation system and self-adjusting torque distribution technology: when the carpet material is detected, the roller brush speed automatically increases to 6000rpm, and with the spiral airflow channel, the pet hair hidden 3mm deep in the fiber root can be completely removed. Comparative tests by the UL laboratory in the United States show that the removal efficiency of a flagship model for carpet mites is 2.3 times that of traditional models.
3. Intelligent adaptation to mixed material environments
In duplex houses or commercial spaces, the alternating appearance of multiple floor materials puts higher demands on cleaning equipment. The Floor Vacuum Cleaner with a multi-spectral sensor can scan the light with a wavelength range of 380-980nm and complete the identification of floor materials within 0.1 seconds. Field tests by the Japan Home Appliance Association show that models equipped with an AI material recognition system have a 47% increase in cleaning efficiency compared to non-intelligent models in a mixed scenario of wooden floors, carpets and tiles, while reducing energy consumption by 22%.
4. Breakthroughs and limitations of special materials
For special materials such as linen mats and terrazzo, the cleaning effect shows differentiated performance. Laboratory data shows that for terrazzo floors with a concave-convex depth of more than 2mm, an electric mite removal brush head that beats 12,000 times per minute is required to achieve the ideal effect. For natural fiber mats with a weaving density of less than 200g/㎡, it is recommended to switch to a pure suction mode without a roller brush to avoid fiber damage.
From the perspective of technological development, modern Floor Vacuum Cleaner has broken through the limitations of single material cleaning. Through the synergy of sensor fusion, dynamic torque distribution and AI learning system, its cleaning efficiency can cover more than 95% of household floor materials. When choosing, consumers should focus on core parameters such as the material recognition accuracy of the equipment, the diversity of the roller brush system, and the suction retention rate, so as to achieve true deep cleaning in a diversified home environment.