First: Accurate Positioning and Navigation System

The early random path robots had no structured way of cleaning. They would sweep the same area multiple times while missing others entirely, leading to poor coverage and low efficiency. To achieve a systematic cleaning pattern with high coverage, the positioning system is crucial. It forms the foundation for path planning, making it one of the most important features to consider. There are several types of navigation systems available, each with its own pros and cons:

Wireless indoor positioning has become a popular choice among many brands due to its advantages. The iPNAS model, for example, uses this system to provide a more organized and efficient cleaning experience, ensuring maximum coverage.

Second: Strong Suction Power Ensures Better Cleaning

A well-planned cleaning route is not enough—strong suction power is essential for effective cleaning. Robot vacuums function like portable vacuum cleaners, and strong suction is a must. This power comes from the motor inside the unit. When choosing a motor, look for high RPM, strong suction, long lifespan, and low noise levels. Digital inverter motors and NIDEC motors from Japan are top choices, with digital inverters offering better value for money.

Third: Advanced Cleaning Components for Deeper Clean

To ensure a deep clean, your robot should have the right components. Key elements include:

• Side Brush: A dual-brush design with a length of 6 cm or more is ideal for sweeping corners and edges effectively.
• Vacuum Nozzle and Floating Roller Brush: These two options offer different benefits. The vacuum nozzle prevents hair tangling but may lack suction strength, while the floating brush provides stronger cleaning but can get caught in hair. The best option is a model that allows easy switching between the two.
• Water Tank and Mop: A large water tank and a mopping pad are essential for wet cleaning tasks, especially for hard floors.

Fourth: Comprehensive Sensor Technology

Home environments can be complex, with furniture, stairs, and obstacles. A good robot vacuum needs advanced sensors to navigate safely. Essential sensor features include:

• Collision Avoidance: Dual detection sensors ensure precise and wide-range obstacle detection, especially around tables and chairs.
• Fall Prevention: Sensors prevent the robot from falling down stairs or off ledges.
• Hair Tangle Protection: Prevents the robot from getting stuck in carpets or wires during operation.
• Obstacle Climbing: Enables the robot to pass thresholds, sliding doors, and small stones easily.

Fifth: Smart Charging and Mobile App Control

For those who want convenience, smart charging and mobile app control are game-changers. Smart charging allows the robot to automatically return to its charging dock when the battery is low, eliminating the need to manually recharge. Meanwhile, a smart app lets you control the robot remotely, schedule cleaning sessions, and monitor its performance from your phone. This makes managing your home cleaning much more efficient and user-friendly.

Choosing the right smart robot vacuum involves understanding the technology behind it. Established brands often offer reliable performance, strong after-sales support, and proven quality. Before making a purchase, take time to compare different models and choose the one that best fits your needs and budget.

Related Suggestions:

Article: The Working Principle of Intelligent Sweeping Robots

Recommended: Today’s Robot: Humanoid Service Robot ViewSonic