How to Clean Xiaomi Vacuum Cleaner: Full Instruction

Smart appliance owners often wonder how to clean the Xiaomi Vacuum Cleaner so that the device works with maximum efficiency throughout its life. Regular maintenance not only prolongs the life of the gadget, but also ensures that the quality of cleaning will remain at the highest level, and the engine will not overheat from accumulated debris. Ignoring the simple rules of hygiene of the robot vacuum cleaner can lead to a decrease in suction force and the appearance of extraneous noises.

In this detailed guide, we’ll break down every step of maintenance, from emptying a container to cleaning complex nodes. Timely cleaning is a guarantee that your Xiaomi Mi Robot Vacuum or the more advanced S and Pro series models will last for years without the need for expensive repairs in the service center.

Preparation for maintenance and precautions

Before you start the active cleaning phase, you need to properly prepare the workplace and the device itself. Safety first: make sure the robot vacuum cleaner is completely off. To do this, press and hold the power button or use the application if the device is in standby mode. You should not start disassembling while the device is running or charging.

You'll need a dry, well-lit surface, such as a wide table, cover it with a newspaper or prepare a garbage container to keep the dust from spreading around the room, and prepare the necessary tools in advance: a cross screwdriver (usually small), scissors for removing hair from brushes, dry soft fabric and possibly compressed air.

⚠️ Warning: Never wash the main body of the robot with water or immerse it in liquid. Internal electronics are extremely sensitive to moisture, and even a single drop can disable the motherboard.

It is also important to check your device model. Although most models have similar working principles, design features may differ. For example, the Xiaomi Vacuum Mop 2 Pro has a removable wet cleaning tank that requires special attention, as opposed to dry models.

Cleaning of the dust collector and primary filtration

The first step is always to remove the main debris. Turn the robot over and remove the dust collector. Press the locks and open the container lid above the trash can. Shake the contents thoroughly. If there are still clumps of dust or wool stuck inside, use a dry brush to remove them.

Inside the container is a primary filter mesh, which must be gently knocked out with light taps against the wall of the bucket. HEPA-The filter, which is often in a separate compartment or combined with the main compartment, requires a special approach. Many users make the mistake of trying to wash it with water, which is strictly forbidden for most paper and synthetic products. HEPA-material.

  • πŸ—‘οΈ Empty the container after each cleaning if there are animals in the house.
  • πŸ’¨ Knock the filter outdoors or over the trash can so that dust doesn’t get back into the room.
  • πŸ”„ Change. HEPA-filter-in 3-6 months depending on the intensity of use.

⚠️ Attention: Wet cleaning HEPA-The filter is only possible if the instructions for your particular model (e.g. the washable version) explicitly allow it. 90% of the time, the filter only needs to be knocked out.

For deep cleaning of the walls of the container you can use slightly wet fabric, but after that be sure to dry all the parts until the complete disappearance of moisture. Assembly is made only with absolutely dry components.

πŸ“Š How often do you clean the robot vacuum filter?
After every cleaning.
Once a week.
Once a month
Only when he stops sucking.

Maintenance of the main brush and side brooms

The main turbobrush is the heart of the mechanical cleaning of your Xiaomi Robot Vacuum. It is the main load of collecting wool, hair and large debris. Turn the device over and remove the protective grille by unscrewing some screws or snapping the locks (depending on the model). Remove the brush.

Carefully examine the ends of the brush. Most often, this is where the hair is wound, blocking the rotation. Use scissors or a special tool from the kit (if any) to cut and remove the wound hair. Do not pull it sharply so as not to damage the bearings.

The side broomsticks (usually two or three) also require attention. Take them off by pulling them up and clear the pile of dust. If the bristles are worn or deformed, they need to be replaced. The wear of the bristles directly affects the quality of cleaning along the walls and in the corners.

β˜‘οΈ Checklist for brush care

Done: 0 / 1

Once cleaned, reassemble the knot in reverse order. Make sure the brush rotates freely from the hand. If you hear the plastic rubbing against the plastic, it may be that the brush is installed incorrectly or deformed.

Caring for wheels and navigation sensors

Robot vacuum wheels often cause navigation problems, and they wind their hair, which eventually turns into a tight harness that blocks the course, and pick up the robot and check each wheel, and if it doesn't scroll easily or get stuck, it needs to be cleaned.

Use tweezers or scissors to gently remove dirt from the wheel axis. A toothpick is great for hard-to-reach areas. Don't pour oil or lubrication into the wheels, it will attract even more dust.

Sensors are the eyes of your device, located around the perimeter of the body (bumpers) and on the bottom (fall sensors and optical sensors), and contamination of these elements causes the robot to start beating against furniture or falling down stairs.

Type of sensorLocation.What to wipeFrequency of cleaning
Fall sensorLower part (closer to the edge)Dry microfiberOnce a week.
Optical sensorDowntownDry cotton swabOnce every 2 weeks
bumperFront end (under bumper)Dry fabricOnce a month
Laser rangefinder (LDS)Upper domeDry soft brushAs pollution progresses

Take a laser rangefinder (LDS) especially carefully if you have one in your model. It's a rotating mechanism at the top. The dust on the laser lens distorts the map of the room.

What to do if the wheel creaks?
If the wheel continues to make unpleasant noises after cleaning, the bearing may have worn out or a solid fraction of debris has fallen into the mechanism. Try turning the wheel manually several times. If the creaking does not pass, you may need to replace the wheel module.

Cleaning the charging station and contacts

The charging station is the base where the robot returns to recharge its energy, and users often forget that it also requires maintenance, and that the dust that settles on the contact areas can impair the transmission of current, leading to intermittent charging.

Wipe the top of the dock with a wet cloth. Pay special attention to the metal contacts at the station itself and the feedback contacts on the bottom of the robot. Use dry cloth or cotton swab lightly moistened with alcohol (isopropyl), but be sure to wait for the complete drying.

  • πŸ”Œ Disconnect the station from the network before cleaning.
  • 🧹 Vacuum the floor around the station regularly so that the robot does not carry garbage from the base.
  • πŸ“ Make sure that around the station was free at least 0.5 meters on the sides and 1.5 meters in front.

Check the integrity of the power cable. If it's damaged, it's dangerous to use it, and also make sure that the station's legs don't scratch the floor, as the robot may not be able to park properly on slippery or uneven surfaces.

Diagnosis and verification after cleaning

Once you've assembled the device, you need to check it, turn on the robot vacuum cleaner, the indicators should catch fire as normal, run a short cleaning to make sure there is no extraneous noise.

Notice the sound of the motor. If it gets louder after cleaning or if it whistles, you may have misplaced the filter or the dust collector cover. The tightness of the system is that if air is sucked through the cracks, the suction force drops, and the motor is overloaded.

⚠️ Warning: If the robot issues an error message after cleaning (e.g., β€œCheck the main brush”), stop cleaning immediately and check that the cleaned components are properly installed.

Also check the app. Sometimes after a long maintenance or replacement of parts, you need to reset the map in the app if the navigation becomes incorrect. Go to the map settings and select the option of saving or resetting if the robot starts building porridge instead of clear lines.

πŸ’‘

Use Quiet Cleaning immediately after maintenance to listen to the machinery and make sure everything is assembled correctly.

Frequently Asked Questions (FAQ)

Can I wash? HEPA-water-block?
Most of the time, no. Standard. HEPA-Xiaomi Vacuum filters are paper or compressed synthetic fiber, and water breaks down their structure, and they stop trapping fine dust, and you can wash only if your model instructions (usually the washable versions in Pro kits) say otherwise.
How often should I change my side brushes?
The life of the side brushes is about 6-12 months, but they need to be changed as they wear out: if the bristles become short, stiff or broken, the efficiency of cleaning in the corners decreases, and replacement is required immediately.
Why did the robot stop building the map after cleaning?
Chances are you forgot to wipe the sensors (especially the LDS laser or optical sensor on the bottom) or contaminated them when you build them. Also, the problem may be that the robot is too clean and slides on the smooth floor, losing orientation - try running it with cleaner wheels.
How do you lubricate the robot wheels?
The wheels of a robot vacuum cleaner don't require lubrication, and using oils, WD-40 or graphite lubricants will cause dust and wool to stick, which will permanently block the mechanism, and if the wheel spins tightly after cleaning, it's better to replace it.
What to do if there is an unpleasant smell in the dust collector?
The smell indicates old dust or mold, wash the plastic container with water with a mild detergent and dry thoroughly, in which case the filter is better replaced with a new one, since it could absorb the smells.

πŸ’‘

Regular cleaning of filters and brushes is not just hygiene, but a way to reduce the load on the engine, which directly affects the life of the battery and the vacuum cleaner motor.