Causes and Solutions for Noisy Robot Vacuum

Cause: Uneven fan and suction force of the robot lead to sudden changes in air pressure, resulting in loud vacuum robots. 

Remedy: Check the fan inside the vacuum robot, if damage is detected, contact the service center for timely resolution. 

Cause: During the cleaning process, the dust-sucking robot may accidentally suck up some items such as: hair, threads, or other objects like trash, food,... into the mouth of the machine, causing the suction mouth to be blocked and generating loud noise.

Issue: The dust-sucking robot gets stuck with objects.

Solution: Turn off the robot, then gently remove the dust bin. Check if there are any objects stuck inside the device, if so, remove them and then reinstall the dust bin back into its original position.

Cause: The robot vacuum's dust bin is overly full, causing it to be unable to contain the dust or debris, leading the device to emit loud noises. Alternatively, the inner filter of the robot may be too dirty, also affecting the device's operation.

The robot's dust bin is too full

Solution: Turn off the robot vacuum, empty the dust and debris from the bin, then reassemble it correctly. Always clean the dust filters, thoroughly removing any dirt clinging to them.

Note: If trying the above methods and your robot still makes loud noises, it's advisable to contact the warranty center for timely assistance. Do not attempt to repair the device at home to avoid voiding the warranty and causing further damage.

Depending on the type of robot vacuum, cleaning methods may vary, but the basic cleaning steps include: 

This is where various types of waste accumulate and should be regularly cleaned to prevent unpleasant odors in the living space. Additionally, neglecting this can impact the robot's performance. 

Cleaning the Dust Bin

To properly clean the dust bin, first, open the machine lid and remove the trash compartment, then rinse it thoroughly with water. After cleaning, let it dry and reassemble it into the robot. 

Sensors are crucial components of a robot vacuum, capable of directing its movements. This allows the device to avoid obstacles, map spaces, and establish house layouts conveniently. 

Cleaning the Sensor Components

To clean this component, use a soft dry cloth to gently wipe the sensor surface of the robot vacuum. Note that wet or damp cloths should not be used for cleaning, as they may cause internal damage. 

Once the robot has finished cleaning, remove the mop cloth from the mopping plate and wash it thoroughly, then air dry it after each use. Next, empty the dirty water from the water tank and clean it with clean water before reassembling it into the machine. 

The brush roll is a crucial component of the robot vacuum, comprising edge brushes, main brush, and the brush roll intake. The cleaning method for this component is: 

Edge Brushes: Firmly hold and lift them out to clean the inside, after cleaning, ensure to reattach them correctly. 

Cleaning the Brush Roll

Main Brush: Check and remove the main brush head for cleaning if you notice a lot of hair or pet fur sticking to the floor. It's advisable to replace the main brush after 1 - 2 years of use. 

Brush Roll Intake: Use a soft damp cloth to wipe clean the brush roll intake, avoid using sharp objects as they may tear the rubber membrane inside. 

The filter membrane is capable of removing bacteria and dirt from the air. Cleaning the filter membrane is also quite simple, as you only need to remove the membrane and use a soft brush to gently sweep away the dust. 

Cleaning the Filter Membrane

You can also use a soft damp cloth to wipe away any stains or stubborn dirt on the filter membrane, then air dry it before reassembling it into the machine. Absolutely avoid washing the filter membrane directly with water, or soaking it in water and vigorously scrubbing it as it can easily get damaged. 

Above are some information about the issue of noisy robot vacuum cleaners that you can refer to. Hopefully, through the article, you will understand the causes as well as how to handle it when the device encounters problems.