Although smartphones have evolved a lot in recent times and have become more reliable, laptops are still a major tool we rely on at work, study, or even playing favorite games, but we often make some mistakes during use that can lead to damage and loss of the device completely .
Because we travel a lot on laptops, they are more susceptible to accidents and crashes than desktops, so today we will review five common errors that you should avoid to maintain your laptop:
1- Overheating problem:
Laptops generate a lot of heat even though processors are currently more energy efficient than ever, however, many laptops will experience overheating after a while.
The fan (or other cooling source) helps dispel this internal heat, so you should keep the fan outlet unobstructed by placing your laptop during use on a smooth surface, because if the fan outlet is obstructed, excess heat will accumulate inside Device, and will adversely affect its core components.
There are some laptops that automatically stop working as soon as the temperature rises, but there are some computers that continue to work despite the high temperature, and thus may damage any important internal component such as the processor, which leads to damage the device and stop working completely.
You should avoid placing your laptop while working on fabrics or carpets, and wherever you place your computer, make sure that the fan outlet has a clear path to constantly expel hot air.
This is not the only source of heat; over time, dust can build up inside your device and block the fan outlet and internal ducts, so be sure to clean it every time.
Violent Mobility for Computers with HDD
Many laptops now include SSDs, and since they do not have mobile internal parts, they are more flexible to navigate. However, many laptops still work with HDD storage disks due to their low price, but they have mechanical parts inside, so shaking or moving the device violently while working can damage the hard drive.
3- Wrong transfer of the device:
If you are wondering how to quickly damage a laptop, try grabbing it from the screen as you move it from one place to another.The screen is the weakest part of the device because it is attached to the frame through two hinges on the sides, so be sure to open and close the screen gently, and do not carry the device from it Because it can break, or the associated hinges can break.
4. Bad handling of the charger:
Many believe that power cords can withstand many twists and bends, but over time this will negatively affect their performance, so avoid wrapping the charger wire on itself while on the move.Also make sure that the charger cable is straight during use and uncoiled because it may affect the charging efficiency, You should also gently plug and remove the charging cable so that the charging port is not damaged.
Do not leave the charger in the device at all times because the battery will gradually lose its capacity with each charge cycle, which is why you will notice a significant deterioration in battery capacity.Keeping laptops connected all the time to charging can cause the battery to overheat. It causes fires, although it is a rare but potential risk.
Transport and cleaning errors
The most important feature of laptops is the ease of movement, and many people buy a laptop bag to protect their devices from everyday shocks. But make sure that the bag actually provides protection for your computer, because cheap bags often lack protective factors, which can easily break the device.
Some errors also occur while cleaning your device. Here are some important things to keep in mind to avoid damaging your device:
Do not use household cleaning products such as: Glass cleaners because they contain water that may damage the internal components of the device.
Use soft cotton fabrics, and if you have a 100% cotton cloth this is an ideal choice.
A soft toothbrush can be used to clean hard-to-reach areas, or use compressed air to clean extremely narrow corners and hard-to-reach cracks, while minimizing the air pressure you use to prevent damage to any component of the device.
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