On October 16, Huawei officially launched this year's flagship smartphone in London - the "Android King" Huawei Mate 20. This Mate 20 is an upgrade based on last year's Mate 10, and the hardware upgrades such as full screen and triple camera were expected. However, one feature took us by surprise: this Mate 20 can actually charge other mobile phones that support wireless charging. Isn't that like getting a power bank when you buy a phone?
Another notable upgrade is the cooling system. The Mate 20X adopts graphene cooling technology for the first time, allowing for prolonged gaming while keeping the device "cool". It must be said that this is a significant technological advancement.
The Android camp has made a big move, and iOS Apple is ready to counterattack. Apple usually holds its launch event only once a year, but this year there are actually two. The date for the latest launch event has already been announced.

Today, Apple suddenly announced that there will be a new product launch event on October 30, and the new products are coming in a group. Netizens are wildly guessing what the new products will be. The most likely candidates should be the tablet and AirPods. The tablet series has been consistently updated with the iPad Pro in recent years, while the Mini series has not been updated. As smartphones have entered the full-screen era, why can't tablets? Additionally, since the iPhone 7, Apple has decisively canceled the headphone jack and launched the wireless AirPods, and now, more than a year later, it should have a place in this new product lineup.
Although the back-and-forth between major manufacturers is quite exciting, the onlookers can only watch.
So the question arises, do you understand how these electronic devices are produced?
Let me briefly introduce the process!

This process involves fastening the internal components of the mobile device. Usually, if our mobile device is damaged and we take it to a repair shop, we will see the repair personnel using a small screwdriver to disassemble the mobile device, which includes this process.
However, in the production process, it is not done manually; instead, an automatic intelligent electric screwdriver is used for tightening.
For example, in the image above, the subsequent work is to use the Sensewee intelligent electric screwdriver for tightening. Due to the precision of the components, manual tightening can result in a higher damage rate. However, using an intelligent electric screwdriver allows for precise tightening according to the set torque value, significantly improving the yield rate.