How do we screw in screws?

Many people's first reaction is to just screw it in tightly! But is screwing in screws really that simple? Often, the simpler the task, the harder it actually is! Recently, I encountered such a situation.

Recently, a car enthusiast posted a "bloody" photo in the forum - he actually blew up his carbon fiber bike while screwing it. Why was he able to blow up the bike frame? This is related to the material of the bike; it is made of carbon fiber, which is not like aluminum alloy or steel. If excessive force is applied to a specific point, there is a high possibility of damaging the bike frame. This is what the title refers to: "Be careful! Don't let the screwdriver blow up your product!".

With the advancement of the times, the products we use in our daily lives are no longer limited to materials like steel and aluminum; new materials like carbon fiber are starting to come into our view. If these materials are just twisted with brute force, whether they are tightened or not is another matter, but damaging the material is inevitable!
Tightening screws properly is a skill.

Besides blowing up, how to properly screw in a screw is another skill! Let's take the bicycle as an example. As shown in the picture, if this component is to be tightened properly, it is not just about twisting it hard; instead, it requires a good grasp of the direction and force of the twist. The force applied at different positions can vary greatly. Only those experienced masters can perfectly tighten these products. I must say this is a skill!

But even masters will eventually grow old. Will there still be someone who can rely solely on feeling and experience to screw in screws?

The answer is provided by the Sensewee smart electric screwdriver.

The photo above shows the scene of assembling an all-in-one machine with a smart screwdriver. We all know that all-in-one machines have quite high requirements for screw tightening precision. If the screws are too loose, the all-in-one machine can be easily damaged; if they are too tight, it can damage the precision components, effectively rendering the entire machine useless. Therefore, screws must be tightened just right to present the product perfectly in front of us.

In response to these high requirements, the Sensewee smart screwdriver achieves precise control of torque, and can set multiple steps according to the engineer's requirements, whether it is to tighten first, then reverse slightly, or to tighten and then reverse a full turn before tightening again, all can be easily accomplished.

Moreover, it provides real-time feedback on data, making data tracing convenient. If there is a missed or incorrect screw, it will immediately alert. Under such operations, how likely do you think your product is to blow up?