Never Over Tighten Another Screw or Bolt Again
Tightening or loosening bolts and screws to a certain torque is crucial. Tightening bolts too much can compromise the durability of them, while leaving them loose can cause disconnections in what you are trying to attach together. There are tools available, though, such as a torquing wrench and adjustable torque screwdrivers, that will help prevent you from doing an inappropriate amount of tightening. Depending on what your needs are, one tool may be more suitable for the job than another, especially if you are considering whether to use a manual or electronic tool.
Electric screwdriver torque is used mainly for light assembly purposes such as electronic and small parts assembly in high volume manufacturing. They provide faster assembly than manual torque screwdrivers can. They can also be used for drilling as well. Manual torque screwdrivers, on the other hand, are used for more basic control. They can still be used in manufacturing settings, but not in high volume. They are also generally less expensive than electric screwdriver torque.
Electronic torque wrenches, or digital torque wrenches, are high tech, generally having a digital screen that beeps when the correct torque is reached. They have very accurate readings in measuring torque, and the readings can be easily transferred to a computer or even sent straight to a printer. A manual type of torque wrench, such as the click type, allows a certain amount of torque to be preset. Once the correct amount of torque is reached, the tool will prevent you from tightening the bolt any more. Similar to the torque screwdrivers, a manual torque wrench is far less expensive than the electronic type.
It is important to get the correct tool you need for the job. There are advantages and disadvantages of getting electric screwdriver torque, manual torque screwdrivers, digital torque wrenches, or manual torque wrenches. Once you weigh the options and decide what you need, you can do the job right and never have to worry about under tightening or over tightening again. Read more: protorquetools.com