Parts for rotating motion, such as various transmission shafts, spindles, fans, water pump impellers, cutting tools, motor and turbine rotors, are collectively referred to as rotary bodies. In an ideal situation, when the rotor rotates and does not rotate, the pressure on the bearing is the same, and such a rotary body is a balanced rotary body. However, due to various factors such as uneven material or blank defects, errors generated in processing and assembly, and even asymmetric geometry at the time of design, the centrifugal inertia force generated by each tiny particle on the rotary body cannot cancel each other when it is rotating. The centrifugal inertia force acts on the machinery and its basis through the bearing, causing vibration, producing noise, accelerating bearing wear, shortening the mechanical life, and causing destructive accidents in serious cases. For this reason, the rotor must be balanced so that it reaches the allowable balance accuracy level, or the resulting mechanical vibration amplitude is reduced within the allowable range.
Dynamic Balance Detection is an innovative technique that has been gaining popularity in recent years. This technology is used to detect and correct any imbalance in machinery, vehicles, and other mechanical devices. It works by measuring the balance of an object and using algorithms to identify any irregularities.
The benefits of Dynamic Balance Detection are numerous. Firstly, it can help to reduce the risk of accidents and injury caused by mechanical failures. By detecting even the slightest imbalance, potential problems can be identified and rectified before they become serious issues. This can help to prevent costly repairs and downtime, as well as improving overall safety in the workplace.
