The application of plastic gear mold in rapid prototyping not only accelerates the process of products from concept to market, but also brings significant advantages in many aspects.
In office automation (OA) equipment, gears are key transmission components, and their design is crucial to improving the stability and reliability of the overall system.
At a time when the automotive industry is constantly pursuing high performance and low noise, advanced gear design has become the core element to improve the transmission efficiency and noise control of gearbox.
Plastic gear mold precision molding technology is a key manufacturing process that combines the characteristics of polymer materials and the design of precision molds to produce high-precision, high-performance plastic gears.
OA gear products, as key transmission components in office automation equipment, the stability and reliability of their performance are directly related to the operating efficiency and life of the entire equipment.
Gearbox gear tooth surface modification technology is an important means to improve gear transmission efficiency, reduce noise and vibration, and enhance gear service life.