How does the inkjet printing process achieve stable Taylor cone ejection through electric field control?

During the electric field construction phase, the inkjet printing system applies a high-voltage electric field between the nozzle and the substrate, causing polarized charges to be generated on the conductive ink surface at the nozzle tip.

How is flow channel balance achieved in a multi-cavity mold during the injection molding process?

Gates for the same cavity should be located in the same position and have the same size to avoid uneven filling due to differences in gate resistance.

How does injection blowing achieve high-precision molding with no flash or parting lines through "injection before blowing"?

Blow molding is a mainstream technology in the manufacturing of plastic hollow containers. Due to its exceptional molding precision and superior product quality, injection blowing is widely used in applications such as pharmaceutical bottles, cosmetic bot

Why does the injection molding process achieve such an excellent surface finish?

Injection molding process is a method for producing industrial products. Its core principle is to inject molten plastic under high pressure into a closed mold cavity.

Can the inkjet printing process maintain clean edges, without burrs or offset, when cutting complex, custom-shaped pieces?

In the application scenarios of inkjet printing, the final presentation of works has long transcended the traditional rectangular plane.

Why can the electroplating process significantly improve component wear resistance?

Among them, the electroplating process, due to its low cost, significant effectiveness, and wide applicability, has become a core technology for enhancing material wear resistance.