Hydraulic and electric injection molding machines offer distinct process conditions for injection molding. Their differences lie in their mechanical design, with oil pumps and valves versus servo motors and ball screws. Still, the real impact extends to cycle time, repeatability, energy consumption, and part quality. This helps you understand which injection molding machine is best… Continue reading Differences between hydraulic and electric machines in injection molding process
Short shots, flash, weld lines, and inconsistent part weight—these are symptoms, not the root causes. At the heart of many recurring defects lies the relationship between flow and pressure in the injection molding process. First, we must understand the core facts. First, polymer melts behave differently from water; their viscosity is highly dependent on temperature… Continue reading Troubleshooting Short Shots: Flow and Pressure in the Injection Molding Process
Maintaining consistent injection molding processes requires precise control of various factors, including mold temperature, injection molding machine settings, and process parameters. First, ensure precise and stable mold temperature using a mold temperature controller. Furthermore, core injection molding machines utilize fully electric machines with intelligent electric drive controls to reduce communication delays during high-speed cycles. These… Continue reading How to ensure the consistency of injection molding process?
