The difference between high-speed injection molding machines and ordinary injection molding machines

The high-speed injection molding machine is the entire motor, while the ordinary injection molding machine is a hydraulic injection molding machine, but the relative speed of the hydraulic injection molding machine is relatively slow. The servo motor used for fully electric injection molding machines can open and close molds, eject and release molds, inject and store raw materials, etc. Fast running speed and high accuracy greatly improve or improve the production environment and efficiency. But currently, the clamping force of servo electric injection molding machines is less than 850 tons.
High speed injection molding machine is an efficient injection molding machine. The molding process of ordinary injection molding machines is: clamping spraying cooling storage support gap time; The high-speed injection molding machine adopts a three-axis linkage, commonly known as a three-ring system. The forming process includes clamping, spraying, cooling, opening (synchronous support and storage), and gap time. For example, a regular injection molding machine takes 10 seconds to form, while a high-speed injection molding machine adopts a three-axis linkage principle, greatly reducing the forming time by about 6 seconds, reducing two small steps, but increasing it by about half.
The high-speed injection molding machine is environmentally friendly. The standard pump used in ordinary injection molding machines has significant pollution in terms of power, hydraulic oil, noise, and other aspects. The high-speed injection molding machine adopts a hybrid oil pump and servo motor
The advantage of servo hydraulic system is that the soft start mode does not affect the power grid, avoiding voltage and radiation pollution. It can effectively prevent excessive oil temperature and ensure good cooling. Greatly reduces the replacement rate of hydraulic oil. The servo hydraulic system has good clamps and power system gear pumps, which can greatly reduce machine operation and production noise, and better improve the working environment.