What are the advantages of HXH high-speed injection molding machine?
The HXH high-speed injection molding machine offers several benefits to manufacturers. The machine is energy-saving thanks to a Servo motor. It features multiple features such as holding pressure control, shrinkage compensation, and product-shrinkage compensation. It is also highly customizable, which gives users flexibility to adjust the machine according to their needs.
Servo motor energy saving injection molding machine
Servo motor energy saving injection molding machines have many advantages. The maximum output of a servo energy saving machine is only 0.05 seconds, compared to the 0.5 seconds of a conventional hydraulic machine. They can also improve the response time, increasing the production efficiency. The overall cost of energy savings is lower and the energy consumption is smaller, which makes the servo energy saving injection molding machine more competitive.
Another benefit of servo motors is improved control over the injection and pack and hold profile. The human machine interface on a servo motor lets the operator choose from up to 10 injection and pack pressure levels for an optimized cycle. As a result, servo motors are less prone to wear and tear and are more reliable. This is particularly beneficial for large parts.
Servo motor energy saving
The Servo motor energy saving system on HXH high-speed injection molding machines aims at matching the power demand of each stage to reduce power consumption, noise, and other operating costs. The new control system combines pressure sensors, rotary encoders, gear pumps, and high-precision dedicated controllers.
Servo motors allow the operator to control injection and pack and hold profiles with increased precision. They are also available with a human machine interface, which enables the operator to select from up to ten injection speeds and pressure levels to optimize a cycle.
Holding pressure control
If you are using a high-speed injection molding machine, you can change the hold pressure control. The holding pressure is a key factor of the machine's performance. Holding pressure control helps you maintain uniform pressure during injection and hold periods. In addition, it is helpful in controlling the speed of the injection. Listed below are some features of holding pressure control. In addition to ensuring uniform pressure during injection and holding, this control also helps you achieve the same level of consistency through each production cycle.
Servo motor energy saving injection molding machine
Servo motor energy saving injection molding machines have many advantages. The maximum output of a servo energy saving machine is only 0.05 seconds, compared to the 0.5 seconds of a conventional hydraulic machine. They can also improve the response time, increasing the production efficiency. The overall cost of energy savings is lower and the energy consumption is smaller, which makes the servo energy saving injection molding machine more competitive.
Another benefit of servo motors is improved control over the injection and pack and hold profile. The human machine interface on a servo motor lets the operator choose from up to 10 injection and pack pressure levels for an optimized cycle. As a result, servo motors are less prone to wear and tear and are more reliable. This is particularly beneficial for large parts.
Servo motor energy saving
The Servo motor energy saving system on HXH high-speed injection molding machines aims at matching the power demand of each stage to reduce power consumption, noise, and other operating costs. The new control system combines pressure sensors, rotary encoders, gear pumps, and high-precision dedicated controllers.
Servo motors allow the operator to control injection and pack and hold profiles with increased precision. They are also available with a human machine interface, which enables the operator to select from up to ten injection speeds and pressure levels to optimize a cycle.
Holding pressure control
If you are using a high-speed injection molding machine, you can change the hold pressure control. The holding pressure is a key factor of the machine's performance. Holding pressure control helps you maintain uniform pressure during injection and hold periods. In addition, it is helpful in controlling the speed of the injection. Listed below are some features of holding pressure control. In addition to ensuring uniform pressure during injection and holding, this control also helps you achieve the same level of consistency through each production cycle.