SV Energy Saving Series(90-600T)

Outstanding energy-saving effect

The new delveloped “Sv” GreenLine series machine adopting the world-class servo-motor driven piston-pump sgstem (Yuken), and with our 25 years R&D ecperience on injection moulding machine, allowed energy consumption reduced up to 25%~85% comparing to traditional moulding machine. This outstanding capabilitty of energv saving standouts especially in the low operating flow rate process such as pressure holding and cooling Fast response, high efficiency

Due to the fast response speed of the servo motor, the flow acceleration time from rest to 1500rpm has made as short as 40ms. This improved the reponse speed of the hydraulic system, reduced the lag time that caused by mechanical motion conversion and increased the running speed of the whole machine.

*Energy saving, cost saving

With the realization of energy saving, lower down the operation cost. As comparing to the full electric machine, it has greatly reduced the investment cost and maintenance cost.

*High perfornance

Fast response, improvement in speed stability

*Low noise level

Greatly reduce the noise produced by the hydraulic system

*User friendly

With advanced user friendly HMI, the paraneter setting and operations are very simple and easy.

Low velocity stability

The system pressure and flow rate are closed-loop controlled, which has great performance under low pressure and flow rate operations, the machine work excellent stability of injectoin velocity less than 1mm/s, no crawling and pulsating. Therefore, the hydraulic system will operation in any pressure and flow rate regarding to the demand from the production operation. This reduces the heat generation inside the system and creates a more stable hydraulic system. Additionally,while the hydraulic system is in active operation, the machine pressure and flow rate will be automatically compensated in order to produce a high precision and repeatability product.

High repeatability

Result of the adoption of close-loop control, the injection pressure and speed can be accurately controlled. High stability and repeatability can be achieved.