液压系统/Hydraulic System

■采用知名大品牌液压元器件，差压式系统设计，可以实现高速，低噪音运行，最快开合模速度可达到350mm/秒，可以实现高速高效稳定运行；

The hydraulic components of famous brands and differential pressure system design can realize high-speed and low-noise operation, and the fastest mold opening and closing speed can reach 350mm / s, which can realize high-speed, efficient and stable operation;

■两点式开合模，最新锁模机构技术，稳定的锁模压力，确保生产时不泄漏，有效的提高能耗（蒸汽）利用率；

Two point opening and closing mold, the latest mold locking mechanism technology, stable mold locking pressure, ensure no leakage during production, and effectively improve the utilization rate of energy consumption (steam);

管路系统/Pipeline System

■各管路系统进口、出口及通经采用最优化的设计，从而最大限度降低能耗的浪费，同时提高响应速度；

The inlet, outlet and passage of each pipeline system adopt the optimal design, so as to minimize the waste of energy consumption and improve the response speed at the same time;

■冷却水管道的设计，使水冷快速高效；模腔铜管环式设计，使产品接触面更广泛，冷却更加充分，产品表面更平整光滑；

The design of cooling water pipeline makes the water cooling fast and efficient; Die cavity copper tube ring design makes the product contact surface wider, cooling more fully, and the product surface more flat and smooth;

成型系统/Molding System

■电气数字比例阀的运用：采用进口电气数字比例阀加上线性位置传感器，高效精确的控制角座阀的比例开度，同时结合数字压力传感器，使模腔压力可以线性状稳定，改变了传统设备的模拟量控制阀门开关两种动作的方式，并以进口阀门从而保证制品质量的稳定，同时有效的节省蒸汽，空气等能耗；

Application of electrical digital proportional valve: the imported electrical digital proportional valve and linear position sensor are used to efficiently and accurately control the proportional opening of angle seat valve. At the same time, combined with digital pressure sensor, the mold cavity pressure can be linearly stable, which changes the two action modes of analog control valve opening and closing of traditional equipment, and uses imported valves to ensure the stability of product quality and effectively save steam, air and other energy consumption;

■EPS泡塑成型机最新加热系统旁通管路的设计，可以有效的降低成型时间和蒸汽能耗；

The design of the bypass pipeline of the latest heating system of EPS foam molding machine can effectively reduce the molding time and steam energy consumption;

控制系统/Control System

■采用西门子智能控制系统，人性化的Windows嵌入系统操作界面，使操作更简便，智能化；

Siemens intelligent control system and humanized Windows Embedded system operation interface are adopted to make the operation easier and intelligent;

■采用进口电气比例阀加线性位置传感器及压力传感器的控制方式，完美的配合控制系统，使入料，加热，吹气，水冷等更加精准、稳定、可靠、高效；

It adopts the control mode of imported electric proportional valve plus linear position sensor and pressure sensor, and perfectly cooperates with the control system to make feeding, heating, blowing and water cooling more accurate, stable, reliable and efficient;

■最新生产成型工艺技术，使其方便，高效的控制设备，有效提高生产效率；

The latest production molding technology makes it convenient and efficient control equipment to effectively improve production efficiency；

换模系统/Mold Replacement System

■一键式换模系统是快速换模系统的基础上进行优化升级，从而达到更快速换模，换模时间可达到5分钟左右，更好的降低人工成本，换模效率，实现了无人换模。

The one-touch mold change system is optimized and upgraded on the basis of the fast die change system, so as to achieve faster die change. The die change time can reach about 5 minutes, better reduce the labor cost, improve the die change efficiency, and realize the unmanned die change.

液压系统/Hydraulic System

■采用知名大品牌液压元器件，差压式系统设计，可以实现高速，低噪音运行，最快开合模速度可达到350mm/秒，可以实现高速高效稳定运行；

The hydraulic components of famous brands and differential pressure system design can realize high-speed and low-noise operation, and the fastest mold opening and closing speed can reach 350mm / s, which can realize high-speed, efficient and stable operation;

■两点式开合模，最新锁模机构技术，稳定的锁模压力，确保生产时不泄漏，有效的提高能耗（蒸汽）利用率；

Two point opening and closing mold, the latest mold locking mechanism technology, stable mold locking pressure, ensure no leakage during production, and effectively improve the utilization rate of energy consumption (steam);

管路系统/Pipeline System

■各管路系统进口、出口及通经采用最优化的设计，从而最大限度降低能耗的浪费，同时提高响应速度；

The inlet, outlet and passage of each pipeline system adopt the optimal design, so as to minimize the waste of energy consumption and improve the response speed at the same time;

■冷却水管道的设计，使水冷快速高效；模腔铜管环式设计，使产品接触面更广泛，冷却更加充分，产品表面更平整光滑；

The design of cooling water pipeline makes the water cooling fast and efficient; Die cavity copper tube ring design makes the product contact surface wider, cooling more fully, and the product surface more flat and smooth;

成型系统/Molding System

■电气数字比例阀的运用：采用进口电气数字比例阀加上线性位置传感器，高效精确的控制角座阀的比例开度，同时结合数字压力传感器，使模腔压力可以线性状稳定，改变了传统设备的模拟量控制阀门开关两种动作的方式，并以进口阀门从而保证制品质量的稳定，同时有效的节省蒸汽，空气等能耗；

Application of electrical digital proportional valve: the imported electrical digital proportional valve and linear position sensor are used to efficiently and accurately control the proportional opening of angle seat valve. At the same time, combined with digital pressure sensor, the mold cavity pressure can be linearly stable, which changes the two action modes of analog control valve opening and closing of traditional equipment, and uses imported valves to ensure the stability of product quality and effectively save steam, air and other energy consumption;

■EPS泡塑成型机最新加热系统旁通管路的设计，可以有效的降低成型时间和蒸汽能耗；

The design of the bypass pipeline of the latest heating system of EPS foam molding machine can effectively reduce the molding time and steam energy consumption;

控制系统/Control System

■采用西门子智能控制系统，人性化的Windows嵌入系统操作界面，使操作更简便，智能化；

Siemens intelligent control system and humanized Windows Embedded system operation interface are adopted to make the operation easier and intelligent;

■采用进口电气比例阀加线性位置传感器及压力传感器的控制方式，完美的配合控制系统，使入料，加热，吹气，水冷等更加精准、稳定、可靠、高效；

It adopts the control mode of imported electric proportional valve plus linear position sensor and pressure sensor, and perfectly cooperates with the control system to make feeding, heating, blowing and water cooling more accurate, stable, reliable and efficient;

■最新生产成型工艺技术，使其方便，高效的控制设备，有效提高生产效率；

The latest production molding technology makes it convenient and efficient control equipment to effectively improve production efficiency；

换模系统/Mold Replacement System

■一键式换模系统是快速换模系统的基础上进行优化升级，从而达到更快速换模，换模时间可达到5分钟左右，更好的降低人工成本，换模效率，实现了无人换模。

The one-touch mold change system is optimized and upgraded on the basis of the fast die change system, so as to achieve faster die change. The die change time can reach about 5 minutes, better reduce the labor cost, improve the die change efficiency, and realize the unmanned die change.