机 器 用 途 

采用涤纶、锦纶、腈纶、氨纶等原料丝。适应编织平素织物、网眼织物和弹力织物的坯布，并经相应的后整理工序加工后，用于制作拉舍尔毛毯等绒类织物以及3D床垫等家纺类产品。

The machine uses various of fibers, such as Polyester, Polyamide, Acrylic, Spandex etc. to produce plain, mesh or elastic grey fabric. After finishing process, the fabric can be made into pile fabric like raschel blanket and home textile products like 3D mattress.

机 器 特 点 

成圈组件

采用先进的计算机动画模拟成圈机件的配合运动，优化得到良好的成圈机件与编织纱线的配合运动和动力特性，在确保理想的织造布面质量的同时，体现出高效率，低能耗的特点。

Adopting advanced computer animation to simulate the coordinated motion of the knitting elements, optimizing the good coordinated motion and dynamic characteristics of the knitting elements and the yarn. While ensuring the ideal fabric quality of the machine, it reflects the characteristics of high efficiency and low energy consumption.

偏心连杆机构

采用先进的计算机技术进行优化处理，获得良好的机构运动特性和动力特性，着眼减少机构的运动加速度、转动惯量，合理选择机件的动程值，以使设备高速稳定的运行得以实现。优良的工艺方法和高精设备保证了经编机偏心连杆机构和高速曲线编花凸轮的使用精度。

By means of latest computer technology to optimize crank connecting‑link component. The machine considerably reduces the acceleration and moment inertia of knitting elements, so that it runs smoothly and stably at high speed. High‑tech production facilities and advanced technical standards ensure the highest precision of eccentric lever components, needles bar, tongue bar as well as pattern cam set etc.

优质型材的应用 

舌针床、梳栉床和沉降片床均采用大截面、密度小的轻质空芯镁合金型材，利用设备高速运行时具有的良好机械性能和使用性能，有效地减轻运动机件的运动惯量和动力负荷，增强各针床的刚度，使设备织造运行更为平稳。

By using light but stable hollow‑section magnesium alloy materials for all of needle beds, the weighting load and moment inertia of knitting elements have been reduced and the rigidity of needle bars has been strengthened, which guarantees machine running more smoothly and steadily.

EBC 电子送经系统 

采用了先进的计算机和电子控制，具有操作方式简单、可视性强、人性化程度高、送经量控制更精确，可织造岀布面效应更好的优质坯布。设备的外形布局合理简洁，并具有整机能耗小和噪音低的特点。

Adopting advanced computer and electronic control, it has the advantage of simple operation method, strong visibility, high humanization, more precise let‑off value control, and can produce high‑quality grey fabric. The machine layout is reasonable and concise, and has the characteristics of low overall energy consumption and low noise.