1、準備：，按走線方向將基材各導輥裝好，同時將黏劑按比例調整好，啟動烘箱的加熱系統，當達到相應的設定溫度后，再開啟傳動電機，即可開涂布生產；

1. Preparation: Install each guide roller of the substrate according to the wire routing direction, adjust the adhesive in proportion, start the heating system of the oven, and when the corresponding set temperature is reached, then turn on the transmission motor to start coating production;

2、涂布：放卷裝置的基材先要經過網紋輥，上膠涂布后，再經過烘道進行干澡，即完成涂布工藝；

2. Coating: The substrate of the unwinding device needs to go through a mesh roller first, then be coated with glue, and then undergo a dry bath through a drying channel to complete the coating process;

3、復合：經EPC氣液糾偏進入復合部分，并與第二放卷部分的基材貼合，就實現了復合工藝；

3. Composite: After EPC gas-liquid correction, it enters the composite part and adheres to the substrate of the second unwinding part to achieve the composite process;

4、冷卻收卷：冷卻卷之后就完成了基材的整體生產加工。

4. Cooling and winding: After cooling the coil, the overall production and processing of the substrate is completed.

然后是注意復合機的使用環境和精良的前期保護。因為復合機的工作較大，因此應當有用的按期對其做調養，并且還應該給復合機一個精良的工作環境。要確保復合機工作在一個清潔的環境中，盡量的讓復合機闊別塵土，同時，應當包管復合機事情的環境相對枯燥不能濕潤，同時不要在復合機下面板上安排過重的物品，防止環境大概異物對復印機釀成的影響。

Then, pay attention to the usage environment and excellent early protection of the composite machine. Due to the large workload of the composite machine, it should be effectively and regularly maintained, and a good working environment should also be provided for the composite machine. To ensure that the laminating machine operates in a clean environment, try to keep it away from dust as much as possible. At the same time, ensure that the working environment of the laminating machine is relatively dry and not humid. At the same time, do not arrange heavy items on the lower plate of the laminating machine to prevent the impact of foreign objects in the environment on the copier.

在復合機運行時的各種摩擦力中，凹印滾筒和刮墨刀之間的摩擦力對印刷效果和凹版耐印力影響很大。從微觀接觸角度建立凹版滾筒和刮墨刀之間摩擦力的動力學模型，通過模型對影響凹版滾筒和刮墨刀之間摩擦力的因素進行了定性的研究，確定了印刷速度、刮刀角度和凹版印刷機振動對凹版滾筒和刮墨刀之間摩擦力影響的規律。

Among the various frictional forces during the operation of the laminating machine, the frictional force between the gravure printing drum and the ink scraper has a significant impact on the printing effect and gravure printing resistance. A dynamic model of the friction force between the gravure cylinder and the ink scraper was established from a microscopic contact perspective. Qualitative research was conducted on the factors affecting the friction force between the gravure cylinder and the ink scraper through the model. The influence of printing speed, blade angle, and vibration of the gravure printing machine on the friction force between the gravure cylinder and the ink scraper was determined.