At present, many electronic products manufacturers have begun to implement automatic production process. Almost all the production processes of products have corresponding solutions provided by automation equipment. Even in the complex process of screen dispensing, it also involves highly intelligent dispensing products. However, due to the development of many electronic products in the direction of thin and irregular screen materials, in order to adapt to more and more complex dispensing needs, we should start from the following aspects.

1、多轴联动能力

1. Multi axis linkage capability

由于单点胶工作，传统轴向自动点胶机产品通常是基于三轴和四轴联动点胶方式。然而,空间轨迹的变化在调剂工作变得越来越复杂,传统的三轴、四轴自动售货机产品已无法满足现代电子产品的分配需求,为了更好地适应日益复杂的分配模式这种产品需要开发更多的连接轴的方向。

Due to the single dispensing work, the traditional axial automatic dispensing machine products are usually based on three-axis and four axis linkage dispensing mode. However, the change of space trajectory is becoming more and more complex. The traditional three-axis and four axis vending machine products have been unable to meet the distribution needs of modern electronic products. In order to better adapt to the increasingly complex distribution mode, this product needs to develop more connecting axes.

2、视觉识别能力

2. Visual recognition ability

由于电子产品在点胶工作时外壳会有轻微的变形，所以在点胶工作时有必要将差异控制在一个小范围内，以避免装配后出现溢出现象。

Because the shell of electronic products will be slightly deformed during dispensing, it is necessary to control the difference in a small range to avoid overflow after assembly.

因此，自动点胶机产品需要将目前的CCD捕捉点的视觉识别方式转变为识别能力更强的激光物理识别方式，使自动点胶机产品能够更仔细地扫描待加工产品的颜色形状和空间形态。3、软件算法能力

Therefore, the automatic dispenser products need to change the current visual recognition mode of CCD capture points into the laser physical recognition mode with stronger recognition ability, so that the automatic dispenser products can more carefully scan the color shape and spatial form of the products to be processed. 3. Software algorithm capability

对点胶机有一点了解的用户都很清楚，这种点胶装置在工作中的精度往往是由装置内建的软件来控制的。然而，由于许多电子产品外观的高度多样性，单纯使用一套参数进行加工已不能满足产品点胶的精度。因此，在未来的发展中，气动分配器要想进一步占领市场，需要提高软件算法能力。

Users who have a little knowledge of dispensing machine know very well that the working accuracy of this dispensing device is often controlled by the built-in software of the device. However, due to the high diversity of the appearance of many electronic products, only using a set of parameters for processing can not meet the product dispensing accuracy. Therefore, in the future development, if pneumatic distributor wants to further occupy the market, it needs to improve the software algorithm ability.