手板模型的加工过程是一个非常重要的环节，但是在手板制作的时候，需要做的就是根据客户的要求很好的检验产品制作的环节是否会出现很多的问题，是否会在很多结构设计和外观设计的环节上出现一些意想不到的问题。这个过程手板厂需要不断的反思，不断改进，不断的将产品的每个细节都做到位，才能很大程度上满足客户在检验产品设计合理性的基础上进行好的思考。

The processing process of the prototype model is a very important step, but when making the prototype, it is necessary to check whether there will be many problems in the product production process according to the customer's requirements, and whether there will be unexpected problems in many structural and appearance design stages. In this process, the prototype factory needs to constantly reflect and improve, constantly putting every detail of the product into place, in order to greatly meet the needs of customers for good thinking on the basis of verifying the rationality of product design.

一般是手板模型加工方式有：

The general processing methods for prototype models include:

1、CNC手板：加工精度可以达到±0.05mm。CNC手板加工方式的主要材料有：ABS、PC、PMMA、PA 、POM、PA+玻纤、电木。其中ABS是常见也常用的塑胶材料，PC、PMMA为加工透明件手板所用，PC为半透 明状态，PMMA为全透明状态，如手机的镜片，眼镜等。

1. CNC prototype: The machining accuracy can reach ± 0.05mm. The main materials used for CNC prototype processing include ABS, PC, PMMA, PA, POM, PA+fiberglass, and bakelite. Among them, ABS is the most common and commonly used plastic material, PC and PMMA are used for processing transparent handboards, PC is in a semi transparent state, and PMMA is in a fully transparent state, such as the lenses of mobile phones, glasses, etc.

2、复模手板：加工精度为±0.15mm/100mm。其材料为液体PU，性能有类ABS、类PC等。对于小批量10~100 套左右的塑胶产品来说，此加工工艺是为合适，周期都占有优势，是短期小批量产品的好方法。

2. Duplex template: machining accuracy of ± 0.15mm/100mm. Its material is liquid PU, with properties such as ABS and PC. For small batch plastic products of around 10-100 sets, this processing technology is the most suitable and has an advantage in price cycle, making it a good method for short-term small batch products.

3、SLA手板：加工精度为±0.1mm。对于一些形状复杂表面精细的零件是比较适合的，比如玩具、工艺品 等。但因为其加工精度较CNC手板较低，材料较脆，制作出来的塑胶手板不利于结构认证，所以我们认为，SLA 激光快速成型的使用价值在于他能与CNC加工形成良好的互补作用，它可以完成CNC加工不到的细节。

3. SLA prototype: machining accuracy is ± 0.1mm. It is more suitable for parts with complex shapes and fine surfaces, such as toys, handicrafts, etc. However, due to its lower processing accuracy and brittle material compared to CNC handboards, the plastic handboards produced are not conducive to structural certification. Therefore, we believe that the greatest value of SLA laser rapid prototyping lies in its ability to form a good complementary effect with CNC machining, and it can complete details that CNC machining cannot achieve.

有时候客户设计出来一款产品制作手板的交期自己也不知道该怎么处理这些问题，他们往往只是凭着一个又一个的想象力，将产品的功能划分为每个区间，但是真正的能好好的利用手板样品为设计做思考的，还是很难做到这样的处理方式的，为了能保证设计的时候小化的风险，我们需要在产品设计的环节进行深入的思考，并且在产品设计的每个步骤上进行一些小的思考，进行一些很好的局部的改进和设计，在手板上做到了，并且利用科学的换位思考进行产品的功能定位，那么手板模型的加工才能更好的起到作用，才能更好的将设计做到。

Sometimes customers may not know how to handle the delivery time of a product design prototype. They often just rely on one imagination after another to divide the product's functions into each section. However, it is still difficult to achieve such a processing method if they can truly make good use of prototype samples to think about the design. In order to minimize risks during the design process, we need to think deeply in the product design stage, and make some good local improvements and designs at each step of the product design. We need to achieve the cheapest and best prototype price, and use scientific empathy to position the product's functions. Therefore, the processing of prototype models is necessary. Only by doing so can we better serve our purpose and achieve perfection in our design.