比较近几年，杭州钣金加工逐渐声色四起，收到越来越多人的关注；很多人也纷纷投资杭州钣金加工，究竟杭州钣金加工有着一种什么样的神秘面纱呢？小编就从杭州钣金加工工艺流程、杭州板件加工发展现状以及杭州钣金加工优点三方面为各位读者做一个的解析介绍：

In recent years, Hangzhou sheet metal processing has become increasingly popular and attracted more and more attention. Many people have invested in Hangzhou sheet metal processing. What kind of mysterious veil does Hangzhou sheet metal processing have? The editor will make an all-round analysis and introduction for you from three aspects: the process flow of sheet metal processing in Hangzhou, the development status of sheet metal processing in Hangzhou and the advantages of sheet metal processing in Hangzhou.

一、杭州钣金加工工艺流程：

I. Hangzhou sheet metal processing process:

1、下料。在钣金加工厂家下料的过程中，主要包括剪床和冲床的两个程序，剪床主要就是将很多的板材剪成单料件，这样方便钣金成型的关键所在；冲床，是通过展开的平板件然后进行冲裁各种形状。

1. Blanking. In the process of blanking of sheet metal processing factory, it mainly includes two procedures of shearing machine and punching machine. The shearing machine is mainly to cut a lot of sheet metal into single material parts, which is the key to facilitate sheet metal forming. The punching machine is to carry out blanking of various shapes by expanding the flat parts.

2、翻遍。在很多的钣金基孔上进行加工成深孔，其加工的基本流程和各种工艺也是比较精湛的，新式工艺的运用，也是提高了这种深加工的准确度，才能够不断的在这些方面带来了成型的效果和特点。

2. Turn it over. Deep holes are processed on many sheet metal base holes, and the basic process and various processes are also exquisite. The application of new technology also improves the accuracy of this deep processing, so as to continuously bring the forming effect and characteristics in these aspects.

3、冲床。在钣金加工厂家在这个程序的加工过程中，主要是经过模具成形的一种加工程序完成的，通常关于冲孔，切角，落料等等这些方面都是有了定型的作用；关于厂家在这个流程傍边仍是成为了关键性的一个方面。

3. Punch. In the processing process of this program, sheet metal processing factory is mainly completed by a kind of processing program of die forming. Generally, punching, angle cutting, blanking and other aspects have a fixed role; the factory is still a key aspect in this process.

二、杭州钣金加工的发展现状。

Second, the development of sheet metal processing in Hangzhou.

1、利润高。如冲压一般可以达到30%左右，而激光切割则可以达到50%甚至更多。

1. High profit. Such as stamping can generally reach about 30%, and laser cutting can reach 50% or more.

2、加工精度要求低，上手简单。就钣金加工而言，精度在几丝是很非常多见的事，而技术的复杂性也比较高，乃至有些零件工序达到几十道之多。所以钣金加工公司一般需要各式各样的机械设备以满足不一样技术请求。

2. Low requirements for machining accuracy and easy to use. As far as sheet metal processing is concerned, the precision is very common in several threads, and the technical complexity is also relatively high, and even some parts have dozens of processes. So sheet metal processing companies generally need a variety of mechanical equipment to meet different technical requirements.

3、生产水平需要提升。我国越来越变成世界加工制作基地，金属加工的才能需要不断加大，而金属加工职业中的电器控制箱、机器外壳等一般来说都是钣金件，所以钣金加工才能需要也不断进步。

3. The production level needs to be improved. China has become a world processing and manufacturing base, and the ability of metal processing needs to be increased. In general, the electrical control box, machine shell and other parts in the metal processing industry are sheet metal parts, so sheet metal processing needs to be improved.

三、杭州钣金加工优点。

Third, Hangzhou sheet metal processing advantages.

钣金加工技术自身有着加工准确高、自动化程度高、速度快、操作简单方便、效率高等特点，钣金加工技术具有了这些优点，具体有以下几点：

Sheet metal processing technology itself has the characteristics of high accuracy, high automation, fast speed, simple and convenient operation, high efficiency and so on. Sheet metal processing technology has these advantages, specifically as follows:

1、钣金加工束容易控制，易于与精密机械、精密测量技术和电子计算机相结合，实现加工的高度自动化和达到很高的加工精度；

1. The sheet metal processing beam is easy to control, and it is easy to combine with precision machinery, precision measurement technology and electronic computer, so as to realize high automation of processing and high processing accuracy;

2、钣金加工头与工件不接触，不存在加工工具磨损问题；

2. The sheet metal processing head does not contact with the workpiece, and there is no wear problem of processing tools;

3、可以对运动的不受应力，不易工件或密封在玻璃壳内的材料加工；

3. It can be used to process the moving parts or materials sealed in the glass shell without stress;

4、钣金加工束的发散角可小于1毫弧，光斑直径可小到微米量级,效果时刻可以短到纳秒和皮秒,一起,大功率钣金加工的接连输出功率又可达千瓦至十千瓦量级，因此钣金加工既适于精细微细加工,又适于大型资料加工；

4. The divergence angle of sheet metal processing beam can be less than 1 milliarc, the spot diameter can be as small as micrometer, and the effect time can be as short as nanosecond and picosecond. Together, the continuous output power of high-power sheet metal processing can reach kilowatt to 10kW, so sheet metal processing is not only suitable for fine machining, but also suitable for large-scale data processing.

5、钣金加工功率密度大，工件吸收钣金加工后温度敏捷增加而熔化或汽化，即便熔点高、硬度大和质脆的资料也可用钣金加工；

5. The power density of sheet metal processing is high, and the temperature of the workpiece after absorbing the sheet metal processing increases rapidly and melts or vaporizes. Even if the melting point is high, the hardness is high and the quality is brittle, sheet metal processing can be used.

6、在恶劣环境或其他人难以接近的当地，可用机器人进行钣金加工。

6. In the harsh environment or other places hard to access, the robot can be used for sheet metal processing.

通过上述三方面的介绍，想必大家对于杭州钣金加工为何进行的如火如荼会有一个较为深刻的理解了吧！新时代，新气象；杭州钣金加工正以一种高昂的姿态向前发展！

Through the introduction of the above three aspects, I think you will have a deeper understanding of why Hangzhou sheet metal processing is in full swing! New era, new weather; Hangzhou sheet metal processing is moving forward with a high attitude!