腾讯分分彩开奖直播专业从事精密钣金加工、激光切割加工为主的钣金加工型厂家

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钣金加工和数控激光切割加工的区别在哪里

2018-06-07 09:56:59 腾讯分分彩开奖直播 阅读

钣金加工和数控激光切割加工的区别在哪里

在五金冲压等行业,我们经常听到的就是钣金加工和深圳数控激光切割加工,那么到底这两者的区别在哪里呢?两者孰优孰劣呢?我们今天一起来看看吧!

钣金加工近年来在工业加工中非常突出,在电子产品外壳的制作商尤为突出。钣金加工在金属行业也丝毫不逊色,尤其是近年来国内汽车制造业得以发展,钣金加工在汽车周边设备外壳制作上贡献不少。现在的产品外壳基本是塑料制作,都应用钣金加工处理,强度好使用寿命长。金属应用领域有多广泛,就代表着钣金加工金属应用有多广泛:如电箱外壳、电柜外壳、机械设备外壳几乎都是金属制造的,而钣金加工都有在其中有不凡的成绩。

哪些行业需要钣金加工?这是个很好的问题。

每个行业里都有它的专业名词,钣金加工行业也不例外。常见有以下25个。

(6)切角:指在冲床或油压机上使用模具对工件角进行切除的工艺过程。

(7)折弯:指工件由折弯机成型的工艺过程。

(8)成形:指在普通冲床或其他设备上使用模具使工件变形的工艺过程。

(9)剪料:指材料经过剪板机得到矩形工件的工艺过程。

(10)下料:指工件经过LASER切割或数控冲床冲裁的工艺过程。

(1)压铆:指采用冲床或油压机把压铆螺母、压铆螺钉或压铆螺母柱等紧固件牢固地压接在工件上的工艺过程。

(2)涨铆:指先将工件沉孔,再采用冲床或油压机把涨铆螺母牢固地压接在工件上的工艺过程。

(3)拉母:指采用类似铆接的工艺。用拉母枪把拉铆螺母(POP)等连接件牢固地连接在工件上的工艺过程。

(4)拉铆:指以拉铆枪为工具用拉钉将两个或两个以上工件紧密地连接在一起的工艺过程。

(5)铆接:用铆钉将两个或两个以上工件面对面连接在一起的工艺过程,若是沉头铆接,需将工件先进行沉孔。

面临哪些挑战?

现在国内的钣金加工行业在国内的机械制造中占有重要地位,目前国内的钣金加工只能够自给自足,生产产量还是比较低的。技术落后是我国钣金加工行业的通病,除了从国外引进之外,毫无创新而言。

现在几乎所有的行业都有钣金加工的应用,与我们的生活已经密不可分了。随着现在钣金加工行业开始引进激光切割加工技术之后,国内的钣金加工开始得到有所改善,目前国内钣金加工行业挣面临着多品种、小批量、定制化、高质量、短交货期的挑战。

激光切割加工和钣金加工区别

电子产品外壳用钣金加工技术生产质量好

不管电子产品外壳是金属还是塑料,钣金加工技术都能够派上用场,都能够制作出令大家满意的产品。而且随着钣金加工技术的投入,生产出来的电子产品外壳更精美了,效率也更高了呢?针对现在的电子产品外壳市场,人们关注得最多的大概就是手机外壳了吧。其实电子产品的外壳范围很广的,如功放机、电箱、电柜、广告机这些都是电子产品,它们的外壳制作都运用钣金加工技术。激光切割加工技术

现在的电子产品外壳几乎都是塑料制的,而在电子产品外壳制作工序中不仅有运用到钣金加工还有激光切割技术。而在塑料电子产品外壳制作过程中,激光切割技术用来干嘛呢?

我们可以用激光切割技术进行打标加工,节约塑胶模具投资,塑胶激光切割加工不需要模具,就节约了很多时间也降低了生产成本。另外运用激光切割的的东西,切口平整并不需要再次加工。

Where is the difference between sheet metal processing and CNC laser cutting?

In metal stamping and other industries, we often hear sheet metal processing and CNC laser cutting in Shenzhen. So what is the difference between them? Which is superior and inferior? Let's take a look at it today.

Sheet metal processing has been very prominent in recent years, especially in the manufacture of electronic products. Sheet metal processing in the metal industry is not inferior, especially in recent years, the domestic automobile manufacturing industry has been developed. Sheet metal processing has contributed a lot to the manufacture of the outer shell of the automobile. Now the product shell is basically made of plastic, all processed by sheet metal, with good strength and long service life. There are many applications in the field of metal application, which represents the wide application of metal sheet metal processing, such as the shell of the electric box, the shell of the electric cabinet, the shell of the mechanical equipment almost all made of metal, and the sheet metal processing has the extraordinary achievement in it.

Which industries need sheet metal processing? This is a good question.

Every industry has its professional terms, and the sheet metal processing industry is no exception. There are 25 of the following.

(6) cut angle: refers to the process of using the mould to remove the workpiece angle on the punch or hydraulic press.

(7) bending: the process of forming a workpiece from a bending machine.

(8) forming: refers to the process of using a mold on a common punch or other equipment to deform the workpiece.

(9) shear material: refers to the material through the shearing machine to obtain rectangular workpiece process.

(10) blanking: refers to the process of workpiece cutting through LASER or CNC punching.

(1) press riveting: the process of pressing the rivet nut, rivet screw or pressing rivet nut tightly on the workpiece by press or hydraulic press.

(2) riveting: the first step is to bore the workpiece first, then press the rivet nut firmly on the workpiece with a punch or hydraulic press.

(3) drawing mother: refers to the adoption of a similar riveting process. The process of connecting the rivet nut (POP) and other connectors firmly to the workpiece by means of a pull gun.

(4) riveting: the process of drawing two or more than two pieces of work together with a rivet gun as a tool.

(5) riveting: the process of connecting two or more workpiece face to face with rivets. If the riveting head is riveted, it is necessary to bore the workpiece first.

What challenges do you face?

At present, the domestic sheet metal processing industry occupies an important position in the domestic machinery manufacturing. At present, the sheet metal processing in China can only be self-sufficient, and the production output is relatively low. Technological backwardness is a common problem in China's sheet metal processing industry. Apart from being introduced from abroad, there is no innovation.

Almost all industries now have the application of sheet metal processing, which is inextricably linked to our lives. With the introduction of laser cutting technology in the sheet metal processing industry, the domestic sheet metal processing has been improved. At present, the domestic sheet metal processing industry is facing the challenge of many varieties, small batch, customization, high quality and short delivery.

Difference between laser cutting and sheet metal processing

The shell of electronic products is produced by sheet metal processing technology.

Whether the shell of the electronic product is metal or plastic, sheet metal processing technology can be used to produce satisfactory products. Moreover, with the input of sheet metal processing technology, the shell of the electronic products produced is more beautiful and more efficient. In view of the current electronic product shell Market, the most concern is probably the mobile phone shell. In fact, the scope of the electronic products is very wide, such as power amplifier, electric box, electric cabinet, advertising machine are all electronic products, their shell making use sheet metal processing technology. Laser cutting technology

Nowadays, the shell of electronic products is almost made of plastic, and in the process of making electronic shell, there are not only sheet metal processing but also laser cutting technology. What is the use of laser cutting technology in the manufacture of plastic electronic products?

We can use laser cutting technology for marking, saving plastic mold investment, plastic laser cutting process does not need molds, save a lot of time and reduce production costs. In addition, the use of laser cutting, flat cut, do not need to re process.


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