鈑金加工中激光切割件的與傳統(tǒng)沖壓五金件的對
瀏覽： 發(fā)布日期：2018-10-29
加工制造業(yè)中的很多產(chǎn)品都會用到五金件，在傳統(tǒng)的行業(yè)中，一般的五金件的加工都會采用沖床加工，它開發(fā)特有的模具，利用大型沖壓力量一次成型，這種方式一直是很多大型五金廠常用的方法，當需要批量生產(chǎn)時就可以大型的生產(chǎn)，操作簡單，速度快。但是也有不少缺點，直接的就是沖壓五金件都需要開發(fā)模具，這需要開發(fā)周期和模具費用，如果是大型的五金件可能需要好幾套模具配合使用。Many products in the manufacturing industry will be used in hardware, in the traditional industry, the general hardware processing will be used punch processing, it develops a unique mold, the use of large stamping force once molding, this method has been a lot of large hardware factory commonly used, when the need for mass production can be large The production is simple and fast. But there are also many shortcomings, the direct is that stamping hardware needs to develop molds, which requires the development cycle and mold costs, if it is large-scale hardware may need several sets of molds with the use.
當激光技術(shù)得到改進時，一些五金件都會采用激光切割的方式，因為它不需要開發(fā)模具，只要工程人員繪制圖紙，激光切割設(shè)備就會準確的按照設(shè)計的路線快速的完成切割，速度非?？?。
When laser technology is improved, some hardware will adopt laser cutting method, because it does not need to develop molds, as long as the engineers draw drawings, laser cutting equipment will accurately complete the cutting according to the design line quickly, very fast.
激光切割是鈑金加工的一次工藝革命，是鈑金加工中的“加工中心”。激光切割柔性化程度高，切割速度快，生產(chǎn)效率高，產(chǎn)品生產(chǎn)周期短，為客戶贏得了廣泛的市場。激光切割無切削力，加工無變形；無刀具磨損，材料適應性好；不管是簡單還是復雜零件，都可以用激光一次精密快速成形切割；其切縫窄，切割質(zhì)量好、自動化程度高，操作簡便，勞動強度低，沒有污染；可實現(xiàn)切割自動排樣、套料，提高了材料利用率，生產(chǎn)成本低，經(jīng)濟效益好。該技術(shù)的有效生命期長，目前在國外超構(gòu)2毫米的板材大都采用激光切割，許多國外的專家一致認為今后10年是激光加工技術(shù)發(fā)展的黃金時期。
Laser cutting is a technological revolution in sheet metal processing, and a "machining center" in sheet metal processing. Laser cutting has the advantages of high flexibility, high cutting speed, high production efficiency, short production cycle, and has won a wide market for customers. Laser cutting has no cutting force, no deformation; no tool wear, good material adaptability; whether it is simple or complex parts, can be used laser one-time precision rapid prototyping cutting; its slit narrow, cutting quality is good, high degree of automation, simple operation, low labor intensity, no pollution; can realize automatic cutting row Sample and nesting improve material utilization, low production cost and good economic benefit. The effective life of this technology is long. At present, laser cutting is mostly used in superstructure 2mm plate abroad. Many foreign experts agree that the next 10 years will be the golden age of laser processing technology development.
