瑞泉濟(jì)南不銹鋼金屬制品在進(jìn)行加工的過程當(dāng)中，為了確保加工的品質(zhì)都是會借助技術(shù)人才積累的經(jīng)驗(yàn)來作出判斷，在其中危害生產(chǎn)加工品質(zhì)的要素還是有很多的，在加工過程中有一定的留意，下邊讓我們一起來盤點(diǎn)一下吧。

　　During the processing of stainless steel metal products in Ruiquan Jinan, in order to ensure the quality of the processing, we rely on the experience accumulated by technical personnel to make judgments. There are still many factors that endanger the production and processing quality, and there is a certain amount of attention during the processing. Let's take a look together.

　　1，技術(shù)師傅需要通過特定的激光功率密度各種材料，切削用量合乎經(jīng)驗(yàn)公式定律。只需切割速度高過根據(jù)閥值，原材料的切割速度與激光功率密度正相關(guān)，換句話說，提升功率能提高切割速度。

　　1. Technicians need to use specific laser power densities for various materials, and the cutting amount should comply with the laws of empirical formulas. As long as the cutting speed exceeds the threshold, the cutting speed of the raw material is positively correlated with the laser power density. In other words, increasing the power can improve the cutting speed.

　　2，這里我們所稱的功率除了與激光器功率相關(guān)，還和光束質(zhì)量方式相關(guān)。此外，光線對焦系統(tǒng)的特點(diǎn)，即對焦后光點(diǎn)大小對激光切割也有很大影響。切割速度和被激光切割原材料密度(比例)和壁厚反比。

　　2. The power we refer to here is not only related to the laser power, but also to the beam quality mode. In addition, the characteristics of the light focusing system, namely the size of the light spot after focusing, also have a significant impact on laser cutting. The cutting speed is inversely proportional to the density (proportion) and wall thickness of the raw material being laser cut.

　　3，激光切割中當(dāng)其他主要參數(shù)不會改變時，提升切削用量的影響因素有：提升輸出功率(在一定范圍內(nèi)，如500-2000W);改進(jìn)光線方式;減少聚焦點(diǎn)尺寸(如用短鏡頭焦距鏡片對焦);激光切割原始揮發(fā)能量低的原材料(如塑膠、有機(jī)玻璃板等);激光切割相對密度相對較低的原材料(如白松等);激光切割薄原材料。

　　3. When other main parameters do not change in laser cutting, the influencing factors for increasing cutting amount include: increasing output power (within a certain range, such as 500-2000W); Improve lighting methods; Reduce the size of the focal point (such as focusing with a short lens focal length lens); Laser cutting of raw materials with low original volatile energy (such as plastic, organic glass board, etc.); Laser cutting of raw materials with relatively low relative density (such as white pine); Laser cutting of thin raw materials.

　　總的來說，濟(jì)南不銹鋼制品加工中，當(dāng)別的工藝指標(biāo)不會改變時，激光切割速率能夠有一個相對可調(diào)式的范疇，而且依然保持相對性令人滿意的激光切割品質(zhì)，如果你想當(dāng)面看一下不妨來我們瑞泉不銹鋼了解一下吧。