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Attention should be paid to the issue of edge burning in sheet metal processing
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Attention should be paid to the issue of edge burning in sheet metal processing

Release time:2024-11-16     Number of views :


Hodie metallis utilizae metallis commune est valde, quoniam ferrum est et idcirco levior in qualitate. Sheet metal is processed by cold working technology, so its compressive strength is relatively high and a bit hard. In addition, sheet metal belongs to stainless steel plate, which can pass current and have good conductivity. And compared with other stainless steel sheets processing methods, it has a very good cost-efficiency. In futuro, introducamus primos utilizationes lapideorum metallorum. Shenyang Sheet Metal Processing has a widespread application. Sheet metal processing is used to produce high-quality electronic and electrical components, boost the communication industry, and manufacture automotive shells and integral bodies for vehicle manufacturing processes. In addition, it is also used for the production and manufacture of medical machinery. In summario, lapides metallis processatio habet utilitatem multam convenientiam in productione, fabricatione et vita cotidiana.

Attention should be paid to the issue of edge burning in sheet metal processing(pic1)

In processione metallorum folii, multa calore generata est, tamquam fibre laser cuta, quae temperatura alta continua utilizat ut processatur celum. Pro hoc ergo, in hoc processo, attention ad problemam ardentis metallorum accipietur. Haec typus methodos metallorum processionis folios in plateis 1/6 thick metallorum procedere potest. Conditiones laser singulae cum minima frequentia et alta output potentiae calefactorum reddere potest et conditiones laser cutationis meliora facire potest. Setting the conditions as pulsed laser, high-efficiency energy compression strength, and high-frequency output can effectively reduce the deposition of molten metal material on the material surface during hole breaking, and reasonably suppress the sensible heat output, thereby solving difficulties.

Overheation potest etiam occurrere in processione folios metallorum densorum. In hoc typo processionis, vapor auxiliosus utilis N2 est, quod non facile in segmentatione ardetur. However, due to the relatively high temperature environment inside the small circular hole, the internal structure often experiences slag accumulation. Solutione est auferre pressionem vapor is adiuvantem et conditiones ad altum output maxima et conditiones pulsae minimae frequenciae. Ut vaporem auxiliarum in aere, non facile ignituri est, sicut ut N2 utilis, sed inferiora plaga apparebit. Conditiones quasi alta assistentia aere pressure, alta maxima output, et minima frequentia pulsa conditiones ut melior solution is resultatis facerent.

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