Quam densus laser objectos secere potest? Shenyang laser cutting manufacturer explicat tibi:

Cum machinam laserorum sequitur ad capiendum platearum decem mm thiccam, causa principalis est, ut crescere densitatem plateae steelae facile diminuere potest in puritate oxygeni succidentis, et tunc temperaturam succidentis influent. Puritate fluxus oxygeni forte influent super procedum succidentis. Quando munditudo fluctus oxygeni 0,9% decrensus est, dedubitur ferro oxide ferro per 10%; Cum puritate 5% diminuerit, tempus combustionis 37% diminuetur.

Decreastio temperatus combustionis multo dimittet introitum energiae in segetes succidentem dum procedura combustionis, diminuet velocitatem concidientem, et crescere continentiam ferream in layer liquidi superficie succidentis, ut incresceret viscositatem plagae et difficieret discargere plagae. Hoc inducet pulchritudinem magnam pendentem ad inferiorem partem succidentis, faciens qualitatem succidentis acceptari.

1. Laser cutting

Laser cutting is the use of a focused high-power density laser beam to irradiate a work piece, causing the irradiated material to rapidly melt, vaporize, burn, or reach the ignition point. At the same time, high-speed airflow coaxial with the beam is used to blow away the molten material, thereby aching the cutting of the work piece. Hodie, lasers CO2 pulsa usus est, et laser cutus unus est de modis thermal is cutationis.

2. Aqua scidit

Water cutting, also known as water jet cutting technology, is a machine that uses high-pressure water flow for cutting. Under the control of a computer, workpieces can be carved freely and are minimally affected by material texture. Aqua secitur in duas metodes: harena gratis secitur et harena additur cutus.

3. Plasma cutting

Arcturum Plasmae concitatio est manipulatorum qui calorem arcae plasmae altae temperaturae utilit ut confundat (et evaporat) metallum in extremis partes laboris, et momentum plasmae altae velocitatis utilit ut auferat metallum conflatum ut form at extremis extremis.

4. Wire cutting

Conductione wire dividere potest in velocitatem cutam, mediam trabem cutam, et lentem trabem cutam. Velocitate fertilis velocis EDM 6-12m/s est, et accuractia fertilis pauper est propter motionem reciprocationis velocitatis.

Medium wire EDM est nova tecnologia developed in recent years that achieves frequency conversion multiple cutting functions on the basis of fast wire cutting. Velocitat velocitas telae lentis EDM est 0,2m/s, et motionem minimam velocitatem unidirectional facit,

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