Fiber laser cutter with scanning cutting technology

---Do you have troubles in cutting copper, brass, these high-reflective materials?

---Do you look for a faster and stronger fiber laser machine?

Bodor laser adopts our self-researched brand new technology- scanning cutting technology to achieve that.

What is the laser scanning technology

The laser scanning cutting subverts the invariable processing method of laser scanning since its inception by upgrading static facula cutting to dynamic facula cutting. Its beam locus covers 30 meters for every one meter's cutting, hugely increasing the absorption efficiency of laser energy by processing materials. Therefore, laser scanning cutting with the same power can achieve much faster cutting speed and much higher cutting thickness. For various cutting beam paths, the laser scanning cutting algorithms automatically adopt scanning cutting beam patterns to perform optimal cutting speed and quality.

Higher cutting thickness

Compared with conventional laser cutter, laser machine with scanning cutting technology can cut thicker metal with the same power. More accurately, we can say that up to 150% increase in cutting thickness.

Faster cutting speed

It is also significantly faster compared to the conventional laser cutter; more precisely, between 20% and 80% faster, depending on the material type and thickness. In the video here, you can see the comparison in speed of cutting 10 mm stainless steel with conventional one and the one with scanning technology by 6000W.

Not afraid of high-reflective metals

The principle is?that the absorption rate to the laser is very low for?high-reflective materials, so it leads most of the laser return to the internal of the laser head, largely damaged the laser head, casusing the malfunction and machine stoppage. That's the main problem of cutting this kinds of material. Our laser scanning cutting technology solves this drawback,?changing the path of the beam. Our machines don't afraid of cutting copper, brass, aluminum, titanium these metals.

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