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Product Description
Equipment manufacturers who require high volumes of processed tubes can gain added value with steel tube cutter or laser tube cutting. Automated processing of 6-10m lengths of raw stock on laser tube cutting equipment offers fast production reduced machining costs and more efficient assembly. Laser tube cutting can produce precise end cuts and hole profiles similar to 2D laser cutting.
?cutting capabilities
MAXIMUM MATERIAL THICKNESS(4000W IPG) | Mild Steel | 22mm |
Stainless Steel | 14mm | |
Aluminum | 12mm | |
Copper | 3mm | |
Brass | 8mm | |
DIMENSIONAL CAPACITY | Circumradius less than 110mm square and rectangular,oval, angle, channel,etc | |
Radius less than 220 tubes and pipes | ||
?Quality Parts
Self-centering Collet Chuck |
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| A Constant View of the Machining Process | ||
Automatic Step Rollers |
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| Germany PA8000 Control System | ||
3.5 Meters Long Material Unloading Platform |
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? PARAMETERS
No. | Item | Parameter |
1. | Maximum Travelling speed | 70m/min |
2. | Laser wavelength | 1070-1080 nm |
3. | Minimum cutting width | 0.2mm |
4. | Rated output power | 10--100% (100W-1000W) |
5. | X And Y axis positioning accuracy | =±0.03? |
6. | Repeat positioning accuracy | =±0.02? |
7. | Available cut pipe shape | Round tube, square tube, rectangular tube Oval tube, fan-shaped tube,angle steel, channel steel and so on
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8. | Acceleration | 1G |
9. | Oiling systems | Automatic oiling |
10. | Tail(Waste) length | 200-250mm |
11. | Effective length of cutting | 6000mm/8000mm/10000mm(customize dorder acceptable) |
12. | Size | 11*3.9*2.5m (Length * width * height) |
13. | Power | 35KW |
14. | G.W. | 10 Ton |
15. | Power supply | 380v50Hz ±10% |
16. | Red Positioning | Yes |
17. | Auxiliary gases | Oxygen, nitrogen, air |
18. | Supported file formats | IGS (Available PRO/E. UG, Solid works Photo) |
19. | Diameter | 20mm-320mm (customized order acceptable) |
20. | Laser tracking system | Automatic follow-up |
? SAMPLES
? Why fiber lasers?
Fiber lasers aren't the only type of laser on the market, and in fact they aren't the most common either. You'll find that gas lasers, which most often use carbon dioxide or helium-neon as their medium, are actually the most common; mainly as they have been around much longer than Fiber Lasers.
All laser processes come with their upsides and downsides, but it seems that the benefits of fiber lasers far outweighs that of any of the other processes. It's the newest of the laser processes, only really picking up a lot of traction in the last couple of decades or so.
But the benefits that it provides, which we'll come on to below, have been quickly realized by those all over the globe. Fiber lasers are now used as standard in dozens of industries around the world, and they now help to create the phones that we use every day, the transport that gets us around, and the medical care that we rely on so often.
That's probably one of the biggest advantages to fiber lasers that makes them so attractive; the fact that they can so easily and seamlessly adapt between industries for a huge range of applications.
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