SW - FLC series fiber laser cutting machine
Good configuration with high efficiency and low cost
1. Fiber Laser Source
The latest generation of fiber lasers' photoelectric conversion efficiency up to 30%, It is the traditional YAG lamp pump Laser 10 times.While electricity consumption is only one-third to one-fifth that before.The laser does not have supplies, no need to replace the lamp.
it has stable performance, and guarantee the whole machine quality.
2. Automatic Focusing System
imported Z axis configures capacitive contactless auto-tracking system, ,full-time dynamic tracking plate height,which can automatically adjust the best focus, to ensure the best cutting effect of the whole plate, and avoid material scrap caused by changing focus when the material is uneven.
3.Machine tool system
Machine tool adopts gantry structure. It has high precision, good rigidity, smooth operation. It also configures universal wheels to be energy saving, convenient and efficient.
4.Drive system
adopts imported bilateral gear-gear stripe transmission, imported linear guide, and imported double servo motor drive system,import high-precision linear module, to effectively guarantee the cutting speed and high precision.
5.Control system
Dedicated software enables graphic or text to be instantly designed or processed,flexible and easy operation.Using professional PC industrial computer with graphical interface, professional cutting software is easy to design all kinds of graphics and text and achieve real-time processing. This software support all CAD, CorelDraw and other professional drawings.
6.Cooling system
SW-FLC is equipped with the latest 3P external water-cooling system with low running noise, high temperature control precision, to provide a reliable guarantee for a long time works.
7.Red indicator
SW-FLC is equipped with a red collimator, which can help the operator to calibrate laser cutting head flexibly.
8.Gas shielded
Industrial air conditioning is configured in laser power control cabinet, to ensure laser power supply and control system working under constant temperature environment, to reduce the ageing-failure of electronic components caused by high temperature, and extend the service life of laser power supply.
Use the appropriate auxiliary gas, making the slits neat and smooth, do not need secondary polishing.
Excellent cutting quality by high efficient metal cutting
SW-FLC Advantages
Technology Parameter：
Model Type | SW-FLC500 |
Laser source | Fiber laser source |
wavelength | 1064nm |
Cutting area | 300x200mm |
Cutting line width | 0.04-0.08mm (depends materials thickness) |
Cutting thickness | ≦3mm(depends different materials) |
Cutting speed | 500-5000mm/minute (depends materials thickness) |
Cutting accuracy | 0.01mm |
Cutting air pressure | 0.8-2.5Mpa |
Rated power | 5KW |
Power supply | AC220V,single phase，20Amp |
Cooling system | Air cooling or water cooling |
environmental conditions | No vibration source, good ventilation, temperature 5 to 35 degrees . |
Machine size | H 1650mm,L 1500mm,W 1230mm |
Machine weight | N.W.750kg,G.W.850kg |
Running cost analysis (for reference ONLY)
Total power consumption cost
Module | Power consumption | Overall consumption | |
Laser Source | ≦4 KW·h | ≦24.5 | USD 2.4/h |
Machine tool | ≦10 KW·h | ||
Chiller | ≦3 KW·h | ||
Vacuum cleaner | ≦3.5 KW·h |
Gas consumption Cost
Gas Type | Gas prices | Service time | Total consumption | Edge Cutting effect | Note |
O2 | USD 2.5 /Bottle | 1h | USD 2.5/h | Black edging | Take 1 mm carbon steel for example |
N2 | USD 54 /Bottle | 12h | USD4.5/h | White edge | Take 1 mm SS for example |
Air | USD 1/h (Electrical fee of air compressor) | Golden edge | The cutting effect is best for less than 2mm steel plates. | ||
Laser source gas consumption | None | ||||
Consumables cost
Consumables | Service time | Unit price | Consumption | Note |
Protective plate | ≧1440h | USD 25/PC | USD 0.017 /h | Good working environment make the service time longer. |
Brass mouthpiece | ≧720h | USD 20/PC | USD 0.028 /h | |
Total | USD 0.045 /h |
Total consumption cost (using O2 cutting)
Power consumption cost | O2 consumption costs | Consumables cost | Total |
USD 2/h | USD 2.5/h | USD 0.045 /h | USD 4.545/h |
Total consumption cost (using N2 cutting)
Power consumption cost | N2 consumption costs | Consumables cost | Total |
USD 2/h | USD4.5/h | USD 0.045 /h | USD 6.545/h |
Total consumption cost (using Air cutting)
Power consumption cost | Air consumption costs | Consumables cost | Total |
USD 2.4/h | USD 1/h | USD 0.045 /h | USD 3.445/h |