Laser Metal Cutting Machines
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brand newFiber Laser Metal Cutting Machine3214L
Work area 14000 x 3200 mm Laser power 1,5-12 kW Travel speed 80 m/min Laser source Raycus/IPG 
Machine size 16700x4270x2150 mm Net Weight 12000 kg -
brand newFiber Laser Metal Cutting Machine3214LC
Work area 14000 x 3200 mm Laser power from 20 to 100 kW Travel speed 80 m/min Laser source Raycus/IPG Machine size 16700x4270x2150 mm Net Weight 12000 kg -
brand newFiber Laser Metal Cutting Machine2060Hard Ultra
Work area 6000 x 2000 mm Laser power 20-120 kW Travel speed 200 m/min Laser source Raycus/IPG Table size 6050х2050 mm -
Fiber Laser Metal Cutting Machine1530Hard
Work area 1500 x 3000 mm Laser power up to 30 kW Travel speed 120-160 m/min Laser source Raycus/IPG Machine size 8610х2900х2190 mm Net Weight 5800 kg Host 5170x2900x2190 mm Tail frame 3440x2260x830 mm -
Fiber Laser Metal Cutting Machine4020Hard
Work area 4000 x 2000 mm Laser power up to 30 kW Travel speed 120-160 m/min Laser source Raycus/IPG Working area 4000х2000 mm Machine size 10731х3660х2435 mm Net Weight 8000 kg -
Fiber Laser Metal Cutting Machine6020Hard
Work area 6000 x 2000 mm Laser power up to 30 kW Travel speed 120-160 m/min Laser source Raycus/IPG Working area 6000х2000 mm Machine size 14650х3540х2190 mm Net Weight 14000 kg Host 8280x3540x2190 mm Tail frame 6370x2620x830 mm -
Fiber Laser Metal Cutting Machine1309MINI
Work area 1300 x 900 mm Laser power up to 6 kW Travel speed 40 m/min Laser source Raycus/MAX Photonics/IPG Machine size 2850x2100x2300 mm Net Weight 2300 kg -
Fiber Laser Metal Cutting Machine1313A
Work area 1300 x 1300 mm Laser power up to 3 kW Travel speed 80 m/min Laser source Raycus/IPG Working area 1300х1300 mm Machine size 2980х2140х1800 mm Net Weight 1200 kg -
Fiber Laser Metal Cutting Machine1530A
Work area 1500 x 3000 mm Laser power up to 3 kW Travel speed 80 m/min Laser source Raycus/IPG Working area 1500х3000 mm Machine size 4680x2340x1400 mm Net Weight 2200 kg -
Fiber Laser Metal Cutting Machine1313S
Work area 1300 x 1300 mm Laser power up to 12 kW Travel speed 100-120 m/min Laser source Raycus/MAX Photonics/IPG Working area 1300х1300 mm Machine size 3450x2190x1800 mm Net Weight 1240 kg -
Fiber Laser Metal Cutting Machine1325S
Work area 1300 x 2500 mm Laser power up to 12 kW Travel speed 100-120 m/min Laser source Raycus/MAX Photonics/IPG Working area 1300х2500 mm Machine size 4650x2190x1800 mm Packing size 4650x2190x1800 mm Net Weight 1640 kg -
Fiber Laser Metal Cutting Machine1530S
Work area 1500 x 3000 mm Laser power up to 12 kW Travel speed 100-120 m/min Laser source Raycus/MAX Photonics/IPG Working area 1500х3000 mm Machine size 5000х2540х2000 mm Packing size 5300х2200х1800 mm Net Weight 2900 kg -
Fiber Laser Metal Cutting Machine1530S Tablechange
Work area 1500 x 3000 mm Laser power up to 12 kW Travel speed 100-120 m/min Laser source Raycus/MAX Photonics/IPG Working area 1500х3000 mm Machine size 8500х2580х1800 mm Packing size 9000х2200х1800 mm Net Weight 3600 kg -
Fiber Laser Metal Cutting Machine1530S Rotary
Work area 1500 x 3000 mm Laser power up to 12 kW Travel speed 100-120 m/min Laser source Raycus/MAX Photonics/IPG Working area 1500х3000 mm Machine size 5000х3580x1800 mm Packing size 5300х3300х1800 mm Net Weight 4400 kg -
Fiber Laser Metal Cutting Machine1530S Tablechange Cabin
Work area 1500 x 3000 mm Laser power up to 12 kW Travel speed 100-120 m/min Laser source Raycus/MAX Photonics/IPG Working area 1500х3000 mm Machine size 8500х2580х2200 mm Packing size 10000х3300х1800 mm Net Weight 4000 kg -
Fiber Laser Metal Cutting Machine1530S Rotary Tablechange
Work area 1500 x 3000 mm Laser power up to 12 kW Travel speed 100-120 m/min Laser source Raycus/MAX Photonics/IPG Working area 1500х3000 mm Machine size 8500х3580х1800 mm Packing size 10000х3300х1800 mm Net Weight 5100 kg -
Fiber Laser Metal Cutting Machine1530S Rotary Tablechange Cabin
Work area 1500 x 3000 mm Laser power up to 12 kW Travel speed 100-120 m/min Laser source Raycus/MAX Photonics/IPG Working area 1500х3000 mm Machine size 8500х3580х2200 mm Packing size 10000х3300х1800 mm Net Weight 5500 kg -
Fiber Laser Metal Cutting Machine1313E
Work area 1300 x 1300 mm Laser power up to 3 kW Travel speed 80 m/min Laser source Raycus/MAX Photonics/IPG Machine size 2800х2070х1800 mm Net Weight 1200 kg -
Fiber Laser Metal Cutting Machine1530E
Work area 1500 x 3000 mm Laser power up to 3 kW Travel speed 80 m/min Laser source Raycus/MAX Photonics/IPG Working area 1500х3000 mm Machine size 4800х2270х1800 mm Packing size 5300х2200х1800 mm Net Weight 1800 kg -
Fiber Laser Metal Cutting Machine1325E
Work area 1300 x 2500 mm Laser power up to 3 kW Travel speed 80 m/min Laser source Raycus/MAX Photonics/IPG Machine size 4300х2070х1800 mm Packing size 4650х2190х1470 mm Net Weight 1600 kg
Aluminum, stainless steel, brass, copper, carbon steel, and other black and nonferrous metals. All of this can be processed on the Wattsan metal laser cutters. Depending on the type, you may cut sheets with thicknesses ranging from 4 mm to 25 mm or more.
What can be made with metal laser cutting machine
Dogtags, ID plates, signs, stands, electronics, spare parts and gears for cars, elevators, and elements for planes and ships. The list of products made on the metal laser cutter is huge.
This wide use by big manufacturers, where precision is highly precious, is related to the advantages since the metal laser cutter guarantees accuracy during the work.
Criteria of selection a metal laser cutter
The laser source is the main component of a metal laser cutter. The machine’s efficiency and thicknesses that it can process are determined by the power of the source. It also absorbs a remarkable portion of the price.
Another key factor to consider is what you are going to cut. Thickness influences the power of the source that has to be installed on your metal laser cutter. The size of the working area, on the other hand, will be a secondary consideration.
For example, to cut thin stainless steel sheets of 3–4 mm, the Wattsan 1325 E will be suitable; for metal a little bit thicker, like 12 mm, you would need the 1325 S model, which has a reinforced bed that allows the installation of a more powerful laser source. And Hard 4020 machines can process metal sheets with a thickness of 25 mm and more.
Tablechange, rotary device, and cabin can be additional mounted on your metal laser cutter if needed.
If the machine is equipped with servomotors rather than stepper motors, it will be more dependable and last longer. A good smoke removal system will be useful since it ensures the purity and safety of the product. Wattsan equipment has it.
Furthermore, machines of the S and Hard series have zonal extraction, which is more efficient since it allows the entire system’s power to be concentrated on particular and needed parts of the working surface.
Questions
Which thickness can the 6 kW laser metal cutter cut?
First of all, it would be impossible to tell the exact number since each material will be cut to a different thickness due to their features.
Second of all, required speed and power are related to the thickness of the material. We will give you a few examples of approximate numbers for some cases to demonstrate that. For instance, 4 mm of carbon steel can be cut with a speed of 8 m/min and a power of 6 kW while using N2 as the working gas; when using air, the speed will rise to 13 m/min with the same power value.
Now to the brass. With the N2 and 6 kW, you’ll be able to process 5 mm at a speed of 5.5 m/min. And if you’ll take 10 mm, then the speed should be 1 m/min. Stainless steel cut with the same working gas will be operated at a speed of 2 m/min.
Which metal is the easiest to cut with laser metal cutting machine?
It’s mild steel. That’s if we are talking about the maximum approachable thickness.
What kind of disadvantages does the metal laser cutter have?
The most significant minus is likely the limitation of the material thickness that the laser source can cut. However, if you are purchasing the machine to cut the same metal sheets on a constant basis, this statement is meaningless.
In addition, the metal laser cutter’s price might be considered a drawback. However, the machine’s efficiency and production will pay off.
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