15000W Fiber Laser Cutting Machine Parameters

The 15000W(15KW) fiber laser cutting machine is a high-power fiber laser compatible with welding and cutting, used in hardware, medical, automobile, ship, aviation, engineering machinery and other fields.

Device Description

Laser Souce Brand: Max,Raycus,IPG,Gw.

The 15000W fiber laser cutting machine adopts modular design, compact structure, highly integrated system, free from maintenance, and high reliability. The laser power is continuously adjustable, with high electro-optical conversion efficiency, high beam quality, and high laser stability. It is an ideal laser source for thick plate laser cutting, laser welding, laser cladding, and surface heat treatment. It can cooperate with laser processing heads, galvanometers, etc. for system integration with robots, machine tools, etc., and is widely used in hardware, medical, automobile, ship, aviation, engineering machinery and other fields.

It has the following characteristics:

High power and high quality laser output - High electro-optical conversion efficiency, flat-top distribution of spot energy, and high energy density
Light spot energy distribution is uniform - Reduce welding spatter, thicker plate cutting ability is more stable
Excellent performance, strong processing ability - The cutting effect is good, it can cut thicker plates, and the cutting efficiency of thin plates is higher
Compact and maintenance-free - Modular design, highly integrated system, stable operation and fewer failures
Wide range of applications - Compatible with welding and cutting, used in hardware, medical, automobile, ship, aviation, engineering machinery and other fields

Device parameters

Model	MAX/RAYCUS/IPG-15000W
Optical properties
Output power (W)	15000
Operating mode	Continuous / Modulation
Polarization state	Random
Power adjustment range (%)	10~100
Center wavelength (nm)	1080(±10)
Spectral bandwidth 3dB (nm)	5~8
Short-term power stability (%)	±1
Beam Quality BPP (mm x mrad)	3.5~4.5(100umQBH)
	5~6.5(150umQBH)
	6.5~9(200umQBH)
Laser on time (μs)	150~200
Laser off time (μs)	150~200
Modulation frequency (KHz)	5
Indicates red light power (μW)	200
Output cable parameters
Output method	Standard LOE
Optical fiber cable length (m)	20
Output fiber core diameter (μm)	100(150/200)
Optical fiber cable bending radius (mm)	200
Electrical parameters
Working voltage (VAC)	400（±40）
Rated power consumption (KW)	20
Other parameters
Working environment temperature (°C)	10~40
Storage temperature (℃)	-10~60
Working environment relative humidity (%)	10~85
Cooling method	Water cooling
Cooling medium	Distilled water (above 0°C)/ethylene glycol antifreeze (below 0°C)

Cutting parameters

MAX/Raycus/IPG 15000W Multi-module continuous fiber laser (100μm)

Material	Thickness (mm)	Speed (m/min)	Power (W)	Gas	Air pressure (bar)	Nozzle (mm)	Focus position (mm)	Cutting height (mm)
Carbon steel	1	60-80	15000	N₂ / Air	10	2.0 Single	0	1
	2	50-60			10	2.0 Single	0	0.5
	3	30-33			12	3.0 Single	0	0.5
	4	23-26			12	3.0 Single	0	0.5
	5	20-22			12	3.5 Single	0	0.5
	6	17-19			12	3.5 Single	0	0.5
	8	11-12			12	4.0 Single	-1	0.5
	10	7-8			13	4.0 Single	-1	0.5
	14	5-6			13	4.5 Single	-2	0.5
	16	4.0-4.5			15	4.5 Single	-6	0.5
	10	3-3.5			16	5.0 Single	-8	0.5
	10	2.0-2.3	6000	O₂	0.6	1.2 Double	+8	0.5
	12	1.8-2.1	7500		0.6	1.2 Double	+8	0.5
	14	1.7-1.9	8500		0.6	1.4 Double	+9	0.5
	16	1.6-1.7	9500		0.6	1.4 Double	+10	0.5
	20	1.4-1.6	15000		0.6	1.6 Double	+12	0.5
	22	1.2-1.4			0.7	1.6 Double	+12	0.5
	25	1.0-1.2			0.7	1.4 Single	13	0.3
	30	0.4-1			0.9	1.6 Single	+12	0.3
	40	0.2-0.3			1.3	1.8 Single	+13	0.3
	50	0.1-0.2			1.5	1.8 Single	+13	0.3
Stainless steel	1	60-80	15000	N₂	10	2.0 Single	0	1
	2	40-50			12	2.0 Single	0	0.5
	3	34-38			13	3.5 Single	0	0.5
	4	23-30			12	3.5 Single	-1	0.5
	5	18-23			13	4.0 Single	-1	0.5
	6	16-19			13	4.5 Single	-2	0.5
	8	10-12			13	5.0 Single	-3	0.5
	10	8-10			14	5.0 Single	-4	0.5
	12	6-7			15	5.0 Single	-5	0.5
	14	3.5-4.5			15	5.0 Single	-7	0.5
	16	2.5-3.5			16	5.0 Single	-8	0.5
	18	1.8-2.3			18	5.0 Single	-9	0.5
	20	1.5-2.0			20	5.0 Single	-11	0.5
	25	0.9-1.2			25	5.0 Single	-13	0.5
	30	0.3-0.4			25	5.0 Single	-16	0.5
	40	0.15-0.2			25	5.0 Single	+8	0.5
	50	0.1-0.15			25	5.0 Single	+9	0.5
Stainless steel (Air)	1	60-80	15000	Air	10	3.0 Single	-1	1
	2	40-60			12	3.0 Single	-1	0.5
	3	30-35			13	3.5 Single	-1	0.5
	4	25-28			14	3.5 Single	-2	0.5
	5	22-25			16	4.0 Single	-4	0.5
	6	18-20			16	4.5 Single	-4	0.5
	8	10-12			16	4.5 Single	-4	0.5
	10	8-9			16	4.5 Single	-5	0.5
	12	6-7			18	4.5 Single	-6	0.5
	14	4-4.2			18	5.0 Single	-8	0.5
	16	2.5-3			20	5.0 Single	-10	0.5
	18	2-2.3			20	5.0 Single	-10	0.5
	20	1.8-2			25	5.0 Single	-15	0.5
	25	1.2-1.4			25	6.0 Single	-19	0.5
	30	0.8-1			25	6.0 Single	-21	0.5
	35	0.4-0.6			25	6.0 Single	-24	0.5
Aluminum alloy	1	60-70	15000	N₂	10	3.0 Single	0	0.6
	2	40-50			12	3.0 Single	-1	0.5
	3	34-40			14	3.0 Single	-1	0.5
	4	21-26			14	3.5 Single	-2	0.5
	5	16-20			14	3.5 Single	-3	0.5
	6	13-15			14	4.0 Single	-4	0.5
	8	9-11			16	4.0 Single	-6	0.5
	10	6-8			16	4.5 Single	-7	0.5
	12	2.5-4			16	4.5 Single	-9	0.5
	14	2-3			16	5.0 Single	-9	0.5
	16	1.5-2			18	5.0 Single	-10	0.5
	18	1.3-1.8			18	5.0 Single	-11	0.5
	20	0.8-1.3			20	5.0 Single	-13	0.3
	25	0.5-0.7			25	5.0 Single	-14	0.5
	30	0.4-0.5			25	5.0 Single	-17	0.5
	40	0.2-0.3			25	5.0 Single	+8	0.5
	50	0.1-0.2			25	5.0 Single	+9	0.5
Brass	1	50-60	15000	N₂	12	2.0 Single	0	1
	2	38-42			12	2.0 Single	-1	0.5
	3	25-30			12	3.0 Single	-1	0.5
	4	20-24			12	3.5 Single	-2	0.5
	5	18-21			14	3.5 Single	-3	0.5
	6	9-11			14	4.0 Single	-3	0.5
	8	7-9			14	4.0 Single	-4	0.5
	10	5-6			14	4.5 Single	-5	0.5
	12	3-3.5			14	4.5 Single	-5	0.5
	14	2.5-3.0			16	4.5 Single	-8	0.5
	16	1.3-1.5			18	5.0 Single	-11	0.5
	18	1.0-1.2			18	5.0 Single	-11	0.5
	20	0.6-0.8			18	5.0 Single	-12	0.3
Copper	1	38-42	15000	O₂	10	2.0 Single	-0.5	0.6
	2	28-32			10	2.0 Single	-1	0.5
	3	20-24			10	3.0 Single	-2	0.5
	4	14-16			12	3.5 Single	-3	0.5
	5	8-10			12	3.5 Single	-4.5	0.5
	6	6-7			13	4.0 Single	-5	0.5
	8	2.5-3.5			13	4.0 Single	-6	0.5
	10	1.5-2.0			14	4.0 Single	-8	0.5

Remarks: When carbon steel and stainless steel are cut with air or nitrogen, the efficiency and stability will be improved, and the phenomenon of slag hanging will easily occur due to the increase in thickness. The above data parameters are affected by the machine tool, system, cutting head, and air pressure during actual batch cutting Influenced by factors such as materials and materials, the data may change. The parameters marked in red in the table are proofing parameters, which are greatly affected by various factors in actual processing. They are only suitable for small batch production and are not recommended for mass production and processing. It is recommended to use higher power laser. Copper needs to be cut with high-pressure oxygen, and air or nitrogen can easily damage the laser.