Parâmetros da máquina de corte a laser de fibra de 30000W

The 30000W(30KW) máquina de corte a laser de fibra is a high-power fiber laser that can be used in cutting, welding, drilling, cladding, additive manufacturing, surface heat treatment and other fields of metal and non-metal materials.

Descrição do dispositivo

Marca de fonte de laser: Max, Raycus, IPG, Gw.

The 30000W máquina de corte a laser de fibra has a built-in high-power single module, unique back-reflection protection technology and internal modular layout, with high energy density (150um output), while achieving ultra-high power output, it is smaller in shape and energy-saving. The laser power is continuously adjustable, with high electro-optical conversion efficiency and high beam quality. The launch of 30000W will greatly expand the application market of ultra-thick plate cutting, laser composite welding, automatic welding, etc. It is an ideal laser source for applications such as cutting, welding, drilling, cladding, additive manufacturing, and surface heat treatment of metal and non-metallic materials.

Possui as seguintes características:

High power and high quality laser output – High electro-optical conversion efficiency, flat-top distribution of spot energy, and high energy density
Compact structure and smaller volume – Built-in high-power single-module integration, the whole machine is smaller
Excellent performance, low processing cost – The processing efficiency can be increased by up to 532%, and the annual cost can be saved up to 1.1 million
Anti high anti – Using unique and innovative hardware-level anti-high reflection protection technology, it can process various high reflection materials
Modular design, easy maintenance – Separate design of photoelectric modules, stable operation, fewer failures, and more convenient maintenance
Ampla gama de aplicações – It can be used for cutting, welding, drilling, cladding, additive manufacturing, surface heat treatment, etc. of metal and non-metal materials

Parâmetros do dispositivo

Propriedades ópticas	Test Conditions	Minimum value	Typical value	Maximum value	Unidade
Modo de operação	Continuous / Modulated
Polarization	Aleatório
MAX/RAYCUS/IPG-30000W	100% power continuous output		30000		W
Power adjustment range		10		100	%
Center wavelength	100% continuous	1070	1080	1090	nm
Spectral bandwidth (3dB)	100% continuous		5	8	nm
Short-term power stability	100% continuous >1h		±1	±2	%
Long-term power stability	100% continuous >24h		±2	±3	%
Beam Quality (BPP)	Output fiber core diameter 100um	3.2		4.2	mm x mrad
	Output fiber core diameter 120um	4.5		6
	Output fiber core diameter 200um	8		10
Laser on time			150	200	μs
Laser off time			150	200	μs
Modulation frequency	100% output				KHz
Indicates red light power		400			uW
Fiber Cable Length			20		m
Output fiber core diameter	100 (150/200 can be customized)				μm
Fiber optic cable bending radius		200			mm
Método de saída	LOE
General characteristic parameters
General characteristics	Test Conditions	Minimum value	Typical value	Maximum value	Unidade
Operating Voltage		360	400	440	VAC
Input power	MAX-30000 100% output			93	KW
Working temperature		10	25	40	℃
Working environment relative humidity		10		80	%
Método de resfriamento	Refrigeração a água
Cooling medium	Distilled water (above 0°C)/ethylene glycol antifreeze (below 0°C)
Storage temperature		10	25	60	℃
Laser water cooling conditions
Serial number	Characteristic	Parâmetro			Unidade
1	Método de resfriamento	Refrigeração a água
2	Water temperature	Winter 20		Summer 24	℃
3	Water pressure	≥ 4.5			℃
4	MAX-30000 Water Flow Requirements	≥ 250			L/min
5	MAX-30000 chiller rated cooling capacity	≥ 60			KW

Parâmetros de corte

MAX/Raycus/IPG 30000W Multi-module continuous fiber laser (150μm)

Material	Espessura (mm)	Velocidade (m/min)	Potência (W)	Gás	Pressão atmosférica (bar)	Bocal (mm)	Posição de foco (mm)	Altura de corte (mm)
Aço carbono	8	14-16	30000	N₂ / Ar	10	4,5 Simples	-1	0.5
	10	12-14			10	4,5 Simples	-2	0.5
	12	8-10			12	4,5 Simples	-3	0.5
	16	5-6			14	5.0 Single	-4	0.5
	20	1.5-2.0			20	6.0 Single	-6	0.5
	25	2.5-3.2			20	6.0 Single	-8	0.5
	10	2.2-2.5	6000	O₂	0.6	1.2 Duplo	+8	0.6
	12	1.9-2.1	6000		0.6	1.2 Duplo	+9	0.6
	16	1.6-1.8	8500		0.5	1,4 Duplo	+9	0.6
	20	1.5-1.7	12000		0.55	1,6 Duplo	+12	0.6
	25	1.4-1.6	13000		0.8	1.6 Single	+13	0.3
	30	1.3-1.5	16000		0.8	1.7 Single	+13	0.3
	35	1.2-1.4	18000		0.8	1.8 Single	+14	0.3
	40	1.1-1.3	22000		1.2	1.8 Single	+15	0.3
	45	1.0-1.2	30000		1.3	1.8 Single	+15	0.3
	50	0.6-0.8	30000		1.5	1.8 Single	+16	0.3
Aço inoxidável	8	18-22	30000	N₂ / Ar	8	5.0 Single	-2	0.5
	10	13-16			10	5.0 Single	-2	0.3
	12	10-12			12	5.0 Single	-4	0.5
	16	7-8			13	5.0 Single	-5	0.5
	20	5.0-6.5			13	5.0 Single	-7	0.5
	25	2.8-3.5			18	5.0 Single	-10	0.5
	30	1.8-2.5			25	6.0 Single	-12	0.5
	35	1.4-1.8			30	6.0 Single	-15	0.5
	40	0.8-1.2			30	6.0 Single	-15	0.3
	50	0.2-0.25			30	6.0 Single	+6	0.3

MAX/Raycus/IPG 30000W Multi-module continuous fiber laser (100μm)

Material	Espessura (mm)	Velocidade (m/min)	Potência (W)	Gás	Pressão atmosférica (bar)	Bocal (mm)	Posição de foco (mm)	Altura de corte (mm)
Aço carbono	8	20-25	30000	N₂ / Ar	10	4,5 Simples	-1	0.5
	10	15-20			10	4,5 Simples	-2	0.5
	12	10-14			12	4,5 Simples	-3	0.5
	14	9.0-10.5			14	4,5 Simples	-3	0.5
	16	8.0-9.5			14	5.0 Single	-4	0.5
	18	6.0-7.0			20	5.0 Single	-7	0.5
	20	4.0-5.0			25	6.0 Single	-10	0.5
	10	2.2-2.5	6000	O₂	0.6	1.2 Duplo	+8	0.6
	12	1.9-2.1	6500		0.6	1.2 Duplo	+9	0.6
	14	1.8-1.9	8000		0.6	1,4 Duplo	+10	0.6
	16	1.6-1.8	8500		0.6	1,4 Duplo	+11	0.6
	18	1.5-1.7	11000		0.5	1.5 Double	+12~+13	0.3
	20	1.5-1.6	11000		0.5	1.5 Double	+12~+13.5	0.3
	22	1.3-1.5	12000		0.5	1.6 Single	+12~+13.5	0.3
	25	1.25-1.4	12000		0.5	1.6 Single	+13~+14.5	0.3
	30	1.1-1.3	17000		0.8	1.6 Single	+13~+14.5	0.3
	35	1.1-1.2	17000		1.0	1.7 Single	+13.8~+14.5	0.3
	40	0.9-1.1	20000		1.2	1.8 Single	+14~+15	0.3
	45	0.7-0.9	28000		1.2	1.8 Single	+15~+16	0.3
	50	0.4-0.5	30000		1.3	1.8 Single	+15~+16	0.3
	60	0.2-0.3	30000		1.6	1.8 Single	+16~+17	0.3
	70	0.1-0.2			1.6	1.8 Single	+16~+17	0.3
	80	0.1-0.15			1.6	1.8 Single	+16~+17	0.3
Aço inoxidável	6	30-35	30000	N₂	8	5.0 Single	+1~-2	0.5
	8	25-28			8	5.0 Single	-1~-2	0.5
	10	20-22			8	5.0 Single	-1~-3	0.5
	12	15-17			10	5.0 Single	-1~15	0.5
	14	10-12			14	5.0 Single	-3~-5	0.5
	16	8.5-10.0			14	5.0 Single	-4~-5	0.5
	18	6.0-7.0			16	5.0 Single	-5~-6	0.5
	20	5.0-6.0			20	6.0 Single	-5~-6	0.5
	25	3.0-4.0			20	6.0 Single	-6.5~-7.5	0.5
	30	2.0-2.5			25	8.0 Single	-9.5~-10.5	0.3
	35	1.5-1.8			25	8.0 Single	-11~-13	0.3
	40	0.9-1.2			25	8.0 Single	-15~-16.5	0.3
	50	0.2-0.25			25	6.0 Single	+8	0.3
	60	0.15-0.2			25	6.0 Single	+9	0.3
	70	0.1-0.15			25	8.0 Single	+9	0.3
	80	0.08-0.12			25	8.0 Single	+9	0.3
	90	0.05-0.1			25	8.0 Single	+9	0.3
	100	0.05-0.08			25	8.0 Single	+9	0.3
Liga de alumínio	1	60-80	30000	N₂	8	3.0 Single	0	0.5
	2	50-60			8	3.0 Single	0	0.5
	3	35-45			8	3.0 Single	-1	0.5
	4	30-40			8	3.0 Single	-1	0.5
	5	20-25			10	4,5 Simples	-2	0.5
	6	15-22			10	4,5 Simples	-2	0.5
	8	14-20			10	5.0 Single	-3	0.5
	10	8.0-10			10	5.0 Single	-3	0.5
	12	7.0-8.0			10	5.0 Single	-4	0.5
	14	4.0-6.0			12	5.0 Single	-5	0.5
	16	3.0-4.5			14	5.0 Single	-6	0.5
	18	2.3-3.0			14	5.0 Single	-6	0.5
	20	2.0-2.3			16	5.0 Single	-7	0.5
	25	1.0-1.5			18	6.0 Single	-8	0.5
	30	0.6-0.8			20	6.0 Single	-8	0.5
	40	0.3-0.6			25	6.0 Single	8	0.5
	50	0.3-0.4			28	6.0 Single	8	0.5
	60	0.2-0.3			28	6.0 Single	8	0.5
Latão	1	50-60	30000	N₂	10	3.0 Single	0	0.5
	2	35-45			10	3,5 Simples	0	0.5
	3	28-35			10	3,5 Simples	0	0.5
	4	23-28			10	3,5 Simples	-1	0.5
	5	15-20			12	4,5 Simples	-1	0.5
	6	12-15			12	4,5 Simples	-1.5	0.5
	8	8.0-10			12	5.0 Single	-2	0.5
	10	5.0-7.0			13	5.0 Single	-3	0.5
	12	3.5-5.5			14	5.0 Single	-3	0.5
	14	3.0-4.5			14	5.0 Single	-4	0.5
	16	2.0-3.0			14	5.0 Single	-5	0.5
	18	1.0-1.5			16	5.0 Single	-6	0.5
	20	0.7-0.9			18	6.0 Single	-6.5	0.5
Cobre	1	30-40	30000	O₂	8	3.0 Single	0	0.5
	2	22-30			8	3.0 Single	0	0.5
	3	20-25			8	3,5 Simples	0	0.5
	4	15-18			10	3,5 Simples	-1	0.5
	5	12-14			10	5.0 Single	-1	0.5
	6	7.0-9.0			10	5.0 Single	-2	0.5
	8	4.5-5.5			10	5.0 Single	-3	0.5
	10	3.0-3.5			12	5.0 Single	-4	0.5
	12	2.0-2.5			14	5.0 Single	-5	0.5

Observações: Quando o aço carbono e o aço inoxidável são cortados com ar ou nitrogênio, a eficiência e a estabilidade são aprimoradas, porém o fenômeno de acúmulo de escória ocorre com mais facilidade devido ao aumento da espessura. Os parâmetros acima são influenciados pela máquina-ferramenta, sistema, cabeçote de corte e pressão do ar durante o corte em lote real. Fatores como o tipo de material também influenciam os dados, que podem variar. Os parâmetros marcados em vermelho na tabela são parâmetros de teste, que são fortemente afetados por diversos fatores no processamento real. São adequados apenas para produção em pequenos lotes e não são recomendados para produção e processamento em massa. Recomenda-se o uso de laser de maior potência. O cobre precisa ser cortado com oxigênio em alta pressão, pois ar ou nitrogênio podem danificar o laser.