laser cutting parameters MFMC-8000W-100um Cutting Data Views: 0 Author: Site Editor Publish Time: 2025-10-30 Origin: Site
Multi Mudule MFMC-8000W-100um Cutting Data
九、多模块 MFMC-8000W 切割数据 Multi Mudule MFMC-8000W Cutting Data
9.1 创鑫 MFMC-8000W 一体化 QBH 纤芯 100 μm 切割数据（准直 100mm/聚焦 200mm） MFMC-8000W integrated QBH core 100μm cutting data(collimation 100mm/focus 200mm)
MFMC-8000W 连续激光器（100μm）MFMC-8000W Continues Laser（100μm）
材料Material
厚度 thicknes
(mm)
速度 Speed (m/min)
功率
Power
(W)
气体
Gas
气压
Pressure
(bar)
喷嘴Nozzles
(mm)
焦点位置
Focus
Point
(mm)
切割高度
Cutting
Height
(mm)
备
注
Re
mar
k
碳钢Carbon
Steel
1
55-60
8000
N2/
Air
10
2.0 单Single
0
0.6
1
2
30-35
12
2.0 单Single
0
0.5
3
20-25
13
3.0 单Single
-1
0.5
4
15-20
15
3.0 单Single
-1.5
0.5
5
10-14
15
3.5 单Single
-2
0.5
6
7-9
16
4.0 单Single
-3
0.5
8
4.5-6.5
16
4.5 单Single
-4
0.5
8
2.3-2.5
4000
O2
0.6
1.2 双Double
+6
0.6
2
10
2.0-2.3
5000
0.6
1.2 双Double
+7
0.6
12
1.8-2. 1
6000
0.6
1.2 双Double
+8
0.6
14
1.7-1.9
8000
0.6
1.4 双Double
+9
0.6
16
1.5-1.6
0.6
1.4 双Double
+10
0.6
20
1.0-1.3
0.6
1.6 双
+12
0.6
Double
22
0.6-0.8
0.7
1.6 双Double
+13
0.7
25
0.4-0.5
0.7
1.8 双Double
+14
0.7
30
0.2-0.3
1.3
1.8 双Double
+13
1
不锈钢Stainless
Steel
1
55-65
8000
N2
10
2.0 单Single
0
0.6
2
35-40
12
2.0 单Single
0
0.5
3
24-30
12
3.0 单Single
0
0.5
4
15-20
13
3.0 单Single
-1
0.5
5
12-16
15
4.0 单Single
-2
0.5
6
8-10
15
4.0 单Single
-2.5
0.5
8
5-6
16
4.5 单Single
-3.5
0.5
10
3.5-5
18
4.5 单Single
-4.5
0.5
12
2-3
18
5.0 单Single
-6
0.5
14
1.5-2.0
18
5.0 单Single
-7
0.5
16
1-1.4
20
5.0 单Single
-8
0.5
18
0.9-1.2
22
5.0 单Single
-9.5
0.5
20
0.8-0.9
25
5.0 单Single
-11
0.5
25
0.3-0.5
25
5.0 单Single
+8
0.5
铝合金Aluminiu
m Alloy
1
35-45
8000
N2
10
2.0 单Single
0
0.6
2
25-30
12
2.0 单Single
-1
0.5
3
16-20
12
3.0 单Single
-1
0.5
4
10-13
13
3.0 单Single
-3
0.5
5
6-7.5
14
3.5 单Single
-4
0.5
6
5.0-6.5
14
3.5 单Single
-4
0.5
8
3-4
16
4.5 单Single
-6
0.5
10
2-3
16
4.5 单Single
-7
0.5
12
1.5-2.0
18
5.0 单Single
-8
0.5
14
1.2-1.5
18
5.0 单Single
-9
0.5
16
0.8-1.0
20
5.0 单Single
-10
0.5
18
0.6-0.8
25
5.0 单Single
-11
0.5
20
0.4-0.6
25
5.0 单Single
-13
0.5
25
0.3-0.4
25
5.0 单Single
-16
0.5
黄铜
Brass
1
38-45
8000
N2
10
2.0 单Single
0
0.6
2
25-28
12
2.0 单Single
-1
0.5
3
15-20
12
3.0 单Single
-1
0.5
4
10-12
12
3.0 单Single
-2
0.5
5
6-8
14
3.0 单Single
-3
0.5
6
5-6
16
3.5 单Single
-4
0.5
8
2.8-3.5
16
4.5 单Single
-5
0.5
10
2.0-2.5
18
5.0 单Single
-6
0.5
12
1.5-2.0
18
5.0 单Single
-8
0.5
14
0.8-1.3
20
5.0 单Single
-9
0.5
16
0.6-1.0
25
5.0 单Single
-11
0.5
紫铜Copper
1
30-35
8000
O2
10
3.0 单Single
-1
0.5
3
2
16-20
10
3.0 单Single
-1
0.5
3
10-14
12
3.0 单Single
-2
0.5
4
6.0-8.0
12
3.5 单Single
-3
0.5
5
5.0-6.0
14
4.5 单Single
-4
0.5
6
3.0-4.0
14
5.0 单Single
-4
0.5
8
1.8-2.5
14
5.0 单Single
-5
0.5
10
0.7-1.0
16
5.0 单Single
-5
0.5
备注：碳钢和不锈钢等空气、氮气切割时，效率和稳定性都会提升，承着厚度增加，也容易出现挂渣现象，上面数据参数在实际批量切割时，受机床、系统、切割头、气压、材料等因素影响，数据可能会有变动，表中红标参数为打样参数，在实际加工中受各类因素影响较大，仅适合小批量生产，不推荐大批量生产加工，建议使用更高功率激光器。紫铜需用高压氧气切割，空气或氮气易造成激光器损坏。
Remark: Carbon steel and stainless steel, such as air, nitrogen cutting, efficiency and stability will be improved, bearing the increase of thickness, but also prone to hanging slag phenomenon, the above data parameters in actual bulk cutting, machine tool, system, cutting head, air pressure, materials and other factors, there may be
changes, the data in the table red mark parameters for proofing, greatly influenced by various factors in the actual processing, It is only suitable for small batch production. Mass production is not recommended. Higher power lasers are recommended. Copper needs to be cut with high pressure oxygen, air or nitrogen are easy to cause damage to the laser.
9.2 多模块 MFMC-8000W 一体化 QBH 纤芯 100 μ m 穿孔参考 Multi-module MFMC-8000W integrated QBH fiber core 100μm perforated reference
9.2.1 创鑫 MFMC-8000W 20mm 碳钢穿孔参数（仅供参考）MAX MFMC-8000W 20mm carbon steel perforation parameters (for reference only)
阶段stage
功率
Power
(W)
占空比duty
ratio
(%)
频率Freque
ncy
(Hz)
喷嘴高度Nozzles
Height
(mm)
气压 Air
Pressure
(bar)
焦点
Focus
Point
(mm)
穿孔时间Aperture
Time
(ms)
停光吹气
Stop
blowing
(ms)
高位 High-pos
ition
8000
45
100
20
0.6
-2
200
中位 Middle-p
osition
8000
45
100
12
0.6
-4
1500
低位 Low-pos
ition
8000
55
100
8
0.6
-6
500
9.2.2 创鑫 MFMC-8000W 30mm 碳钢穿孔参数（仅供参考） MFMC-8000w 30mm carbon steel perforation parameters (for reference only)
阶段stage
功率
Power
(W)
占空比duty ratio
(%)
频率Freque
ncy
(Hz)
喷嘴高度Nozzles
Height
(mm)
气压
Air
Pressu
re
(bar)
焦点
Focus
Point
(mm)
穿孔时间Aperture
Time
(ms)
停光吹气
Stop
blowing
(ms)
高位 High-pos
ition
8000
45
100
20
0.6
-4
200
中位 Middle-p
osition
8000
45
100
12
0.7
-6
2500
低位
8000
55
120
8
0.6
-10
1500
Low-posi
tion
9.2.3 创鑫 MFMC-8000W 20mm 不锈钢氮气穿孔参数（仅供参考）MAX MFMC-8000W 20mm stainless steel nitrogen perforation parameters (for reference only)
阶段stage
功率
Power
(W)
占空比duty ratio
(%)
频率Frequ
ency
(Hz)
喷嘴高度Nozzles
Height
(mm)
气压
Air
Press
ure
(bar)
焦点
Focus
Point
(mm)
穿孔时间Aperture
Time
(ms)
停光吹气
Stop
blowing
(ms)
高位High-po
sition
8000
55
2500
20
8
-6
200
中位Middle-
position
8000
45
2500
15
8
-8
2000
低位 Low-pos
ition
8000
40
2000
10
8
-12
500
9.2.4 创鑫 MFMC-8000W 30mm 不锈钢氧气穿孔参数（仅供参考）
阶段stage
功率
Power
(W)
占空比duty ratio
(%)
频率Freque
ncy
(Hz)
喷嘴高度Nozzles
Height
(mm)
气压
Air
Pressu
re
(bar)
焦点
Focus
Point
(mm)
穿孔时间Aperture
Time
(ms)
停光吹气
Stop
blowing
(ms)
高位High-po
sition
8000
45
150
20
0.6
-6
500
中位Middle-
position
8000
45
150
12
0.6
-8
2500
低位 Low-pos
ition
8000
55
200
8
0.6
-12
1000
穿孔参数以当前功率下能够穿透的极限碳钢/不锈钢厚度为例，穿孔参数可调节范围大，依据实际效果可调节占空比和频率等参数，达到最佳效果；穿孔按顺序逐级排序，高位为第一级穿孔，以此类推。
The perforation parameters are taken as the limit carbon steel/stainless steel thickness that can be penetrated under the current power as an example. The perforation parameters can be adjusted in a wide range,
and the duty cycle and frequency can be adjusted according to the actual effect to achieve the best effect. The piercings are sorted step by step, the high position is perforated for the first level, and so on.
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