Sheet & Tube Fiber Laser Cutting Machine

RAS-B Sheet & Tube Fiber Laser Cutting Machine is for high-speed, high-quality cutting of various types of sheet metal and cutting of different cross-section metal pipes and profiles specially designed. This series of devices are for small and medium enterprises specially designed. Reliable components from the world’s leading companies, excellent design solutions, and assembly quality make this model a sharp contrast with competitor manufacturers of similar equipment. This model laser cutting machine can be equipped with different power laser sources; the power range is 500 W to 6 KW.

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KRRASS CNC Fiber Laser Cutting Machine

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APPEL : +86-189-5208-7956

Sheet & Tube Fiber Laser Cutting Machine

Caractéristiques et configuration

Caractéristiques principales

Configuration importée, stable et fiable

Cadre haute résistance avec plaque épaisse et matériau suffisant Système de retenue arrière de haute précision

Intelligent automatic control system to avoid cutting and disconnection

Low waste of raw materials, low investment with a short payoff period

Universal High-End Intelligent sheet & tube fiber laser cutting machine

The RAS-B range offers high versatility and has a large number of optional accessories and equipment

Configuration standard

Integrated Machine Bed

Integrated Machine Bed

The unique industrial structure design gives sheet & tube fiber laser cutting machines maximum stability, higher vibration resistance, and damping quality. The compact spacing of 650mm ensures the agility of the chuck and stability during high-speed driving.

Pneumatic roller support

When the sheet & tube fiber laser cutting machine works, it can fix the pipe and effectively solves the deformation problem in the cutting operation of the long line.

The Tube Clamping Range is Wide

The tube clamping range of the laser cutting machine is vast, the Round tube is φ10-φ10, and the square tube side length is 10 * 10mm-220mm * 220mm. Support the cutting of various shapes of pipe materials, such as I-beam, channel steel, angle steel, elliptical pipe, waste pipe, multi-deformed pipe, Etc.

Tubepro Tube Cutting and Sheet Cutter Software

Tubepro Tube Cutting and Sheet Cutter Software

RAS-B sheet & tube fiber laser cutting machine equipped with FSCUT3000S pipe cutting system, and FSCUT2000 Plate Cutting System, which supports high-precision and high-efficiency cutting of square pipes, round pipes, racetrack-shaped and oval-shaped stretched lines, as well as angle steel and channel steel.

Wide Processing Range

Wide Processing Range, Can Cut a Variety of Tubes

The sheet & tube fiber laser cutting machine can process a wide range of tube sizes: round tube diameter ø15mm-ø220mm, square tube side length 15*15-150*150mm; With a 3D laser cutting head, it can easily cut H steel, I-beam, and angle steel, channel steel, and other profiles, as well as drop-shaped and concave shaped tubes.

Double Pneumatic Chucks

Double Fully-automatic Pneumatic Chucks

One-key clamping and automatic centering
Pneumatic clamping with no looseness or slip
Concave support frame can prevent tube from sagging and deformation
Clamp both round, square tubes and profiles like channel and angle steel

Automatic Loading Equipment

Automatic Loading Equipment (Optional)

Tubes are usually loaded to material laying area by transmission mechanism of which limiting device can make tubes in order.
Tubes are clamped by 6 loading rollers that need no reset in a loading cycle, resulting in less waiting time and high cutting efficiency.

BOCHU Smart Cutting Heads

BOCHU Smart Cutting Heads

BOCHU cutting heads are quite cost-effective smart cutting heads designed for the laser cutting. Being impact and lightweight, it still integrates multiple sets of intelligent sensors, which ensure real-time closed-loop monitoring to give rapid diagnosis and instant warning.

Laser head adapter list

Laser cutting machines with different powers need to be adapted to different laser cutting heads and controllers. A perfect match can work efficiently.

What is this Machine Used for?

The sheet & tube fiber laser cutting machine can cut carbon steel, stainless steel, aluminum alloy, galvanized sheet, titanium alloy, manganese alloy, Etc. The device is widely used in metal tube processing, auto parts manufacturing, electrical manufacturing, elevator manufacturing, petroleum machinery, food machinery, and decorative advertisements.

application materials of laser cutting machine 01

application materials of laser cutting machine 03

application materials of laser cutting machine 02

Parameter of laser cutter machine for Steel

Modèle	RAS-3015B / RAS-4015B / RAS-4020B / RAS-6015B / RAS-6020B Fiber Laser Cutting Machine
Working Area	3050 * 1530 / 4050 * 1530 / 40502030 / 6050 1530 / 6050* 2030
Laser Power (kw)	1KW, 1.5KW, 2KW, 3KW, 4KW, 6KW
Maximum Speed (m/min)	90
Maximum acceleration (g)	0.8
X/Y Axis positioning accuracy (mm/m)	±0.05
X/Y Axis repeated positioning accuracy (mm)	± 0.02

Parameter of laser cutter machine for Steel

Material	Thicknes (mm)	Speed (m/min)	Power (W)	Gas	Pressure (bar)	Nozzles (mm)	Focus Point (mm)	Cutting Height (mm)
Acier au carbone	1	40-50	4000	N2 / Air	10	2.0 Single	0	0.6
Acier au carbone	2	15-20	4000	N2 / Air	10	2.0 Single	-1	0.6
Acier au carbone	3	10-12	4000	N2 / Air	10	2.0 Single	-1	0.6
Acier au carbone	3	4.0-4.5	2500	O2	0.6	1.0 Double	4	0.6
Acier au carbone	4	3.5-4.0	3000	O2	0.6	1.0 Double	5	0.6
Acier au carbone	5	3.0-3.5	3300	O2	0.6	1.0 Double	5	0.6
Acier au carbone	6	2.6-3.2	3500	O2	0.6	1.0 Double	6	0.6
Acier au carbone	8	2.0-2.3	4000	O2	0.6	1.2 Double	6	0.8
Acier au carbone	10	1.8-2.5	4000	O2	0.6	1.2 Double	6	0.8
Acier au carbone	12	1.5-1.7	2600	O2	0.8	4.0 Double	5	1
Acier au carbone	14	1.2-1.4	2600	O2	0.8	4.0 Double	5	1
Acier au carbone	16	1.0-1.2	2600	O2	0.7	4.0 Double	5	1
Acier au carbone	18	0.7-0.8	2600	O2	0.7	4.0 Double	5	1.5
Acier au carbone	20	0.6-0.7	2600	O2	0.7	4.0 Double	5	1.5
Acier au carbone	22 *	0.5-0.6 *	2600	O2	0.6 *	5.0 Double *	+5 *	1.5 *
Acier au carbone	25 *	0.4-0.5 *	2600	O2	0.6 *	5.0 Double *	+5 *	1.5 *
Acier inoxydable	1	50-60	4000	N2	10	2.0 Single	0	0.5
Acier inoxydable	2	20-25	4000	N2	10	2.0 Single	-1	0.5
Acier inoxydable	3	10-13	4000	N2	12	3.0 Single	-1.5	0.5
Acier inoxydable	4	8-10	4000	N2	13	3.0 Single	-2	0.5
Acier inoxydable	5	4-5	4000	N2	14	3.0 Single	-2	0.5
Acier inoxydable	6	3.5-4.0	4000	N2	15	3.0 Single	-2	0.5
Acier inoxydable	8	1.5-2.0	4000	N2	16	4.0 Single	-3	0.5
Acier inoxydable	10	1.2-1.5	4000	N2	18	4.0 Single	-4	0.5
Acier inoxydable	12	0.7-1.0	4000	N2	18	5.0 Single	-5	0.5
Acier inoxydable	14 *	0.6-0.8 *	4000	N2	18 *	5.0 Single *	-8 *	0.5 *
Acier inoxydable	16 *	0.3-0.5 *	4000	N2	20 *	5.0 Single *	-8 *	0.5 *
Aluminium Alloy	1	30-50	4000	N2	10	2.0 Single	0	0.6
Aluminium Alloy	2	20-24	4000	N2	12	2.0 Single	0	0.6
Aluminium Alloy	3	10-13	4000	N2	14	3.0 Single	-1	0.6
Aluminium Alloy	4	4-5	4000	N2	14	3.0 Single	-2	0.5
Aluminium Alloy	5	3-4	4000	N2	15	3.0 Single	-3	0.5
Aluminium Alloy	6	2-3	4000	N2	15	3.0 Single	-3	0.5
Aluminium Alloy	8	1.4-1.8	4000	N2	16	4.0 Single	-3	0.5
Aluminium Alloy	10 *	0.8-1.1 *	4000	N2	16 *	4.0 Single *	-5 *	0.5 *
Aluminium Alloy	12 *	0.6-0.8 *	4000	N2	18 *	5.0 Single *	-5.5 *	0.5 *
Brass	1	30-35	4000	N2	10	2.0 Single	0	0.5
Brass	2	15-20	4000	N2	10	2.0 Single	-1	0.5
Brass	3	8-10	4000	N2	12	3.0 Single	-1	0.5
Brass	4	5.0-6.0	4000	N2	13	3.0 Single	-2	0.5
Brass	5	2.0-3.0	4000	N2	13	3.5 Single	-2.5	0.5
Brass	6	2.0-2.5	4000	N2	14	3.5 Single	-3	0.5
Brass	8 *	1.0-1.2 *	4000	N2	14 *	4.5 Single *	-3.5 *	0.5 *
Cuivre	1	26-30	4000	O2	10	3.0 Single	-1	0.5
Cuivre	2	10-13	4000	O2	12	3.0 Single	-1	0.5
Cuivre	3	5.5-6.5	4000	O2	12	3.0 Single	-2	0.5
Cuivre	4	2.0-3.0	4000	O2	14	3.5 Single	-4	0.5

Material	Thicknes (mm)	Speed (m/min)	Power (W)	Gas	Pressure (bar)	Nozzles (mm)	Focus Point (mm)	Cutting Height (mm)	Remark
Acier au carbone	1	60-80	6000	N2 / Air	8	2.0 Single	0	0.6	1
Acier au carbone	2	50-60	6000	N2 / Air	8	3.0 Single	-0.5	0.5	1
Acier au carbone	3	23-28	6000	N2 / Air	8	3.0 Single	-1.5	0.5	1
Acier au carbone	4	17-20	6000	N2 / Air	10	3.0 Single	-3	0.5	1
Acier au carbone	5	10-14	6000	N2 / Air	10	3.5 Single	-3.5	0.5	1
Acier au carbone	6	8-12	6000	N2 / Air	12	3.5 Single	-4	0.5	1
Acier au carbone	3	3.6-4.5	4000	O2	0.6	1.0 Single	6.5	0.6	2
Acier au carbone	4	3.5-4.0	4000	O2	0.6	1.0 Single	6.5	0.6	2
Acier au carbone	5	2.8-3.0	4000	O2	0.6	1.0 Single	6	0.6	2
Acier au carbone	6	2.6-2.8	4000	O2	0.6	1.0 Single	6	0.6	2
Acier au carbone	8	2.2-2.6	5000	O2	0.6	1.2 Single	6	0.6	2
Acier au carbone	10	2.0-2.2	6000	O2	0.6	1.2 Single	7	0.6	2
Acier au carbone	12	1.8-2.0	6000	O2	0.6	1.2 Single	9	0.6	2
Acier au carbone	14	1.4-1.6	6000	O2	0.5	1.4 Single	12	0.6	2
Acier au carbone	16	1.0-1.3	6000	O2	0.6	1.4 Double	14	0.3	2
Acier au carbone	18	0.8-1.1	6000	O2	0.6	1.6 Single	14	0.3	2
Acier au carbone	20	0.6-1.0	6000	O2	0.6	1.6 Single	15	0.3	2
Acier au carbone	22	0.55-0.6	6000	O2	0.65	1.6 Single	15	0.3	2
Acier au carbone	25	0.5-0.6	6000	O2	0.8	1.7 Single	16	0.3	2
Acier au carbone	30	0.4-0.5	6000	O2	0.8	1.7 Single	18	0.3	2
Acier au carbone	35	0.3-0.4	6000	O2	1	1.7 Single	19	0.3	2
Acier au carbone	40 *	0.2-0.3 *	6000	O2	1	1.7 Single *	+19 *	0.3 *	2
Acier inoxydable	1	50-60	6000	N2	8	2.0 Single	0	0.6
Acier inoxydable	2	30-40	6000	N2	8	3.0 Single	0	0.5
Acier inoxydable	3	25-30	6000	N2	8	3.0 Single	-1	0.5
Acier inoxydable	4	20-21	6000	N2	8	3.0 Single	-2	0.5
Acier inoxydable	5	13-15	6000	N2	8	3.0 Single	-1.5	0.5
Acier inoxydable	6	10-12	6000	N2	8	4.0 Single	-2	0.5
Acier inoxydable	8	7.0-8.0	6000	N2	8	5.0 Single	-4	0.5
Acier inoxydable	10	2.5-3.0	6000	N2	16	4.5 Single	-7.5	0.5
Acier inoxydable	12	1.5-2.0	6000	N2	16	4.5 Single	-8	0.5
Acier inoxydable	14	1.0-1.3	6000	N2	16	4.5 Single	-10	0.5
Acier inoxydable	16	0.8-1.0	6000	N2	18	4.5 Single	-11.5	0.5
Acier inoxydable	18	0.6-0.7	6000	N2	18	5.0 Single	-12.5	0.5
Acier inoxydable	20	0.5-0.65	6000	N2	18	5.0 Single	-13	0.5
Acier inoxydable	22	0.4-0.5	6000	N2	20	6.0 Single	-13	0.5
Acier inoxydable	25 *	0.15-0.2 *	6000	N2	25 *	6.0 Single *	6 *	0.5 *
Acier inoxydable	35 *	0.1 *	6000	N2	25 *	6.0 Single *	6 *	0.5 *
Aluminium Alloy	1	60-80	6000	N2	10	2.0 Single	0	0.6
Aluminium Alloy	2	55-60	6000	N2	10	3.0 Single	-1	0.5
Aluminium Alloy	3	24-28	6000	N2	10	3.0 Single	-1	0.6
Aluminium Alloy	4	16-19	6000	N2	10	3.0 Single	-1.5	0.5
Aluminium Alloy	5	12-14	6000	N2	10	3.5 Single	-2	0.5
Aluminium Alloy	6	10-12	6000	N2	10	5.0 Single	-2	0.5
Aluminium Alloy	8	3.0-4.0	6000	N2	14	5.0 Single	-3	0.5
Aluminium Alloy	10	2.0-2.5	6000	N2	15	5.0 Single	-3.5	0.5
Aluminium Alloy	12	1.4-1.7	6000	N2	15	5.0 Single	-4	0.5
Aluminium Alloy	14	1.0-1.2	6000	N2	18	5.0 Single	-5 (2000/98)	0.5
Aluminium Alloy	16	0.8-1.0	6000	N2	20	5.0 Single	-6 (2000/98)	0.5
Aluminium Alloy	18 *	0.7-0.9 *	6000	N2	20 *	5.0 Single *	-7 (2000/98) *	0.5 *
Aluminium Alloy	20 *	0.6-0.8 *	6000	N2	20 *	5.0 Single *	-7 (2000/98) *	0.5 *
Brass	1	60-80	6000	N2	10	2.0 Single	0	0.6
Brass	2	50-60	6000	N2	10	3.0 Single	0	0.5
Brass	3	25-30	6000	N2	10	3.5 Single	0	0.5
Brass	4	16-20	6000	N2	12	3.5 Single	-1.5	0.5
Brass	5	12-14	6000	N2	14	4.0 Single	-2	0.5
Brass	6	8-10	6000	N2	14	5.0 Single	-2.5	0.5
Brass	8	5.0-7.0	6000	N2	16	4.0 Single	-3	0.5
Brass	10	2.0-2.5	6000	N2	16	4.0 Single	-3	0.5
Brass	12	1.5-1.9	6000	N2	16	5.0 Single	-4.5	0.5
Brass	16 *	0.5-0.8 *	6000	N2	20 *	5.0 Single *	-9 *	0.5 *
Brass	20 *	0.1-0.2 *	6000	N2	20 *	5.0 Single *	-10 *	0.5 *
Cuivre	1	50-60	6000	O2	10	3.0 Single	-1	0.5	3
Cuivre	2	30-36	6000	O2	10	3.0 Single	-1	0.5	3
Cuivre	3	15-18	6000	O2	12	3.0 Single	-2	0.5	3
Cuivre	4	8-10	6000	O2	12	3.5 Single	-3	0.5	3
Cuivre	5	6.0-7.0	6000	O2	13	4.5 Single	-4	0.5	3
Cuivre	6	4.0-5.0	6000	O2	14	5.0 Single	-5	0.5	3
Cuivre	8 *	1.5-1.8 *	6000	O2	14	5.0 Single *	-5 *	0.5 *	3
Cuivre	10 *	0.8-1.2 *	6000	O2	14	5.0 Single *	-6 *	0.5 *	3

Remark 1: It is recommended to use air or nitrogen for cutting carbon steel 1-6mm. The cutting speed is faster than using oxygen, and there will be slight slag hanging.
Remark 2: Depending on the on-site gas purity, plate quality, etc., the power used for debugging and the speed of debugging will also be different.
Remark 3: Copper needs to be cut with high-pressure oxygen. Using other gases for cutting may risk damaging the laser.

Material	Thicknes (mm)	Speed (m/min)	Power (W)	Gas	Pressure (bar)	Nozzles (mm)	Focus Point (mm)	Cutting Height (mm)	Remark
Acier au carbone	1	60-80	12000	N2 / Air	8	2.0 Single	0	0.5	1
Acier au carbone	2	45-50	12000	N2 / Air	8	3.0 Single	-0.5	0.5	1
Acier au carbone	3	32-38	12000	N2 / Air	8	3.0 Single	-1	0.5	1
Acier au carbone	4	23-28	12000	N2 / Air	8	3.0 Single	-1	0.5	1
Acier au carbone	5	20-23	12000	N2 / Air	8	4.0 Single	-2	0.5	1
Acier au carbone	6	16-20	12000	N2 / Air	8	4.0 Single	-2	0.5	1
Acier au carbone	8	10-13	12000	N2 / Air	8	5.0 Single	-3	0.5
Acier au carbone	10	5.5-7.5	12000	N2 / Air	10	5.0 Single	-3	0.5
Acier au carbone	12	4.0-5.5	12000	N2 / Air	16	5.0 Single	-3	0.5
Acier au carbone	8	2.3-2.5	4000	O2	0.6	1.2 Single	10	0.6
Acier au carbone	10	2.0-2.2	6000	O2	0.6	1.2 Single	11	0.6
Acier au carbone	12	1.8-2.0	6000	O2	0.6	1.2 Single	12	0.6
Acier au carbone	14	1.6-1.8	8000	O2	0.6	1.4 Single	12	0.6
Acier au carbone	16	1.5-1.7	8000	O2	0.5	1.4 Single	13	0.5
Acier au carbone	18	1.6-1.7	10000	O2	0.5	1.5 Single	14	0.5
Acier au carbone	20	1.4-1.6	12000	O2	0.5	1.5 Single	15	0.5
Acier au carbone	22	1.3-1.5	12000	O2	0.5	1.5 Single	15	0.5
Acier au carbone	25	1.0-1.2	12000	O2	0.55	1.5 Single	15	0.5
Acier au carbone	30	0.8-1.0	12000	O2	0.7	1.7 Single	16	0.5
Acier au carbone	35	0.5-0.7	12000	O2	1.5	1.7 Single	17	0.5
Acier au carbone	40 *	0.3-0.4 *	12000	O2	1.2 *	1.7 Single *	+17 *	0.5 *
Acier inoxydable	1	60-80	12000	N2	8	2.0 Single	0	0.5
Acier inoxydable	2	60-70	12000	N2	8	3.0 Single	-0.5	0.5
Acier inoxydable	3	50-60	12000	N2	8	3.0 Single	-0.5	0.5
Acier inoxydable	4	35-43	12000	N2	8	3.0 Single	-1	0.5
Acier inoxydable	5	20-25	12000	N2	8	4.0 Single	-1.5	0.5
Acier inoxydable	6	18-22	12000	N2	8	4.0 Single	-2	0.5
Acier inoxydable	8	15-17	12000	N2	8	5.0 Single	-3	0.5
Acier inoxydable	10	7.0-8.0	12000	N2	8	5.0 Single	-3	0.5
Acier inoxydable	12	6.0-7.0	12000	N2	18	5.0 Single	-3	0.5
Acier inoxydable	14	4.0-5.0	12000	N2	18	5.0 Single	-5	0.5
Acier inoxydable	16	2.5-3.0	12000	N2	20	5.0 Single	-6	0.5
Acier inoxydable	18	1.6-2.0	12000	N2	20	5.0 Single	-10	0.5
Acier inoxydable	20	1.4-1.5	12000	N2	20	5.0 Single	-11	0.3
Acier inoxydable	22	1.2-1.4	12000	N2	20	5.0 Single	-12	0.5
Acier inoxydable	25	0.8-1.2	12000	N2	20	6.0 Single	-13	0.5
Acier inoxydable	30	0.3-0.4	12000	N2	25	5.0 Single	7	0.5
Acier inoxydable	35 *	0.2-0.3 *	12000	N2	25 *	5.0 Single *	7 *	0.5 *
Acier inoxydable	40 *	0.1-0.15 *	12000	N2	25 *	5.0 Single *	7 *	0.5 *
Aluminium Alloy	1	60-80	12000	N2	10	2.0 Single	0	0.6
Aluminium Alloy	2	30-45	12000	N2	10	2.0 Single	-0.5	0.5
Aluminium Alloy	3	20-28	12000	N2	14	3.0 Single	-1	0.5
Aluminium Alloy	4	12-15	12000	N2	14	3.0 Single	-1.5	0.5
Aluminium Alloy	5	6-8	12000	N2	15	3.0 Single	-2	0.5
Aluminium Alloy	6	4-5	12000	N2	16	4.0 Single	-2.5	0.5
Aluminium Alloy	8	3.0-3.5	12000	N2	16	4.0 Single	-2.5	0.5
Aluminium Alloy	10	2.0-2.5	12000	N2	18	4.0 Single	-3	0.5
Aluminium Alloy	12	1.0-1.3	12000	N2	18	4.0 Single	-4	0.5
Aluminium Alloy	14	0.8-1.1	12000	N2	20	5.0 Single	-5	0.5
Aluminium Alloy	16	0.5-0.8	12000	N2	20	5.0 Single	-7	0.5
Aluminium Alloy	18 *	0.4-0.6 *	12000	N2	25 *	5.0 Single *	-9 *	0.5 *
Aluminium Alloy	20 *	0.4-0.5 *	12000	N2	25 *	5.0 Single *	-10 *	0.5 *
Brass	1	40-50	6000	N2	10	2.0 Single	0	0.6
Brass	2	20-25	6000	N2	12	2.0 Single	-0.5	0.5
Brass	3	8.0-10	6000	N2	12	3.0 Single	-1	0.5
Brass	4	6.5-7.5	6000	N2	14	3.0 Single	-1.5	0.5
Brass	5	5.5-6.5	6000	N2	14	4.0 Single	-2	0.5
Brass	6	3.5-4.5	6000	N2	16	4.0 Single	-2	0.5
Brass	8	1.5-1.8	6000	N2	16	4.0 Single	-3	0.5
Brass	10	0.8-1	6000	N2	16	4.0 Single	-3	0.5
Brass	12	0.6-0.7	6000	N2	18	5.0 Single	-7	0.5
Brass	16 *	0.3-0.4 *	6000	N2	20 *	5.0 Single *	-9 *	0.5 *
Brass	20 *	0.1-0.2 *	6000	N2	20 *	5.0 Single *	-10 *	0.5 *
Cuivre	1	30-35	6000	O2	10	3.0 Single	-1	0.5
Cuivre	2	12-15	6000	O2	10	3.0 Single	-1	0.5
Cuivre	3	7.0-9.0	6000	O2	12	3.0 Single	-2	0.5
Cuivre	4	6.0-7.0	6000	O2	12	3.5 Single	-3	0.5
Cuivre	5	5.0-6.0	6000	O2	13	4.5 Single	-4	0.5
Cuivre	6	2.5-3.5	6000	O2	14	5.0 Single	-5	0.5
Cuivre	8 *	1.5-2.0 *	6000	O2	14	5.0 Single *	-5 *	0.3 *

Remark 1: It is recommended to use air or nitrogen for cutting carbon steel 1-6mm. The cutting speed is faster than using oxygen, and there will be slight slag hanging.
Remark 2: Depending on the on-site gas purity, plate quality, etc., the power used for debugging and the speed of debugging will also be different.
Remark 3: Copper needs to be cut with high-pressure oxygen. Using other gases for cutting may risk damaging the laser.

Material	Thicknes (mm)	Speed (m/min)	Power (W)	Gas	Pressure (bar)	Nozzles (mm)	Focus Point (mm)	Cutting Height (mm)	Remark
Acier au carbone	1	60-80	20000	N2 / Air	10	3.0 Single	0	0.5	1
Acier au carbone	2	40-50	20000	N2 / Air	10	3.0 Single	0	0.5	1
Acier au carbone	3	35-45	20000	N2 / Air	10	3.0 Single	0	0.5	1
Acier au carbone	4	30-35	20000	N2 / Air	10	3.5 Single	0	0.5	1
Acier au carbone	5	25-30	20000	N2 / Air	10	3.5 Single	0	0.5	1
Acier au carbone	6	20-25	20000	N2 / Air	12	3.5 Single	-0.5	0.5	1
Acier au carbone	8	14-18	20000	N2 / Air	13	4.5 Single	-1	0.5	1
Acier au carbone	10	10-13	20000	N2 / Air	13	4.5 Single	-1.5	0.5	1
Acier au carbone	12	7-8	20000	N2 / Air	14	4.5 Single	-2	0.5	1
Acier au carbone	14	5.5-6.5	20000	N2 / Air	16	4.5 Single	-3	0.5	1
Acier au carbone	16	4.0-4.5	20000	N2 / Air	25	5.0 Single	-4	0.5	1
Acier au carbone	18	3.2-3.5	20000	N2 / Air	25	5.0 Single	-6	0.5	1
Acier au carbone	20	2.7-3.0	20000	N2 / Air	25	6.0 Single	-10	0.5	1
Acier au carbone	10	2.2-2.5	6000	O2	0.6	1.2 Double	8	0.6	2
Acier au carbone	12	1.9-2.1	6500	O2	0.6	1.2 Double	9	0.6	2
Acier au carbone	14	1.8-1.9	8000	O2	0.6	1.4 Double	10	0.6	2
Acier au carbone	16	1.6-1.8	8500	O2	0.6	1.4 Double	11	0.6	2
Acier au carbone	18	1.5-1.7	12000	O2	0.6	1.6 Double	12	0.6	2
Acier au carbone	20	1.4-1.6	12000	O2	0.6	1.6 Double	12	0.6	2
Acier au carbone	22	1.3-1.5	12000	O2	0.7	1.6 Double	12	0.6	2
Acier au carbone	25	1.2-1.4	15000	O2	1	1.4 Single	12	0.3	2
Acier au carbone	30	1.1-1.3	18000	O2	1.2	1.6 Single	13.5	0.3	2
Acier au carbone	35	1.0-1.2	20000	O2	0.8	1.6 Single	14	0.3	2
Acier au carbone	40	0.6-0.8	20000	O2	1	1.6 Single	14	0.3	2
Acier au carbone	50	0.3-0.5	20000	O2	1.3	1.8 Single	14	1.5	2
Acier au carbone	60 *	0.2-0.25 *	20000	O2	1.6 *	1.8 Single *	+14 *	1.5 *	2
Acier au carbone	70 *	0.1-0.2 *	20000	O2	1.6 *	1.8 Single *	+14 *	1.5 *	2
Acier au carbone	80 *	0.1-0.15 *	20000	O2	1.6 *	1.8 Single *	+14 *	1.5 *	2
Acier inoxydable	1	60-80	20000	N2	10	3.0 Single	0	0.5
Acier inoxydable	2	40-45	20000	N2	10	3.0 Single	0	0.5
Acier inoxydable	3	35-40	20000	N2	10	3.0 Single	0	0.5
Acier inoxydable	4	30-33	20000	N2	12	3.5 Single	0	0.5
Acier inoxydable	5	23-25	20000	N2	12	3.5 Single	0	0.5
Acier inoxydable	6	20-22	20000	N2	13	4.5 Single	-1	0.5
Acier inoxydable	8	15-18	20000	N2	13	4.5 Single	-3	0.5
Acier inoxydable	10	11-13	20000	N2	14	4.5 Single	-3	0.3
Acier inoxydable	12	8-10	20000	N2	14	4.5 Single	-4	0.5
Acier inoxydable	14	5.5-6.5	20000	N2	14	4.5 Single	-6	0.5
Acier inoxydable	16	4.5-5.5	20000	N2	16	5.0 Single	-8	0.5
Acier inoxydable	18	3.5-4.5	20000	N2	18	5.0 Single	-8	0.5
Acier inoxydable	20	3.0-4.0	20000	N2	20	5.0 Single	-9	0.5
Acier inoxydable	25	1.9-2.4	20000	N2	25	6.0 Single	-13	0.5
Acier inoxydable	30	0.8-1.2	20000	N2	25	6.0 Single	-15	0.5
Acier inoxydable	35	0.5-0.8	20000	N2	25	7.0 Single	-17	0.5
Acier inoxydable	40 *	0.3-0.5 *	20000	N2	25 *	5.0 Single *	+8 *	0.3 *
Acier inoxydable	50 *	0.2-0.3 *	20000	N2	25 *	5.0 Single *	+9 *	0.3 *
Acier inoxydable	60 *	0.15-0.2 *	20000	N2	25 *	6.0 Single *	+9 *	0.3 *
Acier inoxydable	70 *	0.1-0.15 *	20000	N2	25 *	8.0 Single *	+9 *	0.3 *
Acier inoxydable	80 *	0.08-0.1 *	20000	N2	25 *	8.0 Single *	+9 *	0.3 *
Acier inoxydable	90 *	0.05-0.07 *	20000	N2	25 *	8.0 Single *	+9 *	0.3 *
Acier inoxydable	100 *	0.04-0.06 *	20000	N2	25 *	8.0 Single *	+9 *	0.3 *
Acier inoxydable	1	60-80	20000	Air	8	2.0 Single	0	0.5
Acier inoxydable	2	50-60	20000	Air	8	2.0 Single	0	0.5
Acier inoxydable	3	40-45	20000	Air	10	3.0 Single	-1	0.5
Acier inoxydable	4	35-39	20000	Air	10	3.0 Single	-1	0.5
Acier inoxydable	5	25-30	20000	Air	11	3.5 Single	-1	0.5
Acier inoxydable	6	22-26	20000	Air	11	3.5 Single	-2	0.5
Acier inoxydable	8	15-18	20000	Air	12	4.0 Single	-2	0.5
Acier inoxydable	10	12-14	20000	Air	13	4.0 Single	-3	0.3
Acier inoxydable	12	10-11	20000	Air	13	4.5 Single	-3.5	0.3
Acier inoxydable	14	6.5-7.5	20000	Air	14	4.5 Single	-3.5	0.3
Acier inoxydable	16	5.0-5.8	20000	Air	16	4.5 Single	-7	0.3
Acier inoxydable	18	3.8-4.5	20000	Air	20	4.5 Single	-9	0.3
Acier inoxydable	20	3.0-3.5	20000	Air	20	5.0 Single	-10	0.3
Acier inoxydable	25	1.5-2.0	20000	Air	25	5.0 Single	-13	0.3
Acier inoxydable	30	1.0-1.3	20000	Air	25	5.0 Single	-15	0.3
Acier inoxydable	40	0.5-0.6	20000	Air	25	6.0 Single	-17	0.3
Acier inoxydable	50 *	0.2-0.3 *	20000	Air	25 *	6.0 Single *	+9 *	0.3 *
Acier inoxydable	60 *	0.1-0.2 *	20000	Air	25 *	8.0 Single *	+9 *	0.3 *
Acier inoxydable	70 *	0.1-0.15 *	20000	Air	35 *	8.0 Single *	+9 *	0.3 *
Aluminium Alloy	1	60-80	20000	N2	8	3.0 Single	0	0.5
Aluminium Alloy	2	45-55	20000	N2	8	3.0 Single	0	0.5
Aluminium Alloy	3	38-45	20000	N2	8	3.0 Single	-1	0.5
Aluminium Alloy	4	30-40	20000	N2	8	3.0 Single	-1	0.5
Aluminium Alloy	5	23-28	20000	N2	10	3.5 Single	-2	0.5
Aluminium Alloy	6	16-20	20000	N2	10	4.5 Single	-2	0.5
Aluminium Alloy	8	10-12	20000	N2	10	5.0 Single	-3	0.5
Aluminium Alloy	10	9-10	20000	N2	10	5.0 Single	-3	0.5
Aluminium Alloy	12	5-6	20000	N2	10	5.0 Single	-4	0.5
Aluminium Alloy	14	4-5	20000	N2	12	5.0 Single	-5	0.5
Aluminium Alloy	16	3-4	20000	N2	14	5.0 Single	-6	0.5
Aluminium Alloy	18	2.3-2.8	20000	N2	14	5.0 Single	-6	0.5
Aluminium Alloy	20	2.0-2.3	20000	N2	16	5.0 Single	-7	0.5
Aluminium Alloy	25	1.0-1.5	20000	N2	18	6.0 Single	-8	0.5
Aluminium Alloy	30	0.3-0.8	20000	N2	20	6.0 Single	-8	0.5
Aluminium Alloy	40 *	0.4-0.5 *	20000	N2	25 *	6.0 Single *	+8 *	0.5 *
Aluminium Alloy	50 *	0.3-0.4 *	20000	N2	28 *	6.0 Single *	+8 *	0.5 *
Aluminium Alloy	60 *	0.2-0.3 *	20000	N2	28 *	6.0 Single *	+8 *	0.5 *
Brass	1	50-60	20000	N2	10	3.0 Single	0	0.5
Brass	2	35-45	20000	N2	10	3.5 Single	0	0.5
Brass	3	28-32	20000	N2	10	3.5 Single	0	0.5
Brass	4	20-25	20000	N2	10	3.5 Single	-1	0.5
Brass	5	18-21	20000	N2	12	4.5 Single	-1	0.5
Brass	6	13-17	20000	N2	12	4.5 Single	-1.5	0.5
Brass	8	9.0-12	20000	N2	12	5.0 Single	-2	0.5
Brass	10	6.0-8.0	20000	N2	13	5.0 Single	-3	0.5
Brass	12	4.0-6.0	20000	N2	14	5.0 Single	-3	0.5
Brass	14	3.5-4.5	20000	N2	14	5.0 Single	-4	0.5
Brass	16	2.0-3.0	20000	N2	14	5.0 Single	-5	0.5
Brass	18	1.0-1.5	20000	N2	16	5.0 Single	-6	0.5
Brass	20	0.7-0.9	20000	N2	18	6.0 Single	-6.5	0.5
Cuivre	1	35-40	20000	O2	8	3.0 Single	0	0.5	3
Cuivre	2	26-30	20000	O2	8	3.0 Single	0	0.5	3
Cuivre	3	24-28	20000	O2	8	3.5 Single	0	0.5	3
Cuivre	4	16-20	20000	O2	10	3.5 Single	-1	0.5	3
Cuivre	5	12-15	20000	O2	10	5.0 Single	-1	0.5	3
Cuivre	6	8.0-10	20000	O2	10	5.0 Single	-2	0.5	3
Cuivre	8	5.0-6.0	20000	O2	10	5.0 Single	-3	0.5	3
Cuivre	10	3.0-3.5	20000	O2	12	5.0 Single	-4	0.5	3
Cuivre	12 *	2.0-2.5 *	20000	O2	14 *	5.0 Single *	-5 *	0.5 *	3

Remark 1: It is recommended to use air or nitrogen for cutting carbon steel 1-6mm. The cutting speed is faster than using oxygen, and there will be slight slag hanging.
Remark 2: Depending on the on-site gas purity, plate quality, etc., the power used for debugging and the speed of debugging will also be different.
Remark 3: Copper needs to be cut with high-pressure oxygen. Using other gases for cutting may risk damaging the laser.

Note: The actual batch cutting, affected by machine tools, systems, cutting head, air pressure, materials and other factors, the data may be changed, the asterisks marked parameters in the table are proofing parameters, in the actual processing is greatly affected by various factors, only suitable for small batch production, mass production and processing is not recommended, it is recommended to use higher power laser.

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