1000W-4KW IPG Fiber Laser Source For Cnc Fiber Laser Cutting Machine

Basic Information

Place of Origin:	CHINA
Brand Name:	HM
Certification:	CE
Model Number:	HM-3000

Minimum Order Quantity:	1
Packaging Details:	1008090cm
Delivery Time:	7 work days
Payment Terms:	Western Union, T/T

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Warranty:	1 Year	Video Outgoing-inspection:	Provided
Product Name:	Fiber Laser Source	Brand:	Ipg
Keywords:	Laser Source	After Warranty Service:	Video Technical Support, Online Support, Spare Parts, Field Mainten
Power:	1000w/1500w/2000w/3000w/4000w/6000w
High Light:	IPG Fiber Laser Source , 4KW Cnc Fiber Laser Source

1000W-4KW IPG Fiber Laser Source For Cnc Fiber Laser Cutting Machine

Products Description

IPG’s mid power CW fiber lasers cover output power range from 100 to 4000 W and feature a wide range of operating wavelengths,single-mode and multi-mode options, low amplitude noise, high stability and extremely long pump diode lifetime. Lasers are typically air-cooled up to 500 W average power. Compact water-cooled units are also available for average powers up to 4 kW.

Redesigned electronics offers extended control functionality. The lasers are available with a wide variety of fiber terminations or collimation optics.

In the near infrared, from 1 to 2 µm, CW Ytterbium, Erbium, Thulium and Raman fiber lasers provide output in the 100 W to 4 kW range. Other CW lasers operating in mid-power range are Diode Lasers and CW Fiber Amplifiers.

Higher kW-classs output powers are available for Ytterbium (1 μm), Erbium (1.5 μm) and Thulium (2 μm) lasers in 1 kW-120 kW CW fiber laser family. Green GLPN Quasi-CW high repetition rate lasers suitable for many CW applications are also available in 100-1000 W power range.

Features

Compared with traditional lasers, IPG CW fiber laser has higher efficiency electric-optical conversion, lower power consumption and excellent beam quality. The fiber laser is compact and ready to use. It can be used as a stand-alone unit or easily inserted into user’s apparatus.

Main Features: 

 Excellent beam quality

 High quality fiber output

 High Power Stability

 Continuously tunable output power, quick switching response

 Maintenance free operation

 High wall plug efficiency

 Convenient control interface

 High frequency modulation

Applications: 

 Cutting, Welding

 3D Printing

 Scientific research

Beam Mode Quality:

Depending on the application requirements, the CW lasers in mid-power range are offered with either single-mode or multi-mode beam quality. Due to absence of thermal lensing refractive index gradients in the laser cavity, fiber lasers maintain beam mode quality and divergence when the output power is adjusted. This is not the case with DPSS bulk lasers which are typically optimized to run at nominal power level.

Polarization:

The CW fiber lasers in the mid power range are typically offered with random polarization; linear polarization is an option. We also offer linearly polarized ytterbium CW fiber amplifiers up to 3 kW. Please contact your IPG Photonics representative if linear polarization is required.

Direct Modulation:

Direct power modulation in the kHz range is a standard feature.

Power Stability

Typical power stability is <1% over 4 hours under stable environmental conditions.

Cooling

YLM modules are air cooled up to 400 W output power, YLR rack unit lasers are air cooled up to 700 W. TLR-200 is water cooled.

Packaging

The lasers are packaged as either OEM modules or as 19” rack mountable units. OEM modules require a DC power source and control electronics, rack mounted units require single-phase or 3-phase 50-60 Hz power source and have built-in control electronics. OEM modules are controlled externally, typically through RS-232. The front panel laser power controls and LCD display can be a standard feature or an option on rack-mounted units. Some rack-mounted models come without the front panel controls and LCD display in a standard version. Please discuss your requirements with an IPG Representative.

Cutting parameters

3000W Cutting Parameters
Mild Steel O2
Thickness (mm)	Cutting Power (W)	Focus (mm)	Cutting Gas	Gas pressure(bar)	Nozzle type (S-Single,D-Double)	Cutting Speed (M/Min)
1	1200	1	O2	6	S1.5	9--12
2	1400	2	O2	0.6-1.0	D1.0	5--6
3	3000	3	O2	0.6-1.0	D1.0/D1.2	4--4.5
4	3000	3	O2	0.6-1.0	D1.0/D1.2	3.2--3.8
5	3000	3	O2	0.6-1.0	D1.0/D1.2	3.2--3.4
6	3000	3	O2	0.6-1.0	D1.0/D1.2	3--3.2
8	3000	3	O2	0.6-1.0	D1.2	2--2.3
10	3000	3	O2	0.6-1.0	D1.2	1.5--1.7
12	3000	3	O2	0.6-1.0	D2.0/D2.5	0.8--1
14	3000	3	O2	0.6-1.0	D2.5/D3.0	0.8--0.9
16	3000	3	O2	0.6-1.0	D3.0	0.7--0.85
20	3000	4	O2	0.6-1.0	D3.5	0.65--0.8
Mild Steel Air
Thickness (mm)	Cutting Power (W)	Focus (mm)	Cutting Gas	Gas pressure(bar)	Nozzle type (S-Single,D-Double)	Cutting Speed (M/Min)
1	3000	-1	Air	16	S2.0	25--30
2	3000	-2	Air	16	S2.0	12--15
Stainless Steel N2
Thickness (mm)	Cutting Power (W)	Focus (mm)	Cutting Gas	Gas pressure(bar)	Nozzle type (S-Single,D-Double)	Cutting Speed (M/Min)
1	3000	-1	N2	12	S2.0	30--40
2	3000	-1.5	N2	12	S2.0	15--18
3	3000	-2.5	N2	13	S2.0	8--10
4	3000	-3.5	N2	13	S2.5	5.4--6
5	3000	-4	N2	16	S2.5	2.8--3.5
6	3000	-4.5	N2	16	S3.0	1.8--2.6
8	3000	-5.5	N2	16	S3.0	1.0--1.3
10	3000	-6	N2	16	S3.5	0.6--0.8
12	3000	-7	N2	20	S4.0	0.5--0.7
Stainless Steel Air
Thickness (mm)	Cutting Power (W)	Focus (mm)	Cutting Gas	Gas pressure(bar)	Nozzle type (S-Single,D-Double)	Cutting Speed (M/Min)
1	3000	-1	Air	16	S2.0	30--40
2	3000	-1.5	Air	16	S2.0	15--18
3	3000	-2.5	Air	16	S2.0	8--10
4	3000	-3.5	Air	16	S2.5	5.4--6
5	3000	-4	Air	16	S2.5	2.8--3.5
6	3000	-4.5	Air	16	S3.0	1.8--2.6
8	3000	-5.5	Air	16	S3.0	1.0--1.3
10	3000	-6	Air	16	S3.5	0.6--0.8
12	3000	-7	Air	16	S4.0	0.5--0.7
AL N2
Thickness (mm)	Cutting Power (W)	Focus (mm)	Cutting Gas	Gas pressure(bar)	Nozzle type (S-Single,D-Double)	Cutting Speed (M/Min)
1	3000	-1.0	N2	12	S2.0	30--40
2	3000	-1.5	N2	12	S2.0	15--20
3	3000	-2.0	N2	12	S2.0	8--10
4	3000	-2.5	N2	13	S2.5	5--6.5
5	3000	-3.0	N2	14	S2.5	2.8--3.5
6	3000	-3.5	N2	14	S3.0	2--2.5
8	3000	-4.0	N2	15	S3.0	0.8--1.3
10	3000	-4.5	N2	15	S3.0	0.5--0.65
12	3000	-5.0	N2	16	S3.0	0.3--0.45
Copper
Thickness (mm)	Cutting Power (W)	Focus (mm)	Cutting Gas	Gas pressure(bar)	Nozzle type (S-Single,D-Double)	Cutting Speed (M/Min)
1	3000	0	N2	8	S1.5	15--18
2	3000	-1	O2	10	S1.5	7--9
3	3000	-2.5	O2	10	S1.5	3--3.5
4	3000	-3	O2	10	S2.0	1.5--2
5	3000	-4	O2	10	S2.5	0.8--1
Brass N2
Thickness (mm)	Cutting Power (W)	Focus (mm)	Cutting Gas	Gas pressure(bar)	Nozzle type (S-Single,D-Double)	Cutting Speed (M/Min)
1	3000	-0.5	N2	12	S2.0	22--30
2	3000	-1.5	N2	13	S2.0	10--14
3	3000	-2.5	N2	14	S2.0	5--7
4	3000	-3	N2	14	S2.5	3--4
5	3000	-3.5	N2	15	S2.5	2--2.5
6	3000	-4	N2	16	S3.0	1.3--1.5
8	3000	-4.5	N2	16	S3.0	0.5--0.8
Note: 1) All the lens inside the laser head need clean. 2) Cutting gas purity meets the requirements O2:99.95%,N2:99.99%. 3) Plate meets laser cutting requirements (smooth surface, no rust, no paint, etc.) 4) AL is high reflection lens, Mass produce thickness is 1-6MM.

Tag:

3d Printing CW Fiber Laser Source,

Laser Welding Fiber Optic Light Source,

Welding Fiber Laser Power Source

Contact Details

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