Product overview

CO2 lasers

 


 

Technical data TruFlow 700-6000

Technical data TruFlow 700 TruFlow 1200 TruFlow 1500 TruFlow 2000 TruFlow 2700 TruFlow 3200 TruFlow 4000 TruFlow 5000 TruFlow 6000
Nominal power in watts 700 1200 1500 2000 2700 3200 4000 5000 6000
Power distribution 1 TEM00 TEM01
Beam quality2 K (M2) 0,6 (1,67) 0,5 (2,0) 0,55 (1,82)
Power consumption 3 at 100%, in kW 23 27 34 36 42 60 64
Dimensions beam source
lenght x width x height in mm		 1185 x 1150 x 650
Weight beam source in kg 400 430 450 460
Dimensions cabinet
width x depth4 x height in mm
 1420 x 800 x 2000 2000 x 800 x 2000
Weight cabinet:
in kg
 970 1020 1040 1060 1380 1400
Wavelenght 10,6 µm
Output stability dependent on the rated power ±2%
Continuously variable output range (modulation mode), dependent on the
pulse frequency		 5% - 100% of the nominal power
Pulse frequency (HF) 100 Hz - 100 kHz
Pulse width
 10 µs - cw
Laser gases in l/h He, N2, CO2 13, 6, 1

Legend:
1: Predominant share
2: According to ISO 11146, deviation ?5%
3: Laser without chiller unitt
4: 1000 mm in the area of the a/c door

 

Technical data TruFlow 8000-15000

Technical data TruFlow 8000 TruFlow 12000 TruFlow 15000
Nominal power in watts 8000 12000 15000
Power distribution low order
Beam qualitiy1 K (M2) 0,26 (3,8) 0,24 (4,2)
Power consumption2 at 100%, in kW 84 120 155
Pulse frequency 310 Hz - 100 kHz 100 Hz - 100 kHz 310 Hz - 100 kHz
Dimensions beam source:
lenght x width x height in mm		 1665 x 1524 x 1100
Weight beam source in kg 1400 1500
Dimensions cabinet:
width x depth3 x height in mm
 2200 x 800 x 2000 3000 x 800 x 2000
Weight cabinet:
in kg
 1470 2220 2300
Wavelenght 10,6 µm
Output stability dependent on the rated power ±2%
Continuously variable output range (modulation mode), dependent on the
Pulse frequency (HF)
 5% - 100% of the nominal power
Pulse width
 10 µs - cw
Laser gases in l/h He, N2, CO2 48, 10, 2

Legend:
1: According to ISO 11146, deviation ?5%
2: Laser without chiller unit
3: 1000 mm in the area of the a/c door

 

Technical data TruFlow 1800-3500

Technical data TruFlow 1800 TruFlow 2500 TruFlow 3000 TruFlow 3500
Nominal power in watts 1800 2500 3000 3500
Power distribution TEM00
Beam qualitiy1 K (M2) 0,9 (1,11)
Power consumption2 at 100%, in kW 27 34 36 42
Dimensions beam source:
lenght x width x height in mm		 1185 x 1150 x 650
Weight beam source in kg 400 430
Dimensions cabinet:
width x depth3 x height in mm
 1420 x 800 x 2000
Weight cabinet:
in kg
 970 1020 1040 1060
Wave lenght 10,6 µm
Output stability dependent on the rated power ±2%
Continuously variable output range (modulation mode), dependent on the
pulse frequency		 5% - 100% of the nominal power
Pulse frequency (HF) 100 Hz - 100 kHz
Pulse width
 10 µs - cw
Laser gases in l/h He, N2, CO2 13, 6, 1

Legend:
1: According to ISO 11146, deviation ?5%
2: Laser without chiller unit
3: 1000 mm in the area of the a/c door

 

Technical data TruFlow 4000-5000

Technical data TruFlow 4000 TruFlow 5000
Nominal power in watts 4000 5000
Power distribution1 TEM00 / TEM01*
Beam quality2 K (M2) 0,75 (1,33) / 0,55 (1,82) adaptable
Power consumption3 at 100%, in kW 42 60
Dimensions beam source:
length x width x height in mm		 1185 x 1150 x 650
Weight beam source in kg 440 450
Dimensions closet:
width x depth4 x height in mm
 1420 x 800 x 2000 2000 x 800 x 2000
Weight closet:
in kg
 1060 1380
Wave lenght 10,6 µm
Output stability dependent on the rated power ±2%
Continuously variable output range (modulation mode), dependent on the
pulse frequency		 5% - 100% of the nominal power
Pulse frequency (HF) 100 Hz - 100 kHz
Pulse width
 10 µs - cw
Laser gases in l/h He, N2, CO2 13, 6, 1

Legend:
1: Predominant share
2: According to ISO 11146, deviation ?5%
3: Laser without chiller unit
4: 1000 mm in the area of the a/c door

Technical data TruFlow 1200-3000

Technical data TruFlow 1200 TruFlow 1800 TruFlow 2400 TruFlow 3000
Nominal power in watts 1200 1800 2400 3000
Power distribution1 TEM00
Beam quality2 K (M2) 0,55 (1,82)
Power consumption3 at 100%, in kW 27 34 36
Dimensions beam source:
lenght x width x height in mm		 1185 x 1150 x 650
Weight beam source in kg 400
Dimensions closet:
width x depth3 x height in mm
 1420 x 800 x 2000
Weight closet:
in kg
 970 1020 1040
Wavelenght 9,3 µm
Output stability dependent on the rated power ±2%
Continuously variable output range (modulation mode), dependent on the
Pulse frequency		 5% - 100% of the nominal power
Pulse frequency (HF) 100 Hz - 100 kHz
Pulse width
 10 µs - cw
Laser gases in l/h He, N2, CO2 13, 6, 1

Legend:
1: Predominant share
2: According to ISO 11146, deviation ?5%
3: Laser without chiller unit
4: 1000 mm in the area of the a/c door


 

Technical data TruCoax 2000

Technical data TruCoax 2000
Nominal power in watts 2000
Power distribution TEM00
Beam quality1 K (M2) 0,9 (1,1)
Power consumption2 at 100%, in kW 33
Dimensions beam source:
length x width x height in mm		 1960 x 510 x 540
Weight beam source in kg3 250
Dimensions closet:
width x depth x height in mm
 1420 x 800 x 2000
Weight closet:
in kg
 970
Wavelenght 10,6 µm
Output stability dependent on the rated power ±2%
Continuously variable output range (modulation mode), dependent on the
Pulse frequency		 5% - 100% of the nominal power
Pulse frequency (HF) 10 Hz - 100 kHz
Pulse width
 0,01 µs - cw
Laser gases in l/h, Premix He, N2, CO2 = 0,01 = ca. 250 Gas change intervals every 72 hours with integrated Premix bottle
= approx. 2 years continuous operation, in 3 shifts.

Legend:
1: According to ISO 11146, deviation ?5%
2: Laser without chiller unit
3: Specifications without ground plate and additional optics
 
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