Welcome to the neoLASE laser-matrix
Based on industrial standards neoLASE provides high quality laser designs and electronics.
The modular design allows to accomplish a variety of different laser parameters and electro-opticalfunctionalities.
In terms of pulsed laser regimes neoLASE offers high pulse energy or average power MOPA system
configurations from nano- to picosecond pulse durations. The MOPA systems combine theestablished neoLASE amplifiers with different laser oscillators.
The laser matrix gives an overview of integrated MOPA systems and customized laser solutions.
Choose your laser parameter by Pulse Energy or Average Poweror learn how to configure a neoLASE MOPA System.
If you can’t find the laser parameter of your need please contact us ! info@neolase.com
Average Power

100 W

50 W

10 W

1W

Pulse Energy

10 mJ

1 mJ

100 µJ

10 µJ

ProductInfo
linked to webpage

1 mJ

100 µJ

10 µJ

MOPA Configuration

Power
65 W

50 W>40 nsSinglefrequency

32 W
10 ns

35 W

Singlefrequency

30 W
20 ns

22 W
70 ps

20W
5 ns
11 W
60 ns

7W

7W
1 ns

Singlefrequency

5W
1 ns

I

100 ns

10 ns

1 ns

13W
10 ps

9W
600 ps

3.7 W
600 ps2W
400 ps

cw

25 W
10 ps

500 ps

6W
5 ps
5W
50 ps

5W
<2 ps

Pulseduration

1W
90 ps
50 ps

10 ps

1 ps

Energy

4 mJ
600 ps2,8 mJ>40 ns3 mJ
600 ps2 mJ
5 ns

600 µJ
10 ns

2 mJ
400 ps750 µJ
1 ns

440 µJ
60 ns

250 µJ
70 ps

30 µJ
20 ns

100 ns10 ns

200 µJ
90 ps

50 µJ
1 ns

1 ns

250 µJ
10 ps
150 µJ
10 ps
30 µJ
<2 ps

12 µJ
50 ps
500 ps

50 ps

10 ps

1 ps

Pulse
durationDatasheet:

webLINK

Average Power

Pulse Energy

Fiber Laser
Pulse duration:

60-100 ns

Amplifier:Repetition rate:
Output Power:
Pulse Energy:

neoVAN-2s
25 kHz11 W
440 µJ

Datasheet:

webLINK

Average Power

Pulse Energy

Fiber Laser
Pulse duration:

20 ns

Amplifier:Repetition rate:
Output Power:
Pulse Energy:

neoVAN-4s
1 MHz
30 W
30 µJ

Datasheet:

webLINK

Average Power

Pulse Energy

DPSS Laser
Pulse duration:
Amplifier:Repetition rate:
Pulse Energy:
Output Power:

10 ns
neoVAN-4s
50 kHz640 µJ
32 W

ESI-JDS
UniphaseDatasheet:

webLINK

Average Power

Pulse Energy

DPSS Laser
Pulse duration: 5 ns
- Narrow line width Amplifier:Repetition rate:
Pulse Energy:
Output Power:

neoVAN-4s
10 kHz
2 mJ
20 W

Coherent
Mephisto Q

Datasheet:

webLINK

DPSS Laser
Pulse duration:

40-60 ns

Amplifier:Repetition rate:
Pulse Energy:
Peak Power:

neoVAN-4s
2.5 kHz
2.8 mJ
0.28 MW

Repetition rate: 30 kHz
Output Power: 50 W
Average Power

Pulse Energy

Coherent
MatrixDatasheet:

webLINK

Average Power

Pulse Energy

Microchip Laser
Pulse duration: 1 nsAmplifier:Repetition rate:
Output Power:
Pulse Energy:

neoVAN-2p
100 kHz5W
50 µJ

ConceptResearchDatasheet:

webLINK

Average Power

Pulse Energy

Microchip Laser
Pulse duration: 1 ns
Amplifier:Repetition rate:
Output Power:
Pulse Energy:

neoVAN-2p
9.6 kHz7W
750 µJ

teem photonics

Datasheet:

webLINK

Microchip Laser
Pulse duration: 600 ps
Amplifier:Repetition rate:
Pulse Energy:
Peak Power:
Amplifier:

Average Power

Pulse Energy

neoVAN-2p
5 kHz
750 µJ
1.2 MW

neoVAN2p-qcw
Repetition rate: 1 kHz
Pulse Energy:
3 mJ
Peak Power:
5 MW

HORUS Laser

Datasheet:

DPSS Laser
Pulse duration:

600 psAmplifier:

webLINK

Average Power

Pulse Energy

neoVAN- 2pYAG-qcw
Repetition rate: 500 Hz
Pulse Energy:
4 mJ
Peak Power:
6 MW

Amplifier:Repetition rate:
Pulse Energy:
Peak Power:
Output Power:

neoVAN-2p
30 kHz300 µJ
0.5 MW
9W

Coherent Helios

Datasheet:

Microchip Laser
Pulse duration: 400 ps
Amplifier:

webLINK

neoVAN-2pfaser-qcw
Repetition rate: 1 kHz
Pulse Energy:
2 mJ
Peak Power:
5 MW
Amplifier:

Average Power

Pulse Energy

neoVAN-2pfaser
Repetition rate: 2 kHz
Pulse Energy:
625 µJ
Peak Power:
1.5 MW

teem photonics

Datasheet:

Microchip Laser
Pulse duration: 90 ps

webLINK

Average Power

Pulse Energy

neoMOSpico
Repetition rate: 1-5 kHz
Pulse Energy:
200 µJ

Datasheet:

webLINK

Diode Laser
Pulse duration:

50 ps

Amplifier:neoVAN-2p
Repetition rate: 31 kHz
Pulse Energy:
12 µJ
Repetition rate: 10 MHz
Output Power: 5 W

Average Power

Pulse Energy

PicoquantDatasheet:

webLINK

Average Power

Pulse Energy

Diode Laser
Pulse duration:

70 ps

neoMOSpicoRepetition rate: 0-80 MHz
Pulse Energy:
max. 250 µJ
Output Power: 22 W

Datasheet:

webLINK

Average Power

Pulse Energy

DPSS Laser
Pulse duration:

10 ps

Amplifier:Repetition rate:
Pulse Energy:
Peak Power:

neoVAN-2s
10 kHz250 µJ
25 MW

Repetition rate: 100 kHz
Pulse Energy:
130 µJ
Peak Power:
13 MW

Lumera Rapid

Datasheet:

DPSS Laser
Pulse duration:

webLINK

Average Power

Pulse Energy

10 ps

Amplifier:neoVAN-4s
Repetition rate: 160 MHz
Output Power: 70W

Lumera Rapid

Datasheet:

Fiber Oscillator
Pulse duration: 8 ps

webLINKAverage Power

Pulse Energy

Amplifier:neoVAN-2p
Repetition rate: 20 MHz
Output Power: 7.5 W

TOPTICADatasheet:

Fiber Oscillator
Pulse duration: 25 ps
Amplifier:

webLINK

Average Power

Pulse Energy

neoVAN2p+4s
Repetition rate: 0-1 MHz
Output Power: >35 W
Output Energy: max.150 µJ
Peak Power:
6 MW

FIANIUMDatasheet:

webLINK

Average Power

Pulse Energy

Fiber Oscillator
Pulse duration: 10 ps
neoMOSpico / HYLASE
Repetition rate: 0-40 MHz
Pulse Energy:
max. 150 µJ
Peak Power:
15 MW
Output Power: 25 W

Datasheet:

Fiber Oscillator
Pulse duration: 5 ps

webLINK

Average Power

Pulse Energy

Amplifier:neoVAN-2p
Repetition rate: 25 MHz
Output Power: 6 W

FIANIUMDatasheet:

webLINK

Average Power

Pulse Energy

Fiber Oscillator
Pulse duration: <2 ps
neoMOSpico
Repetition rate:
Pulse Energy:
Peak Power:
Output Power:

0.1-25 MHz
30 µJ
15 MW
5W

Datasheet:

DPSS Laser
cw / single-frequency
Amplifier:Input Power:
Output Power:

webLINK

Average Power

Pulse EnergyineoVAN2p-faser
25 mW
7W

Lumentum

DPSS Laser
cw / single-frequency

Datasheet:MOPA-System for
Gravitational wave detectors
Input Power:
Output Power:

webLINK

2W
35 W

System based on a neoLASE, LZH, AEI cooperation.
Average Power

Pulse EnergyiDatasheet:

DPSS Laser
cw / single-frequency
MOPA-System for
Gravitational wave detectors

webLINK

Input Power:
Output Power:

15 W
65 W

System based on a neoLASE, LZH cooperation.
Average Power

Pulse Energy

60

output power (W)504030cw30 kHz
20 kHz
10 kHz5 kHz
2,5 kHz2010

ZOOM
Back00123456input power (W)

78910

3,0

2.5 kHz10 kHzoutput energy [mJ]

2,52,01,51,0Back050100150

input energy [µJ]200250300

How to configure a neoLASE MOPA system
Basic MOPA
SeedLaser

neoVAN

Further power scaling

SHG

Frequency conversion

EO

Stable “Pulse on demand”

neoVAN

neoCON Electronics

Modular structure allow for:• Compact and variable platform• High flexibility in pulse duration, repetition rate or output power• Easy maintenance• Low down time

START
Click for MOPA
Configuration

Step 1:Master Oscillator Power Amplifier

Select a pulse duration
and repetition rate range

MasterOscillator

neoLASE will get the rightseeder...

pulsed/ external modulated

Mode-locked

pulsedLaser diodeFiber laser

Diode laser
Microchip

TEEM, Horus ...

neoVAN

INO, PicoQuant…
Toptica, Fianium,
Onefive, …

Back
Click for next step

10ns

1ns

100ps

10ps

1ps

Step 2:

What is the needed output power
and pulse energy ?
neoLASE has the right amplifier...

Back

Master Oscillator Power Amplifier

MasterOscillator

Click for next step

neoVANStep 3:

Other Options required ?
Wavelength ?
Pulse ON demand ?
neoLASE provide further options ...

Master Oscillator Power Amplifier

MasterOscillator

neoVAN

Further power scaling

SHG

Frequency conversion

EO

Stable “Pulse on demand”

Back

Click for next step

neoVANStep 4:

What do the system design look like ?
Industrial or Scientific ?

MasterOscillator

neoLASE will build the rightconfiguration ...

Back

Master Oscillator Power Amplifier

neoVANFI

neoVAN

AOM
Click for next step

neoVANStep 5:

Done... Please review theneoLASE MOPA system solutions:

Master Oscillator Power Amplifier

MasterOscillator

Average Power

Pulse Energy

View more configurations...

Back

neoVAN