Select your language

Nanosecond Lasers

Image
Image


Industrial Nanosecond Lasers for full process control



Iradion nanosecond lasers can easily be integrated with their flexibility in control modes and modular design. It's NANOCORE™ diode-pumped solid state (DPSS) laser sources use our PULSECORE technology for:

  • Precise control of pulse energy at all frequencies.

  • High-quality process results with 50% better pulse-to-pulse stability.

  • Optimal laser configuration with the widest range of wavelengths and pulse durations.


Nanio

The modular design of the Nanio nanosecond lasers is perfect for customization and simplifies integration and maintenance.

Nanio Air

The Nanio Air lasers combine the flexibility of the Nanio series with a cost-effective vibration-free air-cooled design.

Blizz

The Blizz nanosecond lasers offer high output powers to meet your maximum speed and quality needs.

Blizz Air

The Blizz Air lasers combine excellent performance with the lowest cost of ownership in an air-cooled design.

Vivio

The Vivio hyperclean UV technology comes in a compact all-in-one design that is setting new standards in UV laser reliability.

Mosquitoo

A super compact conduction-cooled design with short pulses makes Mosquitoo the perfect tool for small machines in 24/7 use.


Masz pytania?
Napisz do nas

Przejdź do ochrony
przed promieniowaniem

Przejdź do
okulary ochronne

Nanosecond Lasers by wavelenghts and series

Nanosecond lasers of 355 nm


Available standard models (please ask about custom solutions):

Please check series description for DATASHEETS

Series

Model

Nominal Power

Peak Power

Repetition Rate

Spatial Mode

Pulse Width

Pulse Energy

MOSQUITOO

355-0.3-Y

0.3 W @ 10 kHz

> 2.3 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.3, TEM00

< 13 ns @ 10 kHz

30 µJ @ 10 kHz

MOSQUITOO

355-0.3-V

0.3 W @ 50 kHz

> 0.6 kW @ 50 kHz

Single Shot to 200 kHz

M² < 1.3, TEM00

< 10 ns @ 50 kHz

6 µJ @ 50 kHz

MOSQUITOO

355-1-V

1 W @ 50 kHz

> 1.6 kW @ 50 kHz

Single Shot to 200 kHz

M² < 1.3, TEM00

< 12 ns @ 50 kHz

20 µJ @ 50 kHz

NANIO

355-1-V-400

1 W @ 400 kHz

> 0.04 kW @ 400 kHz

Single Shot to 500 kHz

M² < 1.4, TEM00

< 60 ns @ 400 kHz

2.5 µJ @ 400 kHz

NANIO

355-3-V

3 W @ 40 kHz

> 2.1 kW @ 40 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 35 ns @ 40 kHz

75 µJ @ 40 kHz

NANIO AIR

355-3-V

3 W @ 40 kHz

> 2.1 kW @ 40 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 35 ns @ 40 kHz

75 µJ @ 40 kHz

NANIO

355-3-V-150

3 W @ 150 kHz

> 0.57 kW @ 150 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 35 ns @ 150 kHz

20 µJ @ 150 kHz

NANIO AIR

355-5-V

5 W @ 40 kHz

> 6.2 kW @ 40 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 20 ns @ 40 kHz

125 µJ @ 40 kHz

VIVIO

355-6-V

6 W @ 40 kHz

10 kW @ 40 kHz

1 to 150 kHz

M² ≤ 1.2, TEM00

< 20 ns

150 µJ @ 40 kHz

NANIO

355-6-V-80

6 W @ 80 kHz

> 2.1 kW @ 80 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 35 ns @ 80 kHz

75 µJ @ 80 kHz

NANIO

355-8-V-60

8 W @ 60 kHz

> 5.3 kW @ 60 kHz

Single Shot to 300 kHz

M² < 1.4, TEM00

< 25 ns @ 60 kHz

133 µJ @ 60 kHz

Nanosecond lasers of 532 nm


Available standard models (please ask about custom solutions):

Please check series description for DATASHEETS

Series

Model

Nominal Power

Peak Power

Repetition Rate

Spatial Mode

Pulse Width

Pulse Energy

MOSQUITOO

532-2-Y

2 W @ 10 kHz

> 13.3 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.3, TEM00

< 15 ns @ 10 kHz

200 µJ @ 10 kHz

MOSQUITOO

532-2-V

2 W @ 50 kHz

> 3.3 kW @ 50 kHz

Single Shot to 200 kHz

M² < 1.3, TEM00

< 12 ns @ 50 kHz

40 µJ @ 50 kHz

NANIO AIR

532-4-Y-50

4 W @ 10 kHz

> 8 kW @ 10 kHz

Single Shot to 100 kHz

M² ≤ 1.2, TEM00

< 50 ns @ 10 kHz

400 µJ @ 10 kHz

MOSQUITOO

532-5-V

5 W @ 50 kHz

> 8.3 kW @ 50 kHz

Single Shot to 200 kHz

M² < 1.3, TEM00

< 12 ns @ 50 kHz

100 µJ @ 50 kHz

NANIO

532-10-V-20

10 W @ 20 kHz

> 50 kW @ 20 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 10 ns @ 20 kHz

500 µJ @ 20 kHz

NANIO AIR

532-10-V-SP

10 W @ 40 kHz

> 12.5 kW @ 40 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 20 ns @ 40 kHz

250 µJ @ 40 kHz

NANIO

532-10-V-SP

10 W @ 40 kHz

> 12.5 kW @ 40 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 20 ns @ 40 kHz

250 µJ @ 40 kHz

NANIO

532-10-V

10 W @ 40 kHz

> 8.3 kW @ 40 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 30 ns @ 40 kHz

250 µJ @ 40 kHz

NANIO AIR

532-10-V

10 W @ 40 kHz

> 8.3 kW @ 40 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 30 ns @ 40 kHz

250 µJ @ 40 kHz

VIVIO

532-14-V

14 W @ 60 kHz

9.3 kW @ 60 kHz

1 to 200 kHz

M² ≤ 1.2, TEM00

< 25 ns

233 µJ @ 60 kHz

NANIO

532-18-Y

18 W @ 10 kHz

> 45 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.3, TEM00

< 40 ns @ 10 kHz

1800 µJ @ 10 kHz

NANIO

532-20-V

20 W @ 40 kHz

> 25 kW @ 40 kHz

Single Shot to 500 kHz

M² < 1.3, TEM00

< 20 ns @ 40 kHz

500 µJ @ 40 kHz

NANIO

532-20-V-100

20 W @ 100 kHz

> 5 kW @ 100 kHz

Single Shot to 500 kHz

M² < 1.4, TEM00

< 40 ns @ 100 kHz

200 µJ @ 100 kHz

BLIZZ AIR

532-25-V

25 W @ 40 kHz

> 31 kW @ 40 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 20 ns @ 40 kHz

625 µJ @ 40 kHz

BLIZZ

532-25-V-300

25 W @ 300 kHz

0.83 kW @ 300 kHz

Single Shot to 400 kHz

M² < 1.4, TEM00

< 100 ns @ 300 kHz

83 µJ @ 300 kHz

BLIZZ

532-30-V

30 W @ 40 kHz

37.5 kW @ 40 kHz

Single Shot to 400 kHz

M² < 1.4, TEM00

< 20 ns @ 40 kHz

750 µJ @ 40 kHz

BLIZZ

532-40-V

40 W @ 40 kHz

66.6 kW @ 40 kHz

Single Shot to 400 kHz

M² < 1.4, TEM00

< 15 ns @ 40 kHz

1,000 µJ @ 40 kHz

Nanosecond lasers of 1064 nm

Available standard models (please ask about custom solutions):

Please check series description for DATASHEETS

Series

Model

Nominal Power

Peak Power

Repetition Rate

Spatial Mode

Pulse Width

Pulse Energy

VIVIO

1064-15-V

15 W @ 40 kHz

12.5 kW @ 40 kHz

1 to 100 kHz

M² ≤ 1.2, TEM00

< 30 ns

375 µJ @ 40 kHz

BLIZZ

1064-30-V

30 W @ 80 kHz

12.5 kW @ 80 kHz

Single Shot to 150 kHz

M² ≤ 1.2, TEM00

< 30 ns @ 80 kHz

375 µJ @ 80 kHz

BLIZZ AIR

1064-30-V

30 W @ 100 kHz

> 7.5 kW @ 100 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 40 ns @ 100 kHz

300 µJ @ 100 kHz

MOSQUITOO

1064-3-V

3 W @ 100 kHz

> 3.8 kW @ 50 kHz

Single Shot to 200 kHz

M² ≤ 1.2, TEM00

< 13 ns @ 50 kHz

50 µJ @ 50 kHz

MOSQUITOO

1064-6-V

6 W @ 100 kHz

> 7.6 kW @ 50 kHz

Single Shot to 200 kHz

M² ≤ 1.2, TEM00

< 13 ns @ 50 kHz

100 µJ @ 50 kHz

NANIO

1064-25-V

23 W @ 50 kHz

> 11.5 kW @ 50 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 40 ns @ 50 kHz

460 µJ @ 50 kHz

NANIO

1064-20-V-20

20 W @ 20 kHz

> 100 kW @ 20 kHz

Single Shot to 60 kHz

M² ≤ 1.2, TEM00

< 10 ns @ 20 kHz

1000 µJ @ 20 kHz

NANIO

1064-16-V

14 W @ 50 kHz

> 6.2 kW @ 50 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 45 ns @ 50 kHz

280 µJ @ 50 kHz

NANIO

1064-16-V-LP

15 W @ 50 kHz

> 3 kW @ 50 kHz

Single Shot to 150 kHz

M² ≤ 1.2, TEM00

< 100 ns @ 50 kHz

300 µJ @ 50 kHz

NANIO

1064-20-Y

18 W @ 10 kHz

> 45 kW @ 10 kHz

Single Shot to 50 kHz

M² ≤ 1.2, TEM00

< 40 ns @ 10 kHz

1800 µJ @ 10 kHz

NANIO

1064-12-Y-LP

12 W @ 10 kHz

> 12 kW @ 10 kHz

1 to 20 kHz

M² ≤ 1.2, TEM00

< 100 ns

1.2 mJ @ 10 kHz

NANIO AIR

1064-16-V

14 W @ 50 kHz

> 6.2 kW @ 50 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 45 ns @ 50 kHz

280 µJ @ 50 kHz

NANIO AIR

1064-7-Y-30

7 W @ 10 kHz

> 20 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.15, TEM 00

< 35 ns @ 10 kHz

700 µJ @ 10 kHz

NANIO AIR

1064-7-Y-50

7 W @ 10 kHz

> 14 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.15, TEM00

< 50 ns @ 10 kHz

700 µJ @ 10 kHz

NANIO AIR

1064-7-Y-70

7 W @ 10 kHz

> 10 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.15, TEM00

< 70 ns @ 10 kHz

700 µJ @ 10 kHz

NANIO AIR

1064-7-Y-100

7 W @ 10 kHz

> 6 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.15, TEM 00

> 100 ns @ 10 kHz

700 µJ @ 10 kHz

Nanosecond lasers of 1342 nm


Available standard models (please ask about custom solutions):

Please check series description for DATASHEETS

Series

Model

Nominal Power

Peak Power

Repetition Rate

Spatial Mode

Pulse Width

Pulse Energy

NANIO AIR

1342-4-V

4 W @ 40 kHz

> 0.6 kW @ 40 kHz

Single Shot to 100 kHz

M² ≤ 1.2, TEM00

< 150 ns @ 40 kHz

100 µJ @ 40 kHz

BLIZZ

1342-8-V

8 W @ 80 kHz

1.1 kW @ 80 kHz

Single Shot to 100 kHz

M² < 1.4, TEM00

< 90 ns @ 80 kHz

100 µJ @ 80 kHz

NANIO

1342-8-V

8 W @ 20 kHz

> 5 kW @ 20 kHz

Single Shot to 50 kHz

M² ≤ 1.2, TEM00

< 80 ns @ 20 kHz

400 µJ @ 20 kHz

Nanio & Nanio Air series of nanosecond lasers

Applications

NANIO


Flexible Lasers for a Wide Range of Applications

  • ID Card Marking

  • Wafer marking

  • Plastic marking

  • Glass cutting and drilling

  • Wafer dicing

NANIO AIR


Flexible Nanosecond DPSS Lasers for Wide Range of Applications in the Following Markets:

  • ID Card

  • LED and Display

  • Chip and PCB

  • Photovoltaics

  • Resistor Trimming

Advantages

Designed for Demanding Industrial Applications. The Nanio Q-switched nanosecond laser & The Nanio Air Q-switched DPSS Laser are designed for applications that benefit from excellent beam quality with optimized pulse width and high pulse intensity over a wide range of operating conditions.

NANIO


Its features:

  • Customizable laser parameters

  • High peak power and short pulse width

  • Field proven long life pump diode modules

NANIO AIR


Its features:

  • Superior pulse-to-pulse stability

  • Advanced pulse control features

  • High peak power and short pulse width

  • Low cost of ownership

  • Integrated air cooling

Series

Model

Nominal Power

Peak Power

Repetition Rate

Spatial Mode

Pulse Width

Pulse Energy

NANIO

355-1-V-400

1 W @ 400 kHz

> 0.04 kW @ 400 kHz

Single Shot to 500 kHz

M² < 1.4, TEM00

< 60 ns @ 400 kHz

2.5 µJ @ 400 kHz

NANIO

355-3-V

3 W @ 40 kHz

> 2.1 kW @ 40 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 35 ns @ 40 kHz

75 µJ @ 40 kHz

NANIO AIR

355-3-V

3 W @ 40 kHz

> 2.1 kW @ 40 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 35 ns @ 40 kHz

75 µJ @ 40 kHz

NANIO

355-3-V-150

3 W @ 150 kHz

> 0.57 kW @ 150 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 35 ns @ 150 kHz

20 µJ @ 150 kHz

NANIO AIR

355-5-V

5 W @ 40 kHz

> 6.2 kW @ 40 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 20 ns @ 40 kHz

125 µJ @ 40 kHz

NANIO

355-6-V-80

6 W @ 80 kHz

> 2.1 kW @ 80 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 35 ns @ 80 kHz

75 µJ @ 80 kHz

NANIO

355-8-V-60

8 W @ 60 kHz

> 5.3 kW @ 60 kHz

Single Shot to 300 kHz

M² < 1.4, TEM00

< 25 ns @ 60 kHz

133 µJ @ 60 kHz

NANIO AIR

532-4-Y-50

4 W @ 10 kHz

> 8 kW @ 10 kHz

Single Shot to 100 kHz

M² ≤ 1.2, TEM00

< 50 ns @ 10 kHz

400 µJ @ 10 kHz

NANIO

532-10-V-20

10 W @ 20 kHz

> 50 kW @ 20 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 10 ns @ 20 kHz

500 µJ @ 20 kHz

NANIO

532-10-V-SP

10 W @ 40 kHz

> 12.5 kW @ 40 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 20 ns @ 40 kHz

250 µJ @ 40 kHz

NANIO AIR

532-10-V-SP

10 W @ 40 kHz

> 12.5 kW @ 40 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 20 ns @ 40 kHz

250 µJ @ 40 kHz

NANIO

532-10-V

10 W @ 40 kHz

> 8.3 kW @ 40 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 30 ns @ 40 kHz

250 µJ @ 40 kHz

NANIO AIR

532-10-V

10 W @ 40 kHz

> 8.3 kW @ 40 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 30 ns @ 40 kHz

250 µJ @ 40 kHz

NANIO

532-18-Y

18 W @ 10 kHz

> 45 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.3, TEM00

< 40 ns @ 10 kHz

1800 µJ @ 10 kHz

NANIO

532-20-V

20 W @ 40 kHz

> 25 kW @ 40 kHz

Single Shot to 500 kHz

M² < 1.3, TEM00

< 20 ns @ 40 kHz

500 µJ @ 40 kHz

NANIO

532-20-V-100

20 W @ 100 kHz

> 5 kW @ 100 kHz

Single Shot to 500 kHz

M² < 1.4, TEM00

< 40 ns @ 100 kHz

200 µJ @ 100 kHz

NANIO AIR

1064-7-Y-30

7 W @ 10 kHz

> 20 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.15, TEM 00

< 35 ns @ 10 kHz

700 µJ @ 10 kHz

NANIO AIR

1064-7-Y-50

7 W @ 10 kHz

> 14 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.15, TEM00

< 50 ns @ 10 kHz

700 µJ @ 10 kHz

NANIO AIR

1064-7-Y-70

7 W @ 10 kHz

> 10 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.15, TEM00

< 70 ns @ 10 kHz

700 µJ @ 10 kHz

NANIO AIR

1064-7-Y-100

7 W @ 10 kHz

> 6 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.15, TEM 00

> 100 ns @ 10 kHz

700 µJ @ 10 kHz

NANIO

1064-12-Y-LP

12 W @ 10 kHz

> 12 kW @ 10 kHz

1 to 20 kHz

M² ≤ 1.2, TEM00

< 100 ns

1.2 mJ @ 10 kHz

NANIO

1064-16-V

14 W @ 50 kHz

> 6.2 kW @ 50 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 45 ns @ 50 kHz

280 µJ @ 50 kHz

NANIO AIR

1064-16-V

14 W @ 50 kHz

> 6.2 kW @ 50 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 45 ns @ 50 kHz

280 µJ @ 50 kHz

NANIO

1064-16-V-LP

15 W @ 50 kHz

> 3 kW @ 50 kHz

Single Shot to 150 kHz

M² ≤ 1.2, TEM00

< 100 ns @ 50 kHz

300 µJ @ 50 kHz

NANIO

1064-20-Y

18 W @ 10 kHz

> 45 kW @ 10 kHz

Single Shot to 50 kHz

M² ≤ 1.2, TEM00

< 40 ns @ 10 kHz

1800 µJ @ 10 kHz

NANIO

1064-20-V-20

20 W @ 20 kHz

> 100 kW @ 20 kHz

Single Shot to 60 kHz

M² ≤ 1.2, TEM00

< 10 ns @ 20 kHz

1000 µJ @ 20 kHz

NANIO

1064-25-V

23 W @ 50 kHz

> 11.5 kW @ 50 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 40 ns @ 50 kHz

460 µJ @ 50 kHz

NANIO AIR

1342-4-V

4 W @ 40 kHz

> 0.6 kW @ 40 kHz

Single Shot to 100 kHz

M² ≤ 1.2, TEM00

< 150 ns @ 40 kHz

100 µJ @ 40 kHz

NANIO

1342-8-V

8 W @ 20 kHz

> 5 kW @ 20 kHz

Single Shot to 50 kHz

M² ≤ 1.2, TEM00

< 80 ns @ 20 kHz

400 µJ @ 20 kHz

Blizz & Blizz Air series of nanosecond lasers

Applications

BLIZZ


High Peak Power for Hard Materials
The Blizz green laser provides outstanding performance in the following applications:

  • Diamond cutting

  • Silicon Carbide and Tungsten Carbide tooling

  • High-speed marking

  • Printed Circuit Board cutting, flex or rigid

  • Photovoltaics

  • PIV (Particle Image Velocimenty)

BLIZZ AIR


Short Pulse Laser with Unprecedented Longevity

  • ID cards

  • LED or displays manufacturing

  • High-speed marking

  • Printed Circuit Board (PCB) cutting, Flex or rigid

Advantages


BLIZZ

Cut Down System Costs Without any Trade-Offs in Quality.
Next to the disruptive cost-performance ratio, the Blizz series green lasers offer:

  • Highest peak power and short pulse width

  • Superior pulse-to-pulse stability

  • Precise pulse control

  • Compact and rugged industrial design

  • Rapid application integration

  • Compact 24 VDC OEM power supply

BLIZZ AIR

Exceptional Short Pulse Laser Performance.
The air-cooled Blizz Air short pulse lasers offer the following
advantages:

  • Superior pulse-to-pulse stability

  • Precise pulse control

  • High peak power and short pulse width

  • Compact and rugged industrial design

  • Easy integration and service

  • Compact 48 VDC OEM power supply


Series

Model

Nominal Power

Peak Power

Repetition Rate

Spatial Mode

Pulse Width

Pulse Energy

BLIZZ AIR

532-25-V

25 W @ 40 kHz

> 31 kW @ 40 kHz

Single Shot to 300 kHz

M² < 1.3, TEM00

< 20 ns @ 40 kHz

625 µJ @ 40 kHz

BLIZZ

532-25-V-300

25 W @ 300 kHz

0.83 kW @ 300 kHz

Single Shot to 400 kHz

M² < 1.4, TEM00

< 100 ns @ 300 kHz

83 µJ @ 300 kHz

BLIZZ

532-30-V

30 W @ 40 kHz

37.5 kW @ 40 kHz

Single Shot to 400 kHz

M² < 1.4, TEM00

< 20 ns @ 40 kHz

750 µJ @ 40 kHz

BLIZZ

532-40-V

40 W @ 40 kHz

66.6 kW @ 40 kHz

Single Shot to 400 kHz

M² < 1.4, TEM00

< 15 ns @ 40 kHz

1,000 µJ @ 40 kHz

BLIZZ

1064-30-V

30 W @ 80 kHz

12.5 kW @ 80 kHz

Single Shot to 150 kHz

M² ≤ 1.2, TEM00

< 30 ns @ 80 kHz

375 µJ @ 80 kHz

BLIZZ AIR

1064-30-V

30 W @ 100 kHz

> 7.5 kW @ 100 kHz

Single Shot to 300 kHz

M² ≤ 1.2, TEM00

< 40 ns @ 100 kHz

300 µJ @ 100 kHz

BLIZZ

1342-8-V

8 W @ 80 kHz

1.1 kW @ 80 kHz

Single Shot to 100 kHz

M² < 1.4, TEM00

< 90 ns @ 80 kHz

100 µJ @ 80 kHz

Mosquitoo series of nanosecond lasers

Applications


Small but Powerful.

Get precise results for the following applications:

  • LCD repair

  • PCB marking

  • Plastic marking

  • Medical or BioTech marking

  • Photovoltaics

  • Resistor trimming

Advantages


Short Pulse Widths in an Exceptional Small Footprint.
Experience the Mosquitoo advantages:

  • Short pulse widths of <10 ns

  • Rugged design for hands-off operation

  • Contact cooling

  • Small footprint


Series

Model

Nominal Power

Peak Power

Repetition Rate

Spatial Mode

Pulse Width

Pulse Energy

MOSQUITOO

355-0.3-Y

0.3 W @ 10 kHz

> 2.3 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.3, TEM00

< 13 ns @ 10 kHz

30 µJ @ 10 kHz

MOSQUITOO

355-0.3-V

0.3 W @ 50 kHz

> 0.6 kW @ 50 kHz

Single Shot to 200 kHz

M² < 1.3, TEM00

< 10 ns @ 50 kHz

6 µJ @ 50 kHz

MOSQUITOO

355-1-V

1 W @ 50 kHz

> 1.6 kW @ 50 kHz

Single Shot to 200 kHz

M² < 1.3, TEM00

< 12 ns @ 50 kHz

20 µJ @ 50 kHz

MOSQUITOO

532-2-Y

2 W @ 10 kHz

> 13.3 kW @ 10 kHz

Single Shot to 100 kHz

M² < 1.3, TEM00

< 15 ns @ 10 kHz

200 µJ @ 10 kHz

MOSQUITOO

532-2-V

2 W @ 50 kHz

> 3.3 kW @ 50 kHz

Single Shot to 200 kHz

M² < 1.3, TEM00

< 12 ns @ 50 kHz

40 µJ @ 50 kHz

MOSQUITOO

532-5-V

5 W @ 50 kHz

> 8.3 kW @ 50 kHz

Single Shot to 200 kHz

M² < 1.3, TEM00

< 12 ns @ 50 kHz

100 µJ @ 50 kHz

MOSQUITOO

1064-3-V

3 W @ 100 kHz

> 3.8 kW @ 50 kHz

Single Shot to 200 kHz

M² ≤ 1.2, TEM00

< 13 ns @ 50 kHz

50 µJ @ 50 kHz

MOSQUITOO

1064-6-V

6 W @ 100 kHz

> 7.6 kW @ 50 kHz

Single Shot to 200 kHz

M² ≤ 1.2, TEM00

< 13 ns @ 50 kHz

100 µJ @ 50 kHz

Vivio series of nanosecond lasers

Applications


Superior Pulse-to-Pulse Stability for Your Applications. The Vivio Q-switched nanosecond laser offers not only off-
hands operation for 24 / 7 industrial applications, but also
superior pulse-to-pulse stability.

  • Chip marking

  • SD Card cutting

  • PCB marking

  • Plastics marking

Advantages


Engineered for Demanding Applications.

  • Compact all-in-one design

  • Integrated closed-loop air purification system

  • Superior pulse-to-pulse stability

  • Short pulse widths

  • Low cost of ownership

  • Best laser life time


Series

Model

Nominal Power

Peak Power

Repetition Rate

Spatial Mode

Pulse Width

Pulse Energy

VIVIO

355-6-V

6 W @ 40 kHz

10 kW @ 40 kHz

1 to 150 kHz

M² ≤ 1.2, TEM00

< 20 ns

150 µJ @ 40 kHz

VIVIO

532-14-V

14 W @ 60 kHz

9.3 kW @ 60 kHz

1 to 200 kHz

M² ≤ 1.2, TEM00

< 25 ns

233 µJ @ 60 kHz

VIVIO

1064-15-V

15 W @ 40 kHz

12.5 kW @ 40 kHz

1 to 100 kHz

M² ≤ 1.2, TEM00

< 30 ns

375 µJ @ 40 kHz

Dostawcy

Nasi partnerzy w tej kategorii
Image

Heard on the Internet

 

Imagination is more important than knowledge.

 Albert Einstein