Nanosecond Lasers
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.
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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
