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Láseres de fibra de nanosegundos ecológicos y visibles

Pulsed Lasers for Advanced & Precision Processing

Icono de alta potencia

Up to 1 kW

Average Power

Pulse-Duration-Icon

Down to 1 ns

Pulse Duration

Wavelength-Icon

517 to 642 nm

Longitud de onda

Utilizing laser pulses measured in billionths of a second, green and visible wavelength nanosecond lasers are used in a variety of advanced and non-metal processing applications.

Unique IPG fiber laser technology has enabled the creation of green and visible nanosecond lasers that are compact, reliable, and cost-effective.


  • Imagen IPG
  • Imagen IPG
Icono de alta potencia

Up to 1 kW

Average Power

Pulse-Duration-Icon

Down to 1 ns

Pulse Duration

Wavelength-Icon

517 to 642 nm

Longitud de onda

Utilizing laser pulses measured in billionths of a second, green and visible wavelength nanosecond lasers are used in a variety of advanced and non-metal processing applications.

Unique IPG fiber laser technology has enabled the creation of green and visible nanosecond lasers that are compact, reliable, and cost-effective.


Unmatched Nanosecond Laser Versatility

IPG green and visible nanosecond fiber lasers are used to cut, trim, scribe, mark, drill, and texture a variety of polymers and non-metal materials such as silicon and PCB. Higher power green nanosecond lasers are used in copper additive manufacturing and sintering. Green nanosecond lasers are also used in a variety of medical, scientific, advanced, and entertainment applications.

With a broad range of configurable parameters and built with legendary IPG laser technology, green nanosecond lasers can be used for the most demanding precision applications. These lasers are available as modules and racks with a variety of wavelengths and adjustable pulse durations to give manufacturers unmatched versatility.

The Laser of Choice for Solar Cells

The Laser of Choice for Solar Cells

Ease of integration and unique capabilities have made IPG green nanosecond lasers a critical part of the solar cell manufacturing process.

Only IPG green nanosecond lasers offer the performance and reliability for cost effective and productive laser contact opening of PERC solar cells, manufacturing of laser doped selective emitters, solar cell scribing, and more.

 

Marking & Micromachining with Green Nanosecond Fiber Lasers

 

The short wavelength, short pulse duration, and high peak power of IPG green nanosecond fiber lasers results in a very small heat affected zone and favorable interaction with certain materials.

These lasers are often used for applications including marking, cutting of non-metals, copper sintering, and processes like wafer and OLED annealing.

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    Glass Cutting

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    PCB Cutting and Marking

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    Ceramic Drilling

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Pregúntanos lo que quieras

Tanto si necesita una solución láser personalizada como si simplemente desea obtener más información de nuestro equipo global de expertos en láser, estamos aquí para ayudarle.

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Green Nanosecond Fiber Laser Comparison

Drag to see all 5 productsimagen

10-30 W Green Pulsed Fiber Lasers50-75 W Green Pulsed Fiber Lasers75-100 W Green Pulsed Fiber Laser*Green Quasi-CW Fiber LasersVisible Nanosecond Fiber Laser Modules
10-30 W Green Pulsed Fiber Lasers50-75 W Green Pulsed Fiber Lasers75-100 W Green Pulsed Fiber Laser*Green Quasi-CW Fiber LasersVisible Nanosecond Fiber Laser Modules
Burst Mode OptionHigh Pulse EnergyHigh BrightnessUltra-High PowerFrom Green to Red
Longitud de onda
532 nm517 nm532 nm532 nm525 to 642 nm
Average Power
hasta 30 Wup to 75 Whasta 100 Whasta 1 kWup to 50 W
Beam Quality (M2)
<1.2<1.6<1.2<1.2-
Beam Quality (BPP)
----<6 mm x mrad
Pulse Energy
18 μJ Single Pulse
up to 70 μJ in Burst Mode
50 to 700 μJ100 to 500 μJup to 4 μJup to 5 μJ
Pulse Duration
1.5 ns1 to 200 ns20 to 1000 ns~1.2 ns4.5 ns
Pulse Repetition Rate
10 to 3500 kHz10 to 3500 kHz10 to 3500 kHz25 to ~250 MHz>10 MHz
Refrigeración
AireAire o aguaAireAire o aguaAgua
10-30 W Green Pulsed Fiber Lasers50-75 W Green Pulsed Fiber Lasers75-100 W Green Pulsed Fiber Laser*Green Quasi-CW Fiber LasersVisible Nanosecond Fiber Laser Modules
10-30 W Green Pulsed Fiber Lasers50-75 W Green Pulsed Fiber Lasers75-100 W Green Pulsed Fiber Laser*Green Quasi-CW Fiber LasersVisible Nanosecond Fiber Laser Modules
Burst Mode OptionHigh Pulse EnergyHigh BrightnessUltra-High PowerFrom Green to Red
Longitud de onda 532 nm517 nm532 nm532 nm525 to 642 nm
Average Power hasta 30 Wup to 75 Whasta 100 Whasta 1 kWup to 50 W
Beam Quality (M2) <1.2<1.6<1.2<1.2-
Beam Quality (BPP) ----<6 mm x mrad
Pulse Energy 18 μJ Single Pulse
up to 70 μJ in Burst Mode
50 to 700 μJ100 to 500 μJup to 4 μJup to 5 μJ
Pulse Duration 1.5 ns1 to 200 ns20 to 1000 ns~1.2 ns4.5 ns
Pulse Repetition Rate 10 to 3500 kHz10 to 3500 kHz10 to 3500 kHz25 to ~250 MHz>10 MHz
Refrigeración AireAire o aguaAireAire o aguaAgua

Las especificaciones anteriores corresponden a productos estándar. IPG puede ofrecer láseres con especificaciones personalizadas bajo pedido.

*Preliminary specifications

La disponibilidad de los productos puede variar según la región.

Descubra su solución láser con IPG

Descubra su solución láser

IPG es más que el inventor y principal proveedor de láseres de fibra de alta potencia. Tanto si necesita componentes como sistemas láser personalizados, IPG ofrece soluciones integrales para prácticamente todos los sectores y aplicaciones.

Asóciese con IPG en cada etapa de su proceso de procesamiento láser, desde el desarrollo inicial de la aplicación hasta el servicio y la asistencia continuos.

Más información
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¿Cómo podemos ayudarle?

Whether you need a laser with custom specifications or simply want to learn more about laser processing, an IPG nanosecond fiber laser expert is ready to help you find your fiber laser solution.

 
 

Recursos