Cryogenics

High Power Laser Diode provides high-intensity light sources for lasers that applications such as direct material processings & medical purposes. All highly powered diodes face a common problem, overheating. Overheating would shorten the diode’s lifespan and affect the diode’s operating potentials. 

Available in actively cooled and passively cooled bars & fiber-coupled bar. Actively cooled provided diodes with longer lifetime and low thermal resistance while achieving high power levels. Passively cooled bars are designed to handle more challenging industrial applications, with a unique design to prevent  Catastrophic Optical Damage (COD) to the laser diode facet even at extremely high output powers.

Fiber-coupled bars is the long tradition that provides golden standards of what is to be of high power laser diodes. 

We distribute our HPL diodes at II-VI Lasers Enterprise.

Brand:

CRYO INDUSTRIES OF AMERICA Singapore Analytical Technologies

Closed Cycle Cryostat (Cryogen Free)

10 K Systems

The OG of ion channeling

The compacted bar is a highly reliable & hard soldered microchannel cooler drastically simplifies the water-cooling requirement. It is capable of giving out high output (>250W) at CW & QCW while maintaining operating lifetime. Reliable operation > 10,000 hours. _____________________________________ Wavelength: 808, 900-1064 nm Options: FAC lensing
Go to II-VI

Microscopy Systems

The OG of ion channeling

The compacted bar is a highly reliable & hard soldered microchannel cooler drastically simplifies the water-cooling requirement. It is capable of giving out high output (>250W) at CW & QCW while maintaining operating lifetime. Reliable operation > 10,000 hours. _____________________________________ Wavelength: 808, 900-1064 nm Options: FAC lensing
Go to II-VI

Detector Systems

The OG of ion channeling

The compacted bar is a highly reliable & hard soldered microchannel cooler drastically simplifies the water-cooling requirement. It is capable of giving out high output (>250W) at CW & QCW while maintaining operating lifetime. Reliable operation > 10,000 hours. _____________________________________ Wavelength: 808, 900-1064 nm Options: FAC lensing
Go to II-VI

4K Systems

Keeps Getting Better

High intensity light, with stacks of up to 8 bars can be stacked into a frameless stack housing. The egronomical design gives flexibility & smallest stack footprint. The Offers up to 800W CW & 1600W qCW output per bar. _____________________________________ Wavelength: 8xx, 9xx, 10xx, 14xx nm Options: FAC lensing
Go to II-VI

Pulse Tube Systems

Keeps Getting Better

High intensity light, with stacks of up to 8 bars can be stacked into a frameless stack housing. The egronomical design gives flexibility & smallest stack footprint. The Offers up to 800W CW & 1600W qCW output per bar. _____________________________________ Wavelength: 8xx, 9xx, 10xx, 14xx nm Options: FAC lensing
Go to II-VI

Mössbauer Systems

4K Closed Cycle with Stand

High intensity light, with stacks of up to 8 bars can be stacked into a frameless stack housing. The egronomical design gives flexibility & smallest stack footprint. The Offers up to 800W CW & 1600W qCW output per bar. _____________________________________ Wavelength: 8xx, 9xx, 10xx, 14xx nm Options: FAC lensing
Go to II-VI

6.5K Systems

High Throughout Ion Channeling

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations. _____________________________________ Wavelength: 8xx, 9xx, 10xx, 14xx nm Options: FAC & SAC lensing, beam shaping
Go to II-VI

Low Vibration

High Throughout Ion Channeling

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations. _____________________________________ Wavelength: 8xx, 9xx, 10xx, 14xx nm Options: FAC & SAC lensing, beam shaping
Go to II-VI

Cryo Probe Workstation

High Throughout Ion Channeling

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations. _____________________________________ Wavelength: 8xx, 9xx, 10xx, 14xx nm Options: FAC & SAC lensing, beam shaping
Go to II-VI

Open Cycle Cryostats (LHe)

Microscopy Cryostats

Passively cooled BPC & OPC

The passive 24.8mm x 24.8mm Cu block cooler , developed at our Zurich site, prevents Catastrophic Optical Damage (COD) to the laser diode facet even at extremely high output powers. Available at 40W 30%, 60W 27%& 80W at 50% fill factor. _____________________________________ Wavelength: 79x, 80x, 830nm and 88xnm
Go to II-VI

WorkStations with Vacuum Sample

Passively cooled BPC & OPC

The passive 24.8mm x 24.8mm Cu block cooler , developed at our Zurich site, prevents Catastrophic Optical Damage (COD) to the laser diode facet even at extremely high output powers. Available at 40W 30%, 60W 27%& 80W at 50% fill factor. _____________________________________ Wavelength: 79x, 80x, 830nm and 88xnm
Go to II-VI

SuperVariTemp

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

Superconducting Magnet

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

WorkStations

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

Open Cycle Cryostats (N2)

Microscopy Cryostats

Passively cooled BPC & OPC

The passive 24.8mm x 24.8mm Cu block cooler , developed at our Zurich site, prevents Catastrophic Optical Damage (COD) to the laser diode facet even at extremely high output powers. Available at 40W 30%, 60W 27%& 80W at 50% fill factor. _____________________________________ Wavelength: 79x, 80x, 830nm and 88xnm
Go to II-VI

Micro-manipulated Probe Station

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

Cryocool Gas Stream Cooler

Cryocool-LHe

Passively cooled BPC & OPC

The passive 24.8mm x 24.8mm Cu block cooler , developed at our Zurich site, prevents Catastrophic Optical Damage (COD) to the laser diode facet even at extremely high output powers. Available at 40W 30%, 60W 27%& 80W at 50% fill factor. _____________________________________ Wavelength: 79x, 80x, 830nm and 88xnm
Go to II-VI

Cryocool-LN3

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

Cryocool-PC

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

Cryocool-GB

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

Helium-3

He-3 PRO

Passively cooled BPC & OPC

The passive 24.8mm x 24.8mm Cu block cooler , developed at our Zurich site, prevents Catastrophic Optical Damage (COD) to the laser diode facet even at extremely high output powers. Available at 40W 30%, 60W 27%& 80W at 50% fill factor. _____________________________________ Wavelength: 79x, 80x, 830nm and 88xnm
Go to II-VI

He-3 (Vacuum)

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

He-3 (Vacuum w Reservoir)

Passively cooled BPC & OPC 80W

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

He-3 Inserts

Top loading with vapour/liquid

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor. _____________________________________ Wavelength: 9xxnm & 10xxnm
Go to II-VI

Closed Cycle Cryostats

The compacted bar is a highly reliable & hard soldered microchannel cooler drastically simplifies the water-cooling requirement. It is capable of giving out high output (>250W) at CW & QCW while maintaining operating lifetime.
Reliable operation > 10,000 hours.
_____________________________________
Wavelength: 808, 900-1064 nm
Options: FAC lensing

High intensity light, with stacks of up to 8 bars can be stacked into a frameless stack housing. The egronomical design gives flexibility & smallest stack footprint. The Offers up to 800W CW & 1600W qCW output per bar.

_____________________________________
Wavelength: 8xx, 9xx, 10xx, 14xx nm 
Options: FAC lensing

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations.
_____________________________________
Wavelength: 8xx, 9xx, 10xx, 14xx nm
Options: FAC & SAC lensing, beam shaping

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations.
_____________________________________
Wavelength: 8xx, 9xx, 10xx, 14xx nm
Options: FAC & SAC lensing, beam shaping

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations.
_____________________________________
Wavelength: 8xx, 9xx, 10xx, 14xx nm
Options: FAC & SAC lensing, beam shaping

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations.
_____________________________________
Wavelength: 8xx, 9xx, 10xx, 14xx nm
Options: FAC & SAC lensing, beam shaping

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations.
_____________________________________
Wavelength: 8xx, 9xx, 10xx, 14xx nm
Options: FAC & SAC lensing, beam shaping

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations.
_____________________________________
Wavelength: 8xx, 9xx, 10xx, 14xx nm
Options: FAC & SAC lensing, beam shaping

High intensity can be built up to multiple kW. The compact framed is stacked up to 36 laser bars of 50-200W. It is actively water cooled to enable low thermal resistance and high output power without sacrificing lifetime. Available in 12,20,36 bars configurations.
_____________________________________
Wavelength: 8xx, 9xx, 10xx, 14xx nm
Options: FAC & SAC lensing, beam shaping

Open Cycle Cryostats (LHe)

The passive 24.8mm x 24.8mm Cu block cooler , developed at our Zurich site, prevents Catastrophic Optical Damage (COD) to the laser diode facet even at extremely high output powers. Available at 40W 30%, 60W 27%& 80W at 50% fill factor.
_____________________________________
Wavelength: 79x, 80x, 830nm and 88xnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

Open Cycle Cryostats (LN2)

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

Cryocooler

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

Helium-3

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

The BPC & OPC cooled laser diode bar on a CS type. Requirring no additional mechanical adaptations, the BPC can establish thermal & electrical connections. Available with 80W operating power of 9xxnm & 10xxnm at 20% fill factor.
_____________________________________
Wavelength: 9xxnm & 10xxnm

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