AONano UV 355nm Lasers

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AONano UV 355nm Lasers

Features & Benefits

This is the intelligent version of our AONano UV 355nm laser. With the intelligent features listed below, the long-term stability of the laser is significantly improved, and the service time/cost is greatly reduced.

All-in-one format: the optical cavity and electrical controller are integrated into a single box.
Power monitoring: the laser output power is monitored and consequently the real-time power reading is available in the laser GUI and RS232-command.

Auto-optimization: the laser output power can be auto-optimized with the feature of power monitoring. This means that the laser output power can be recovered by auto-optimization if it drops to a level below the pre-defined threshold. If the power cannot be recovered, the laser will report an alarm. This can significantly reduce the service time and cost.

Crystal indexing: there are multiple spots available for use on the THG crystal. The spot indexing can be controlled manually or automatically by a pre-defined sequence. There are five spots available on the THG crystal, which means the laser lifetime can be extended by five times.
The AONano Precision-355 series laser is a perfect candidate for various laser micromachining applications. It is a great cost-effective combination of high reliability and high performance.

AONano Precision 355
Specification 30W – 50k 40W – 60k 50W-60k
Wavelength (nm)  355
Average Power (Watts) >30W@50kHz) >40W@60kHz >50W@60kHz
Energy (µJ) >600 >660 >830
Specified Repetition Rate(kHz) 50 60 50
Repetition Rate (kHz) 50~300
Pulse Width (ns) <17 <17 <17
Beam Quality (M²) <1.2
Beam Roundness (%) >90
Beam Diameter (mm) ~0.7 ~0.7 ~0.7
Beam Divergence (mRad) <2
Point Stability (µRad/°C) <20
Polarization Ratio 100:1 Linear, Horizontal
Pulse-to-Pulse Stability(% RMS) <3
Average Power Stability (% over 12 hours) <3
Cold Start Warm-Up (mins.) <40
Standby Warm-Up <10
Operational Temperature Range (°C) 5-40°C (41 – 104℉)
Operation Humidity Range (%) 20 to 80, non-condensing
Storage Temperature Range (°C) – 20 to 50 (-4 – 122℉)
Storage Humidity Range (%) 20 to 80, non-condensing
Input Voltage (VDC)/Rated Power(W) 24/450 24/1000
Power Consumption(W) <310 <350 <410
Communication RS232
Cooling Water
Weight (kg) 20 (46 lb)

AONano Precision 355
Specification 15W – 50k 20W – 60k
Wavelength (nm)  355
Average Power (Watts) >15W@50kHz) >20W@60kHz
Energy (µJ) >300
Specified Repetition Rate(kHz) 50 60
Repetition Rate (kHz) 50~150
Pulse Width (ns) <15 <20
Beam Quality (M²) <1.2
Beam Roundness (%) >90
Beam Diameter (mm) ~0.4 – 0.8
Beam Divergence (mRad) <1.5
Point Stability (µRad/°C) <20
Polarization Ratio 100:1 Linear, Horizontal
Pulse-to-Pulse Stability(% RMS) <3
Average Power Stability (% over 12 hours) <3
Cold Start Warm-Up (mins.) <20
Standby Warm-Up <10
Operational Temperature Range (°C) 5-40°C (41 – 104℉)
Operation Humidity Range (%) 20 to 80, non-condensing
Storage Temperature Range (°C) – 20 to 50 (-4 – 122℉)
Storage Humidity Range (%) 20 to 80, non-condensing
Input Voltage (VDC)/Rated Power(W) 24/300
Communication RS232
Cooling Water
Weight (kg) 7.1  (15.6 lb)

AONano Compact 355 (Air Cooling)
Specification 3W – 30k 5W – 30k
Wavelength (nm)  355
Average Power (Watts) >3W@30kHz) >50W@30kHz
Energy (µJ) >100 >160
Specified Repetition Rate(kHz) 30
Repetition Rate (kHz) 10~300
Pulse Width (ns) <15
Beam Quality (M²) <1.2
Beam Roundness (%) >90
Beam Diameter (mm) ~0.45
Beam Divergence (mRad) <1.5
Point Stability (µRad/°C) <20
Polarization Ratio 100:1 Linear, Horizontal
Pulse-to-Pulse Stability(% RMS) <3
Average Power Stability (% over 12 hours) <3
Cold Start Warm-Up (mins.) <40
Standby Warm-Up <10
Operational Temperature Range (°C) -5-40°C (23 – 104℉)
Operation Humidity Range (%) 20 to 80, non-condensing
Storage Temperature Range (°C) – 20 to 50 (-4 – 122℉)
Storage Humidity Range (%) 20 to 80, non-condensing
Input Voltage (VDC)/Rated Power(W) 24/450
Power Consumption (W) <110 <130
Communication RS232
Cooling Air
Weight (kg) 7.2  (15.8 lb)

AONano Compact 355 (Water Cooling)
Specification 3W – 30k 5W – 30k 10W-50k
Wavelength (nm)  355
Average Power (Watts) >3W@30kHz) >50W@30kHz >10W@50KHz
Energy (µJ) >100 >160 >200
Specified Repetition Rate(kHz) 30 50
Repetition Rate (kHz) 10~300
Pulse Width (ns) <15 <13
Beam Quality (M²) <1.2
Beam Roundness (%) >90
Beam Diameter (mm) ~0.45 ~0.65
Beam Divergence (mRad) <1.5
Point Stability (µRad/°C) <20
Polarization Ratio 100:1 Linear, Horizontal
Pulse-to-Pulse Stability(% RMS) <3
Average Power Stability (% over 12 hours) <3
Cold Start Warm-Up (mins.) <40
Standby Warm-Up <10
Operational Temperature Range (°C) -5-40°C (23 – 104℉)
Operation Humidity Range (%) 20 to 80, non-condensing
Storage Temperature Range (°C) – 20 to 50 (-4 – 122℉)
Storage Humidity Range (%) 20 to 80, non-condensing
Input Voltage (VDC)/Rated Power(W) 24/450
Power Consumption (W) <110 <130 <180
Communication RS232
Cooling Water
Weight (kg) 7  (15.4 lb)

 

AONano Compact (3D)
Specification 3W-50K-3D
Wavelength (nm) 355
Average Power (Watts) >3W@100KHz
Energy (µJ) >30
Specified Repetition Rate(kHz) 100
Repetition Rate (kHz) 30 ~ 150
Pulse Width (ns)  <30
Beam Quality (M²) <1.2
Beam Roundness (%) >90
Beam Diameter (mm) ~0.45
Beam Divergence (mRad) <1.5
Point Stability (µRad/°C) <20
Polarization Ratio 100:1 Linear, Horizontal
Pulse-to-Pulse Stability (% RMS) <3
Average Power Stability(% over 12 hours) <3
Cold Start Warm-Up <40
Standby Warm-Up <10
Operational Temperature Range (°C) 15-35°C
Operation Humidity Range (%) 20 to 80, non-condensing
Storage Temperature Range (°C) -20 to 50
Storage Humidity Range 20 to 80, non-condensing
Input Voltage (VDC)/Rated Power (W) 12/350
Power Consumption(W) <110
Communication RS232
Cooling Air
Weight (kg) 5.48