AOPico Montauk Lasers

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AOPico Montauk Picosecond Lasers

Features & Benefits

AOPico Montauk picosecond lasers feature excellent beam quality (M² < 1.3) with beam roundness is up to 90%. The pulse stability and power stability of the laser are excellent. The output power of the laser ranges from 30W to 100W.

The lasers can be controlled via external gate/trigger signals. Both high/low level gate and rising/falling edge trigger are available. The rising/falling edge trigger mode enables Pulse-on-demand (POD) functionality. In addition, the output power of the laser can be controlled through external analog voltage signal. The lasers also have the functions of automatic crystal indexing function, power display, laser status real-time monitoring, and intelligent diagnosis. Through the use of various internal sensors, the laser status is completely monitored, which enables remote trouble- shooting and recovery. The user experience is greatly improved as the laser is user-friendly.

With these advantages, AOPico Montauk picosecond lasers are the best choice for the applications of cutting various transparent brittle materials such as glass, sapphire, and full-screen displays. It not only cuts a wide range of thicknesses with good quality (virtually no dust, no burrs, debris, microcracks), but also allows for cutting of almost any shape with minimal taper (straight lines, curves, circular holes, etc.).

 

AOPico Montauk 1064
Specification 30W-100K 50W-50K 70W-30K 100W-1000K
Wavelength (nm) 1064
Average Power (Watts) >30 >50 >70 >100
Energy (µJ) 300@100kHz 1000@50kHz 3500@20kHz 100@1000kHz
Specified Repetition Rate (kHz) 100 50 30 1000
Repetition Rate (kHz) 100~1000 50~300 20~1000 500~1000
Pulse Width (ps) <15
Beam Quality (M²) <1.3 <1.3 <1.3 <1.3
Beam Roundness (%) >90
Beam Diameter (mm) <3
Beam Divergence (mRad) <2
Point Stability (µrad/°C) <20
Polarization Ratio 100:1 Linear, Horizontal
Pulse-to-Pulse Stability (% RMS) <2
Average Power Stability (% over 12 hours) <3
Cold Start Warm-Up (mins.) <40
Standby Warm-Up (mins.) <10
Operational Temperature Range (°C) 15-35°C (59 – 95℉)
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) 24/1000
36/1600
Communication RS232
Cooling Water

AOPico Montauk 532
Specification 30W-1000K 60W-1000K 80W-400K
Wavelength (nm) 532
Average Power (Watts) >30 >60 >80
Energy (µJ) 30@1000kHz 60@1000kHz 200@400kHz
Specified Repetition Rate (kHz) 1000
Repetition Rate (kHz) 100~2500 100~2500 100~2500
Pulse Width (ps) <12
Beam Quality (M²) <1.1
Beam Roundness (%) >90
Beam Diameter (mm) <3
Beam Divergence (mRad) <2
Point Stability (µrad/°C) <20
Polarization Ratio 100:1 Linear, Horizontal

Pulse-to-Pulse Stability (% RMS) <2
Average Power Stability (% over 12 hours) <3
Cold Start Warm-Up (mins.) <40
Standby Warm-Up (mins.) <10
Operational Temperature Range (°C) 15-35°C (59 – 95℉)
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) 24/1000
36/1600
Communication RS232
Cooling Water

AOPico Montauk 355
Specification 5W-500K 15W-500K 30W-1000K 50W-1000K
Wavelength (nm) 355
Average Power (Watts) >5 >15 >30 >50
Energy (µJ) 10@500KHz 30@500kHz 30@1000kHz 50@1000kHz
Specified Repetition Rate (kHz) 500 500 1000 1000
Repetition Rate (kHz) 300~1000 300~1000 500~2000 500~2500
Pulse Width (ps) <12
Beam Quality (M²) <1.1
Beam Roundness (%) >90
Beam Diameter (mm) 3-4
3-3.5
Beam Divergence (mRad) <2
Point Stability (µrad/°C) <20
Polarization Ratio 100:1 Linear, Horizontal
Pulse-to-Pulse Stability (% RMS) <2
Average Power Stability (% over 12 hours) <3
Cold Start Warm-Up (mins.) <40
Standby Warm-Up (mins.) <15
Operational Temperature Range (°C) 15-35°C (59 – 95℉)
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) 24/600
24/1000
Communication RS232
Cooling Water

 

AOPico Montauk 266
Specification 0.5W-120M 1.5W-120M 3W-70M 5W-70M
Wavelength (nm) 266
Average Power (Watts) ≥0.5 ≥1.5 ≥3 ≥5
Repetition Rate (kHz) ≥120 ≥120 ≥70 ≥70
Power Adjustment Range (%) 90 – 100% 1 – 100%
Power Stability (pv) ≤ 0.5% @8h
RMS Noise < 1% rms (<3MHz)
Beam Quality (M²) <1.2
Output Girdle Diameter and Position 1.8mm ±10%, distance from the output aperture to the beam waist ±2m
Ellipticity (%) >90
Polarization Ratio 100:1 Linear, Horizontal
Inter-pulse Intensity Difference (PV) ≤ 5%
Difference in directionality after point change (urad) ≤100
Temperature Pointing Stability (urad/K) ≤20
Operational Temperature Range (°C) 10-25°C 
Input Voltage (VDC) DC 24
Power Consumption (W) <250 <450 <450 <800
Cooling Water

 

 

AOPico Montauk 266
Specification 1W-10K 3W-100K
Wavelength (nm) 266
Average Power (Watts) >1 >3
Energy (µJ) >130 >30
Specified Repetition Rate (kHz) 10 100
Repetition Rate (kHz) Single Shot – 30KHz Single Shot – 300kHz
Pulse Width (ps) < 30
Beam Quality (M²) <1.3
Beam Roundness (%) >85
Beam Diameter (mm) ~1.8±10%
Beam Divergence (mRad) 0.3±10%
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.) <60
Standby Warm-Up (mins.) <10
Operational Temperature Range (°C) 15-35°C (59 – 95℉)
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) 24/600
Communication RS232
Cooling Water