1064nm Nd:YAG q-switched nanosecond/picosecond laser
1064nm laser is one of the most common laser among ULaser’s products of solid state laser. Unlike other lasers, 1064nm laser beam is directly emitted from the Nd:YAG crystal. Q-switched crystal helps our laser to emit picosecond output light beam. Either the one with single longitudinal mode or the one with fundamental mode can be chosen in ULaser.
ULaser provides absolute high quality 1064 nm laser. Our 1064nm laser contains high average power, up to 100mW. And it has high pulse repetition frequency, up to 50kHz. At the same time, our 1064nm laser has smaller size and lower power consumption by microchip laser technology.
Our 1064nm laser can be used in most military, civil and scientific research fields. In industry, it can be used in micromachining. In cosmetology, it can be used in picosecond laser tattoo removal machine. Besides, it can also be used in laser ultrasound, laser induced breakdown spectroscopy, etc.
| Main features | Application |
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1064nm MA Model and Parameter
| Model | UL1064-1kHz-120μJ-MA016 | UL1064-2.5kHz-120μJ-MA017 | UL1064-1kHz-200μJ-MA018 | UL1064-2.5kHz-200μJ-MA019 | UL1064-5kHz-60μJ-MA020 | UL1064-10kHz-40μJ-MA021 | UL1064-20kHz-20μJ-MA022 |
| Wavelength(nm) | 1064 | ||||||
| Repetition frequency (KHz) | 1 | 2.5 | 1* | 2.5* | 5 | 10 | 20 |
| Average power(mW) | 120 | 300 | 200 | 500 | 300 | 400 | 400 |
| Output energy(uJ) | 120 | 120 | 200 | 200 | 60 | 40 | 20 |
| Pulse width (ps) | 2000 | 1500 | |||||
| Power stability (8h) | ±3% | ||||||
| Beam mode | TEM00 | ||||||
| Full-angle divergence angle Typ. (Mrad) level @ 1/e2 | 8 | ≤3 | ≤3 | ≤3 | 8 | ||
| Vertical @ 1 / e2 | 8 | ≤3 | ≤3 | ≤3 | 8 | ||
| Polarization characteristics | ＞100:1 | ||||||
| Power input | 100-240 VAC,50/60Hz | ||||||
| Control interface | RS232、USB | ||||||
| System power consumption（W） | ≤35 | ≤20 | ≤25 | ≤35 | ≤35 | ≤35 | |
| Power supply size (W × H × L, mm) | 168×88×140 | 90×32.6×120 | 90×32.6×120 | 90×32.6×120 | 168×88×140 | ||
| Laser head size (W × H × L, mm) | 45×30×120 | ||||||
| Working temperature (℃) | 15-35 | ||||||
| Storage temperature (℃) | 0-60 | ||||||
| 1.*The light outlet of the laser head is side outlet. See the mechanical dimension drawing for details | |||||||
| 2.Customized internal beam expansion function to meet the requirements of small divergence angle (less than 2mrad) | |||||||
| 3. MA017, MA018, and MA019 are specially designed for miniaturized weather radar applications. They are small in size, low in power consumption, and can be used in high altitudes, large temperature differences, and other subserve environments. This series accepts dual wavelength laser customization, such as 1064nm&532nm, 1064nm&355nm, or others. |
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| 1064nm MA Microchip laser system PDF | |||||||
1064nm MC Model and Parameter
| Model | UL1064-1kHz-100μJ-MC010 | UL1064-5kHz-60μJ-MC011 | UL1064-10kHz-30μJ-MC012 |
| Wavelength(nm) | 1064 | ||
| Repetition frequency (KHz) | 1 | 5 | 10 |
| Average power(mW) | 100 | 300 | 300 |
| Output energy(μJ) | 100 | 60 | 30 |
| Pulse width (ps) | 750 | ||
| Power stability (8h) | ±3% | ||
| Beam mode | TEM00 | ||
| Full-angle divergence angle Typ. (Mrad) level @ 1/e2 | 8 | 12 | |
| Vertical @ 1 / e2 | 8 | 12 | |
| Polarization characteristics | ＞100:1 | ||
| System power consumption（W） | ≤25 | ≤20 | ≤30 |
| Power input | 100-240 VAC,50/60Hz | ||
| Control interface | RS232、USB | #colspan# | |
| Power supply size (W × H × L, mm) | 168×88×140 | ||
| Laser head size (W × H × L, mm) | 45×30×120 | ||
| Working temperature (℃) | 15-35 | ||
| Storage temperature (℃) | 0-60 | ||
| 1064nm MC Microchip laser system PDF | |||
1064nm MD Model and Parameter
| Model | UL1064-0.1kHz-100μJ-MD004 |
| Wavelength(nm) | 1064 |
| Repetition frequency (KHz) | 0.1 |
| Average power(mW) | 10 |
| Output energy(uJ) | 100 |
| Pulse width (ps) | 350 |
| Power stability (8h) | ±3% |
| Beam mode | TEM00 |
| Full-angle divergence angle Typ. (Mrad) level @ 1/e2 | 12 |
| Vertical @ 1 / e2 | 12 |
| Polarization characteristics | ＞100:1 |
| System power consumption（W） | ≤25 |
| Power input | 100-240 VAC,50/60Hz |
| Control interface | RS232、USB |
| Power supply size (W × H × L, mm) | 168×88×140 |
| Laser head size (W × H × L, mm) | 45×30×120 |
| Working temperature (℃) | 15-35 |
| Storage temperature (℃) | 0-60 |
| 1064nm MD Microchip laser system PDF | |
1064nm ME Model and Parameter
| Model | UL1064-2.5kHz-600μJ-ME004 | UL1064-5kHz-400μJ-ME005 | UL1064-7kHz-280μJ-ME006 |
| Wavelength (nm) | 1064 | ||
| Repetition frequency (KHz) | 2.5 | 5 | 7 |
| Average power (mW) | 1500 | 2000 | 2000 |
| Output energy (μJ) | 600 | 400 | 280 |
| Pulse width (ns) | 3.5 | 6 | 8 |
| Power stability (8h) | ±3% | ||
| Beam mode | TEM00 | ||
| Collimating spot diameter (mm) | ≈9 | ||
| Full divergence Angle Typ.(@1/e, mrad) | ≤1 | ||
| Polarization characteristics | ＞100:1 | ||
| Power input | 12V，>180W |
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| External trigger control | Gated, 5V TIL, high level enabled | ||
| Laser head size (WxHxL.mm) | 28x25x88 |
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| Operating temperature (℃, need to provide air cooling heat dissipation) | 15-35 | ||
| Storage temperature (℃) | -40~65 | ||
| 1064nm ME Microchip laser system PDF | |||
1064nm MH Model and Parameter
| Model | UL1064-20kHz-3μJ-MH003 | UL1064-100kHz-1μJ-MH004 |
| Wavelength(nm) | 1064 | |
| Repetition frequency (KHz) | 20 | 100 |
| Average power(mW) | 60 | 100 |
| Output energy(uJ) | 3 | 1 |
| Pulse width (ps) | 350 | 500 |
| Power stability (8h) | ±3% | |
| Beam mode | TEM00 | |
| Full-angle divergence angle Typ. (Mrad) level @ 1/e2 | 25 | 30 |
| Vertical @ 1 / e2 | 25 | 30 |
| Polarization characteristics | ＞100:1 | |
| System power consumption（W） | ≤35 | ≤40 |
| Power input | 100-240 VAC,50/60Hz | |
| Control interface | RS232、USB | |
| Power supply size (W × H × L, mm) | 168×88×140 | |
| Laser head size (W × H × L, mm) | 45×33×120 | |
| Working temperature (℃) | 15-35 | |
| Storage temperature (℃) | 0-60 | |
| 1. Other frequencies can be customized | ||
| 1064nm MH Microchip laser system PDF | ||
1064nm MO Model and Parameter
| Model | UL1064-200Hz-60/50μJ-MO004 |
| Wavelength(nm) | 1064 |
| Repetition frequency (Hz) | 1-200 |
| Maximum output energy of space beam (μJ) | 60 |
| Fiber Coupling Maximum Output Energy (μJ) | 50 |
| Pulse width (ns) | ≤1 |
| Energy Stability(rms) | ≤3% |
| Energy Regulation Step Accuracy | ≤2% |
| Beam mode (spatial beam output) | TEM00 |
| Full-angle divergence angle Typ. (Mrad) level @ 1/e2 | ≤2 |
| Full-angle divergence angle Typ. (Mrad)Vertical @ 1 / e2 | ≤2 |
| Polarization characteristics | ≥100:1 |
| Fiber parameters (fiber coupled output optional) | 200μm/0.22NA |
| Power input | 24V DC |
| Modulation input | TTL0-5V,SMB connector |
| Control interface | RS232 |
| System Peak Power Consumption (W) | ＜20 |
| System Average Power Consumption (W) | ＜10 |
| Laser head size (W × H × L, mm) | 82×102.8×240 (space)/ 82x79x250(optical fiber) |
| Working temperature (℃) | 10-40 |
| Storage temperature (℃) | 0-60 |
| 1. The supported operating frequency is 16~200Hz in continuous mode and burst mode. | |
| 2. Fiber core diameter: 200μm. | |
| 3. The power supply adapter is shipped with matching power supply, which can support 90~260VAC power supply input. | |
| 1064nm MO Microchip laser system PDF | |
UL-500μJ-5KHz-AMRL001 parameters
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AMRL-001 Series Solid state laser for atmospheric particulate matter lidar |
| Parameter | Data |
| Model | UL-500μJ-5KHz-AMRL001 |
| Energy@1064nm | ≥500μJ@25℃ |
| Energy@532nma | ≥500μJ@25℃ |
| Average output power | 2.5 W @ 5 KHz |
| Power stability | ≤ 2 % @ 25℃ @ 8h |
| Pulse width | <15ns, Type.13ns |
| Beam quality M2 | <1.3 |
| Repetition frequency | 3-7KHz Adjustable Default 5KHz |
| Full angle of beam divergence | <3mrad <150μrad @ Full angle @ Beam expansion ×15 |
| Spot diameter | <600μm |
| Polarization ratio | >100:1 |
| Beam directivity | ≤50μrad @ 25℃ |
| Synchronous output signal | 3.3V~5V @ 50Ω TTL signal，Width≥1μs，Rising edge≤50ns，Jitter<2ns |
| Communication interface | 4PM terminal ，RS232 communication protocol |
| Cooling mode | TEC refrigeration, radiator and fan |
| Power supply | 24V DC |
| Laser Head Sizeb | 250mm×240mm×105mm |
| Power wastec | Normal temperature：90W； High temperature：200W |
| Total weight | 7Kg |
| Laser lifetime | > 8500h |
| Working temperatured | -10~+60℃ |
| Storage temperature | -20~+70℃ |
| Relative humidity | 0~80% |
| a. The output index and shape of 1064nm and 532nm lasers are the same, and they are two lasers of the same model. | |
| b. This laser is convenient for customers. Except for the four laser modules (laser head module, LD pump source module, Q-switch module and circuit control module), it cannot be changed. The layout of other parts of the laser can be adjusted according to customer requirements. | |
| c. The laser cooling fan is adaptive. The power consumption of low-speed operation at room temperature is about 90W, and that of high-speed operation at high temperature is about 200W. | |
| d. Under high temperature, the laser can work normally, but the output energy will be reduced. | |
UL-1.2mJ-10KHz-AMRL002 parameters
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AMRL-002 series Active Q-switched sub nanosecond lasers for atmospheric detection radar |
| Parameter | Data |
| Model | UL-1.2mJ-10KHz-AMRL002 |
| Wavelength | 1064nm, 532nm coaxial output |
| Energy | ＞1.2mJ@1064nm； ＞0.6mJ@532nm; |
| Fundamental frequency light width | ＜0.12nm |
| Laser energy stability（ RMS@2h ) | ≤ 2.5 % @ 25℃ @ 532nm |
| Pulse width | ≤1.5ns@10kHz |
| Beam quality M2 | <1.8 |
| Repetition frequency | 10KHz |
| Full angle of beam divergence | 5~6 mrad |
| Polarization ratio | >100:1 |
| Beam directivity | ≤±30μrad |
| Q-switch triggered synchronous output | Positive Pulse 3~ 5V@50 ΩTTL Rise Edge Time < 25ns Pulse Width Range 200ns~10μs Synchronization trigger signal and output laser jitter <3.0ns |
| Control mode | Upper computer and communication command control |
| Communication interface | RS232 communication protocol |
| Cooling mode | Water-cooling |
| Power supply | 28±5VDC |
| The output energy is adjustable in grades | It is divided into two files and can be set online by software. High grade works at full power. Low grade for light path debugging. Low energy is about 1% of high energy. High and low laser beam offset angle is less than 0.05 mrad. |
| Laser system components | Laser Head+Power Supply+Water Cooler |
| Laser lifetime | > 8500h |
| Working temperature | 0~+40℃ |
| Storage temperature | -10~+50℃，Low temperature storage requires cooling water removal |
| Relative humidity | 0~80% |
| Vibration requirements | Vibration of highway transportation |
UL-50mW-1064nm-AMRL004 parameters
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AMRL004 series frequency stabilized phase-locked laser for wind lidar |
| Parameter | Data |
| Model | UL-50mW-1064nm-AMRL004 |
| Wavelength | 1064.4nm |
| Output light power | ＞50mW |
| Working mode | CW |
| Line width | ＜2MHz |
| Frequency stability (RMS) | < 1MHz @ 24 h @ 3℃ Temperature difference |
| Power stability (RMS) | ≤1%@ 25℃ |
| Repeated locking error | ＜100MHz |
| Relative intensity noise | ＜-140@10MHz |
| Frequency stabilization range | Iodine molecule 1104-1110 absorption line |
| Lock position | Midpoint of absorption line |
| Frequency shift range (optional) | ±5GHz |
| Lock-in accuracy (optional) | 2MHz |
| Output mode | Optical fiber output, FC/APC |
| Communication interface | RS422 communication protocol |
| Power supply | 220V AC |
| Size | 3.5u chassis |
| Wrking temperature | 15～30℃ |
| Storage temperature | 0～50℃ |
| Relative humidity | 0～60% |
UL-AQNL-DW-1200 parameters
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| Model | UL-AQNL-DW-1200 | |
| Optical Parameters | Wavelength | 1064nm, 532nm coaxial output |
| Pulse energy | ＞1.2mJ@1064nm；＞0.6mJ@532nm; | |
| Fundamental frequency light width | ＜0.12nm | |
| Pulse width | ≤1.5ns@10kHz | |
| Repetition frequency | 10kHz | |
| Beam quality M² | ＜2 | |
| Divergence angle | 5~6mrad | |
| Laser beam pointing jitter | ＜0.05mrad (when the laser output is high-grade) | |
| Degree of polarization | ＞100:1 | |
| Laser energy stability (RMS@2h) | < 2.5%@room temperature@532nm | |
| Function parameter | Communication Interface | RS232 |
| Control method | Host computer and communication command control | |
| trigger method | Internal/external trigger, external trigger 3~5V@50ΩTTL level, external trigger input pulse width range 200ns~10μs | |
| Q-switched synchronous trigger pulse signal output | Positive pulse, 3~5V@50ΩTTL level, rising edge time<25ns, pulse width range 200ns~10μs, synchronous trigger signal and output laser jitter | |
| The output energy can be adjusted in different stages | There are two gears, which can be set online through software. The high gear is for full power operation, and the low gear is used for optical path debugging. The output energy of the low gear is about 1% of the output energy of the high gear. The laser beam deviation angle of the high and low gears is <0.05mrad | |
| Cooling method | Water cooling | |
| Power supply | 28±5VDC | |
| Laser lifetime (H) | > 1 billion times | |
| Laser layout | Laser head + power supply + water cooler | |
| Environmental requirements | Operating temperature | 0～40℃ |
| Storage temperature | -10～50℃, store at low temperature and drain clean water | |
| Relative humidity | 0～80% | |
| Vibration requirements | Random vibration of the whole system (with damping pad), road spectrum (GB/T4857.23) | |
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