PS IR/GR/UV
The JPT-PS series picosecond lasers are based on the industry-leading amplification architecture for industrial picosecond lasers. Featuring a compact dual-cavity structure and a simple yet reliable electrical control design, they are engineered to meet the demands of 24/7 industrial-grade production as well as advanced scientific characterization and testing.
The JPT-PS series is currently available in infrared, green, and ultraviolet output versions, with pulse durations reaching as short as 6 ps. The JPT-PS picosecond lasers support both Pulse-on-Demand and Burst Mode functionalities, enabling output from single pulses up to a repetition rate of 1 MHz.
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355-1064Wavelength
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<10Average Power
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Water CooledCooling Method
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Product Advantages
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Specifications
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Application Solutions
Product Advantages
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All-in-One Design for Seamless Customer Integration
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Hermetically Sealed Construction with IP6X-rated Moisture & Dust Protection for Extended Service Life
Specifications
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JPT-PS-UV-5
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JPT-PS-UV-10
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JPT-PS-GR-15
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JPT-PS-GR-40
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JPT-PS-IR-20
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JPT-PS-IR-30
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JPT-PS-IR-80
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Wavelength (nm)
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Repetition Rate (MHz)
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Average Power (W)
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Single Pulse Energy (μJ)
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Pulse Width (ps)
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Power Stability (hrs)
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Pulse to Pulse Stability
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M²
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Polarization Orientation
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Linear Polarization Ratio (mm)
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Beam Circularity
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Divergence (FullAngle) (mrad)
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Beam Diameterat Output (mm)
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Power Configuration (V)
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Power Consumption (W)
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Cooling Method
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Operating Condition (℃)
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Recommend Water Cooling Temperature (℃)
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Starting Time(Warm) (min)
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Starting Time(Cool) (min)
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Laser Weight
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Dimensions (L×W×H) (mm)
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JPT-PS-UV-5
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Wavelength (nm)355
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Repetition Rate (MHz)Single pulse ~2
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Average Power (W)≥5
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Single Pulse Energy (μJ)12.5
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Pulse Width (ps)＜10
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Power Stability (hrs)＜2%@8
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Pulse to Pulse Stability＜3%
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M²≤1.3
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Polarization OrientationHorizontal
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Linear Polarization Ratio (mm)＞100:1
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Beam Circularity＞90%
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Divergence (FullAngle) (mrad)＜2
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Beam Diameterat Output (mm)1.5±0.5 (Customizable)
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Power Configuration (V)24 (DC)
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Power Consumption (W)＜600
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Cooling MethodWater Cooled
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Operating Condition (℃)Temperature 15~35; Humidity <65% (No Condensation)
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Recommend Water Cooling Temperature (℃)21
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Starting Time(Warm) (min)＜10
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Starting Time(Cool) (min)＜30
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Laser Weight55
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Dimensions (L×W×H) (mm)732×416×140
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JPT-PS-UV-10
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Wavelength (nm)355
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Repetition Rate (MHz)Single pulse ~2
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Average Power (W)≥10
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Single Pulse Energy (μJ)25
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Pulse Width (ps)＜10
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Power Stability (hrs)＜2%@8
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Pulse to Pulse Stability＜3%
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M²≤1.3
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Polarization OrientationHorizontal
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Linear Polarization Ratio (mm)＞100:1
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Beam Circularity＞90%
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Divergence (FullAngle) (mrad)＜2
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Beam Diameterat Output (mm)1.5±0.5 (Customizable)
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Power Configuration (V)24 (DC)
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Power Consumption (W)＜600
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Cooling MethodWater Cooled
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Operating Condition (℃)Temperature 15~35℃; Humidity <65% (No Condensation)
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Recommend Water Cooling Temperature (℃)21
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Starting Time(Warm) (min)＜10
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Starting Time(Cool) (min)＜30
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Laser Weight55
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Dimensions (L×W×H) (mm)732×416×140
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JPT-PS-GR-15
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Wavelength (nm)532
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Repetition Rate (MHz)Single pulse ~2
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Average Power (W)≥15
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Single Pulse Energy (μJ)40
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Pulse Width (ps)＜10
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Power Stability (hrs)＜2%@8
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Pulse to Pulse Stability＜3%
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M²≤1.3
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Polarization OrientationVertical
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Linear Polarization Ratio (mm)＞100:1
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Beam Circularity＞90%
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Divergence (FullAngle) (mrad)＜2
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Beam Diameterat Output (mm)1.5±0.5 (Customizable)
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Power Configuration (V)24 (DC)
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Power Consumption (W)＜600
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Cooling Method水冷
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Operating Condition (℃)Temperature 15~35; Humidity <65% (No Condensation)
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Recommend Water Cooling Temperature (℃)21
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Starting Time(Warm) (min)＜10
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Starting Time(Cool) (min)＜30
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Laser Weight55
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Dimensions (L×W×H) (mm)732×416×140
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JPT-PS-GR-40
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Wavelength (nm)532
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Repetition Rate (MHz)Single pulse ~2
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Average Power (W)≥40
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Single Pulse Energy (μJ)80
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Pulse Width (ps)＜10
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Power Stability (hrs)＜2%@8
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Pulse to Pulse Stability＜3%
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M²≤1.3
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Polarization OrientationVertical
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Linear Polarization Ratio (mm)＞100:1
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Beam Circularity＞90%
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Divergence (FullAngle) (mrad)＜2
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Beam Diameterat Output (mm)1.5±0.5 (Customizable)
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Power Configuration (V)36 (DC)
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Power Consumption (W)＜1000
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Cooling MethodWater Cooled
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Operating Condition (℃)Temperature 15~35; Humidity <65% (No Condensation)
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Recommend Water Cooling Temperature (℃)21
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Starting Time(Warm) (min)＜10
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Starting Time(Cool) (min)＜30
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Laser Weight60
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Dimensions (L×W×H) (mm)736×415×149.5
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JPT-PS-IR-20
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Wavelength (nm)1064
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Repetition Rate (MHz)Single pulse ~2
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Average Power (W)≥20
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Single Pulse Energy (μJ)50
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Pulse Width (ps)＜10
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Power Stability (hrs)＜2%@8
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Pulse to Pulse Stability＜2%
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M²≤1.3
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Polarization OrientationHorizontal
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Linear Polarization Ratio (mm)＞100:1
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Beam Circularity＞90%
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Divergence (FullAngle) (mrad)＜2
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Beam Diameterat Output (mm)1.5±0.5 (Customizable)
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Power Configuration (V)24 (DC)
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Power Consumption (W)＜600
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Cooling Method水冷
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Operating Condition (℃)Temperature 15~35; Humidity <65% (No Condensation)
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Recommend Water Cooling Temperature (℃)21
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Starting Time(Warm) (min)＜10
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Starting Time(Cool) (min)＜30
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Laser Weight55
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Dimensions (L×W×H) (mm)732×416×140
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JPT-PS-IR-30
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Wavelength (nm)1064
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Repetition Rate (MHz)Single pulse ~2
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Average Power (W)≥30
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Single Pulse Energy (μJ)75
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Pulse Width (ps)＜10
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Power Stability (hrs)＜2%@8
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Pulse to Pulse Stability＜2%
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M²≤1.3
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Polarization OrientationHorizontal
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Linear Polarization Ratio (mm)＞100:1
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Beam Circularity＞90%
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Divergence (FullAngle) (mrad)＜2
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Beam Diameterat Output (mm)1.5±0.5 (Customizable)
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Power Configuration (V)24 (DC)
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Power Consumption (W)＜600
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Cooling MethodWater Cooled
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Operating Condition (℃)Temperature 15~35; Humidity <65% (No Condensation)
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Recommend Water Cooling Temperature (℃)21
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Starting Time(Warm) (min)＜10
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Starting Time(Cool) (min)＜30
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Laser Weight55
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Dimensions (L×W×H) (mm)732×416×140
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JPT-PS-IR-80
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Wavelength (nm)1064
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Repetition Rate (MHz)Single pulse ~2
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Average Power (W)≥80
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Single Pulse Energy (μJ)150
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Pulse Width (ps)＜10
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Power Stability (hrs)＜2%@8
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Pulse to Pulse Stability＜3%
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M²≤1.3
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Polarization Orientation水平
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Linear Polarization Ratio (mm)＞100:1
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Beam Circularity＞90%
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Divergence (FullAngle) (mrad)＜2
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Beam Diameterat Output (mm)1.5±0.5 (Customizable)
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Power Configuration (V)36 (DC)
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Power Consumption (W)＜1000
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Cooling MethodWater Cooled
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Operating Condition (℃)Temperature 15~35; Humidity <65% (No Condensation)
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Recommend Water Cooling Temperature (℃)21
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Starting Time(Warm) (min)＜10
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Starting Time(Cool) (min)＜30
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Laser Weight60
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Dimensions (L×W×H) (mm)736×415×149.5
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Application Solutions
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Consumer ElectronicsWith deep expertise in lasers, JPT provides advanced optical calibration and inspection systems for electronics. Combining optical design, vision algorithms, and motion control, we deliver intelligent, high-precision solutions that empower the industry.
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New EnergyFor batteries, JPT offers one-stop laser solutions from cell processing to PACK assembly. In photovoltaics, our applications span glass drilling, cell cleaving, PERC hole drilling, PL inspection, and perovskite patterning—driving efficient green energy manufacturing.
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Laser MarkingJPT’s laser marking solutions, powered by our self-developed high-performance MOPA pulsed fiber lasers and proprietary optical technologies, deliver non-contact processing with exceptional precision, ultra-high speed, and permanent marking capability. Widely adopted across global high-end manufacturing sectors—including 3C electronics, automotive components, and medical device production—our systems support a wide range of materials such as metals, plastics, and ceramics, enabling efficient marking of QR codes, logos, serial numbers, and more.
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