AMT-Series Industrial High-Power Full-Range Picosecond Lasers

AMT-Series Industrial High-Power Full-Range Picosecond Lasers

Supplier
Inno-laser
Part Number
AMT-266; AMT-266-3W-70M
Category
Laser Modules & Systems
Origin
China

AMT deep-UV picosecond lasers feature a leading fourth-harmonic crystal-position switching function that preserves beam quality, spot size and pointing after switching. New optics provide power stability <3%, M²<1.3, spot circularity >90%, 266nm output and power above 3W for high-quality micromachining. AMT-266's self-developed reliable core modules, including an ultrafast seed and high-temperature nonlinear-crystal oven, give single-position life >1000hrs and system life >20000hrs. An air-cleaning system maintains the cavity and extends crystal life. Multiple trigger modes, the stated synchronized output-power capability and built-in power checking combine performance/stability. Uses include sapphire/GaN separation, noncarbonizing cold processing and glass-die separation. AMT-266-3W-70M primarily inspects chip defects at 28nm and below, with other uses in large-aperture optic topography, polymer cutting and high-density storage.

Specification Snapshot
Wavelength
266 nm
Average Power
>3W
Beam Diameter
~2±20%
Divergence Angle
<1 mRad
Average Power Stability [over 12 hours]
<5 %
Ambient Humidity [Non-condensing]
20 to 80, Non-condensing
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Overview

AMT deep-UV picosecond lasers feature a leading fourth-harmonic crystal-position switching function that preserves beam quality, spot size and pointing after switching. New optics provide power stability <3%, M²<1.3, spot circularity >90%, 266nm output and power above 3W for high-quality micromachining. AMT-266's self-developed reliable core modules, including an ultrafast seed and high-temperature nonlinear-crystal oven, give single-position life >1000hrs and system life >20000hrs. An air-cleaning system maintains the cavity and extends crystal life. Multiple trigger modes, the stated synchronized output-power capability and built-in power checking combine performance/stability. Uses include sapphire/GaN separation, noncarbonizing cold processing and glass-die separation. AMT-266-3W-70M primarily inspects chip defects at 28nm and below, with other uses in large-aperture optic topography, polymer cutting and high-density storage.

Specifications

ParameterValue
Wavelength266 nm
Average Power>3W
Beam Quality M²<1.3
Spot Circularity>90 %
Beam Diameter~2±20%
Divergence Angle<1 mRad
Pointing Stability<20 μrad/°C
Polarization Ratio100:1 Linear,Horizontal
Pulse-to-Pulse Stability [RMS]<3 %
Average Power Stability [over 12 hours]<5 %
Cold-Start Warm-Up<40 mins.
Standby Warm-Up<10 mins.
Ambient Temperature5-40°C
Ambient Humidity [Non-condensing]20 to 80, Non-condensing
Storage Temperature-20 to 50 °C
Storage Humidity [Non-condensing]20 to 80,Non-condensing
Power Requirements (VDC/Watts)24/1000
Communication ProtocolRS232
Cooling MethodWater
Weight55 千克
Pulse Energy [AMT 266; Configuration: 3W-200K; @200KHz]>15@200KHz
Specified Frequency [AMT 266; Configuration: 3W-200K]200KHz
Repetition Rate [AMT 266; Configuration: 3W-200K]100-200 kHz
Pulse Width [AMT 266; Configuration: 3W-200K]<12 ps
Pulse Energy [AMT 266; Configuration: 3W-70M; @70MHz]>0.043@70MHz
Specified Frequency (kHz) [AMT 266; Configuration: 3W-70M]70MHz
Repetition Rate (kHz) [AMT 266; Configuration: 3W-70M]70MHz
Pulse Width [AMT 266; Configuration: 3W-70M]<50 ps

Applications

Wafer Inspection;GaN Lift-Off from Sapphire;mini or micro led lift off;GaN Lift-Off from Sapphire2

Key Features

World-Leading266nm Frequency-Doubling Technology;Reliable Power Stability;Excellent Beam Quality(M²<1.3);SYNC Synchronous Output;Edge and Level Trigger Control;Beam Roundness Above90%

Datasheet

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Supplier Information

In
Inno-laser
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Founded in 2011, Inno Laser Technology Co., Ltd. is a national high-tech enterprise headquartered in Chuangzhi Yuncheng, Nanshan District, Shenzhen, focusing on R&D, production, and sales of lasers for micromachining, as well as providing customized micromachining solutions in the form of laser modules. The company is one of the few industrial laser manufacturers globally with core technologies and production capabilities for nanosecond, sub-nanosecond, picosecond, and femtosecond micromachining lasers. Its products include DPSS Q-switched nanosecond lasers, ultrafast (picosecond, femtosecond) lasers, and MOPA (nanosecond/sub-nanosecond) lasers, covering a range of wavelengths from infrared to deep ultraviolet and pulse widths from nanosecond to femtosecond. They are widely used in consumer electronics, new energy, 3D printing, semiconductors, biomedical fields, and more, with sales in over 20 countries and regions. The core technical team is an innovation and entrepreneurship team introduced by Guangdong Province's "Pearl River Talent Plan" and Shenzhen's "Peacock Plan". With R&D centers and production bases in China and the United States, the company is committed to becoming a global leader in laser micromachining technology under the mission of "benefiting mankind with lasers".

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