Monaco SmartCleave 1035-40-40 Industrial Femtosecond Laser
Description
Monaco SmartCleave is an industrial laser with a MOPA architecture. Based on the Monaco femtosecond platform, the SmartCleave model is configured and specified for cutting structured transparent materials. Seeder burst energies >320 µJ cut materials from 0.1 mm to >2 mm thick in a single pass. Additionally, the ultrashort pulse nature of Monaco allows layered or coated glass and sapphire to be processed with little or no heat affected zone. Monaco SmartCleave further expands the options for glass and film cutting to enable next generation display production.
Monaco SmartCleave 1035-40-40 Industrial Femtosecond Laser
Specifications |
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Wavelength: | 1035 nm |
Repetition Rate: | 1 MHz |
Output Power: | 40 W |
Pulse Duration: | 350 fs |
Features
>320 μJ/pulse for cutting 0.1 mm to >2 mm thick materials
>150 kHz seeder burst mode to enable >1 m/s cutting speeds
Femtosecond performance for filament and ablative cutting in a single laser
Femtosecond operation to yield low HAZ in complex, layered materials
Variable pulsewidth from <300 fs to >10 ps for process tailoring
Compact single box design for ease of integration
HALT-designed/HASS-verified for superior quality and reliability
Applications
Structured Glass Cutting
Coated Transparent Material Cutting
Structured Sapphire Cutting
OLED Stack Cutting
LCD Cutting and Tailoring
Display Glass Cutting
For pricing, technical or any other questions please contact the supplier
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- Direct contact with supplier
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Ships from:
United States
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Frequently Asked Questions
The Monaco SmartCleave laser is used for cutting structured transparent materials, such as glass and sapphire.
The laser can cut materials from 0.1 mm to over 2 mm thick in a single pass.
The seeder burst mode is a feature that enables cutting speeds of over 1 m/s. It delivers burst energies of over 320 µJ.
The laser has a variable pulsewidth range from less than 300 fs to over 10 ps, which allows for process tailoring.
The laser has a compact single box design for ease of integration and has been HALT-designed/HASS-verified for superior quality and reliability.