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In addition to the standard 450nm series products, the BWT is now launching some free space blue diode lasers, helping customers to maintain technological leadership and competitive advantages, and explore new applications and markets.
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FEATURES：
• 445±20nm wavelength
• 75W@105μm / 35W@50μm
• 2m, 0.22NA
• HP-SMA905
APPLICATIONS：
• Illumination
• Scientific research
• Sensor and inspection
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FEATURES：
• 445±20nm wavelength
• 250W output power
• 105μm fiber core, 2m, 0.22NA
• HP-SMA905
APPLICATIONS：
• Additive manufacturing
• High reflective material welding
• Scientific research
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FEATURES：
• 445±20nm wavelength
• 250W output power
• 105μm fiber core, 2m, 0.22NA
• HP-SMA905
• Control mode: RS232, I/O
APPLICATIONS：
• Additive manufacturing
• High reflective material welding
• Scientific research
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FEATURES：
• 450±10nm wavelength
• 500W/1000W/2000W output power
• 330μm/400μm/600μm fiber core
• 10m, 0.22NA
• QBH/Customized
• Control interface: RS 232, I/O
• Aiming beam: Red
APPLICATIONS：
• Additive manufacturing
• Surface processing
• High-reflective material welding
• Li-on battery welding
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Blue diode laser, leveraging their high absorption rates and energy densities due to their short wavelengths, are widely applied in various fields such as high-reflectivity material processing, new energy battery manufacturing, 3C electronic product welding, medical treatments, optical information storage and display technology, communications, additive manufacturing, underwater applications, and lighting technology. They offer significant advantages in enhancing processing efficiency, welding quality, data transmission rates, and lighting brightness. Additionally, they exhibit unique capabilities in specific applications like conduction welding and composite welding techniques, indicating that blue laser systems are poised to play an increasingly pivotal role in future industrial and technological sectors.
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---Autonomous
&Controllable
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