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Power: 20, 30, 50, 100, 200 W
Wavelength: 1,060 nm - 1,070 nm
... the laser an indispensable tool for product traceability and branding. The infrared fiber laser uses an optical fiber doped with rare elements, such as ytterbium, to amplify the laser beam, producing ...
LASIT Laser Marking
Power: 20, 30, 50 W
... The MOPA laser is based on fiber technology and is used in industrial marking due to its accuracy and adaptability. The infrared emission spectrum allows for effective processing of various materials, including metals ...
LASIT Laser Marking
Power: 50 W
... high-resolution markings without consumables. The picosecond laser offers significant advantages in terms of marking quality and is ideal for the Medical, Home Appliance, and Jewelry sectors, where high ...
LASIT Laser Marking
Power: 1 W - 8 W
Wavelength: 350 nm
... sector, home appliances, and glass marking. The UV marking laser uses a wavelength of 355nm, part of the ultraviolet spectrum, to achieve high-resolution markings on delicate materials. ...
LASIT Laser Marking
Power: 5, 10 W
Wavelength: 532 nm
... The green light marking laser is an advanced device that performs high-contrast markings on plastic materials. Thanks to its high peak power and short pulse duration, it generates very little heat during ...
LASIT Laser Marking
Power: 10 W - 500 W
Wavelength: 10,600 nm
... the CO2 laser particularly effective for marking non-metallic surfaces. The marking process occurs through controlled vaporization, carbonization, or ablation of the surface material, allowing for precise ...
LASIT Laser Marking