FLY UV

Laser marking Fly UV

For high contrast markings on very sensitive products

The Fly UV ultraviolet laser marking can make high contrast markings on sensitive products. Fly UV colours the surface of the product with a photochemical process; the heat produced by the marking is so limited that it does not damage even the most sensitive materials: from cables for aeronautics and transparent or coloured hoses to medical plastics for invasive procedures and antifire plastics for housing electronic or glass components.

With a typical pulse duration of 20 ns and a radius diameter of 10 µm, the FlyUV treats surfaces without damaging them, unlike what can happen with normal infrared marking on plastic. Ideal for laser marking for medical technology (in this way catheters and insulin pumps can be given durable marking, resistant to sterilisation), glass can be reticulated and given glossy marking. The Fly UV laser marker is perfect for marking materials that until now would have been damaged by this procedure, like silicones and white polyamides.

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With a typical pulse duration of 20 ns and a radius diameter of 10 µm, the FlyUV treats surfaces without damaging them, unlike what can happen with normal infrared marking on plastic. Ideal for laser marking for medical technology (in this way catheters and insulin pumps can be given durable marking, resistant to sterilisation), glass can be reticulated and given glossy marking. The Fly UV laser marker is perfect for marking materials that until now would have been damaged by this procedure, like silicones and white polyamides.

REQUEST A QUOTE

With a typical pulse duration of 20 ns and a radius diameter of 10 µm, the FlyUV treats surfaces without damaging them, unlike what can happen with normal infrared marking on plastic. Ideal for laser marking for medical technology (in this way catheters and insulin pumps can be given durable marking, resistant to sterilisation), glass can be reticulated and given glossy marking. The Fly UV laser marker is perfect for marking materials that until now would have been damaged by this procedure, like silicones and white polyamides.

REQUEST A QUOTE

Wavelength: 350 nm

Wavelength: 350 nm

UV lasers with a wavelength of 350 nm are ideal for all those sectors that require marking on sensitive components. Building automobiles and aeroplanes, medical technology, electronics, glass; marking sensitive materials: glass, ceramics, antifire plastics, plastics and materials for invasive uses.

Typical characteristics of lasers with a wavelength interval of 350 nm.

Hygiene and sterilisation for medical plastics marked with laser;
Safety and integrity for sensitive and critical materials;
Marking plastics without solvents and without additives;
Low maintenance thanks to long-lasting diodes;
Filigrees, high contrast markings;
Inexpensiveness thanks to the air cooling.

Hygiene and sterilisation for medical plastics marked with laser;
Safety and integrity for sensitive and critical materials;
Marking plastics without solvents and without additives;
Low maintenance thanks to long-lasting diodes;
Filigrees, high contrast markings;
Inexpensiveness thanks to the air cooling.

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