PREMET Technologies FZE

Unquestionablythe ideal laser for cutting and marking, thanks to the use of ytterbium-doped fiber optics with low environmental impact and low maintenance (up to 50, 000 hours of operation).
It can be used to mark objects of any metal, engrave photographs, logos, trademarks and texts with a maximum size of the marking area of 180x180 mm and with resolutions as high as 20 m.

The machine is small, with readily accessible working chamber thanks to the hatch that opens on 3 sides.
The FiberLUX family of lasers now offers a power range from 20 W to 100 W, to cover all your production needs.

Equipped with a motor-driven Z-axis with movement resolution of 0.01 mm, and an innovative, user-friendly focus system with overlapping pointers, it can also be equipped with an internal videocam inside the laser chamber, for optimization of processing and possible remote assistance.

FiberLUX is supplied complete with software capable of importing files from the most well-known computer-design programs currently in existence (svg, dxf, bmp, plt, jpg, dwg, etc.), and is also equipped with specific cutting software Made by ElettroLaser.

Every machine can be equipped with a range of options such as:high precision rotating axis system, electro-pneumatic plate driver, exhaust fan, clamp for blocking pieces, movable in the X and Y axes, and a system of pneumatic hatch opening.

• Pulsed laser source in fiber


• D.S.P. Technology


• Red double pointer for positioning


• Z-axis with 'stepper motor' controlled by software


• USB interface for connection


• Cooling via forced air


• Small size


• Ready for the 'Trademark


• High frequency scanner head, 1 Mhz


• Software for cutting 'Made by ElettroLaser'


• 24 month warranty

• Engravings on rings, bracelets, medallions, flat and slightly curved surfaces with up to 4 cm unevenness


• Excavation by layers and 3D bas-reliefs


• Engraving of photographs, names, designs and logos, including trademarks


• Engravings on watch faces and eyewear of any metal material


• Manual cutting of the individual piece, or automation for mass production