El.En.

The Blade RF Self-Refilling laser source is a highly-efficient RF CO₂ laser source ideal for applications on plastic, wood, leather and other materials. It doesn't need any factory servicing: thanks to its hand-sized gas cartridge, you can refill it on your own, twice a year, and at very low cost. El.En.'s Blade RF Self Refilling is up to 25% more efficient in terms of electrical/optical conversion than its competitors.

The Blade RF 177 and 303 are two RF CO₂ laser sources that combine great performance and ease of integration. Their power output ranges from 150 W for the RF 177 to 300 W for the RF 303. If operated in the pulsed mode, this laser source can deliver up to 1100 W of output peak power!

For low power applications, El.En.'s engineers have developed two efficient RF CO₂ laser sources, the RF 33 and 88, with an output power of respectively 30 and 80 W. Like every El.En. device, the Blade RF 33 and 88 are built with care: their sealed-off technology ensures long time power stability and optimal laser beam parameters.

The Blade RF Self-Refilling laser source is special. It's a highly-efficient RF CO₂ laser sources ideal for applications on plastic, wood, leather and other materials. But, unlike traditional RF laser sources, the Blade RF Self-Refilling doesn't need any factory servicing. Thanks to its hand-sized gas cartridge, you can refill it on your own, twice a year, and at very low costs.

The Blade RF 177 G deliver a CO₂ laser beam with a wavelength of 9.3 μm and a rated power output of 150 W. The ideal destination for this laser source is the LCD processing industry.

Owing to their flexibility, low operating costs, accuracy and high speed, CO₂ lasers have become the backbone of manufacturing industry. But how does laser material processing work? It's simple: a focused, high-powered, laser beam is used as a heat source to increase the temperature of the base material, resulting in the melting and vaporisation of it. Cutting, drilling and welding are the traditional applications of laser machining. However laser material processing goes far beyond and includes achievements that would simply be impossible or too expensive with traditional material processing methods. To meet today's challenges, it is necessary to incorporate advanced machining in manufacturing processes. For this reason El, en's laser sources achieve sophisticated operations such as cutting, bio-stimulation laser kiss laser and laser micro-perforation but are also ideal for traditional applications such as cutting, welding and drilling.

Producing adhesive labels with laser machining is straightforward. If you are in the labeling industry, laser kiss cutting is the most suitable application. In laser kiss cutting a focused CO₂ laser beam cuts the superficial, adhesive layer of a two layered sheet of paper, so as that the label will be ready to be taken off. Laser machining will let you cutting out the most complex intricate shapes with ease. El.En.'s CO₂ self-refilling laser sources are the most qualified devices to execute laser kiss cutting processes.

See also our white paper on Greener greens through Laser processing of food!

The Blade RF Self-Refilling laser source is special. It's a highly-efficient RF CO₂ laser sources ideal for applications on plastic, wood, leather and other materials. But, unlike traditional RF laser sources, the Blade RF Self-Refilling doesn't need any factory servicing. Thanks to its hand-sized gas cartridge, you can refill it on your own, twice a year, and at very low costs.

El.En.'s laser scanning systems are powered by these high speed galvanometer mirrors. Our galvanometer mirror are made with high quality components and are designed to operate with CO₂ laser beams. They are available in various sizes: this model, G122HS, is the smallest of the family and is studied for low power laser applications with laser beam diameters up between 3 mm and 5 mm.

GioScan is 3 axes galvo-scanning system designed for advanced CO₂ laser applications. We made GioScan available in two models. GioScan 1735 is the standard model; it’s equipped with digital control drivers and beryllium monolithic mirrors, for high performance, thus dominating the market in terms of quality, dependability and efficiency. Our second model, GioScan 1770, is available only with top-of-the-line set-ups: equipped with digital drivers and beryllium mirrors, it can focus on the tiniest spot even on very large working areas, up to 2300 mm × 2300 mm.