Enter not only cutting but also engraving markets

With our Eko lasers : versatile, efficient and economical.

Le pupitre LCD en couleur permet de piloter la machine (mouvements, réglages ...). Il permet de visualiser le travail, le simuler, sauvegarder et charger les travaux précédents, ... l'ensemble avec un dialogue intuitif et un affichage en français.

Le design des machines lasers Eko est esthétique. Nous avons tout intégré dans le bâti de la machine Eko 5, 7, 9. Rien n'est visible. Le refroidisseur du tube en verre, la pompe d'assistance d'air, la turbine d'extraction sont assemblés à l'intérieur de la machine. Pour les Eko 10, 14, 16 les éléments sont séparés mais disposés à l'arrière de la machine.

Les organes en mouvement du laser sont sensibles à la poussière compte tenu des vitesses de déplacements élevées. Afin d'en assurer la protection un ensemble protège à totalité les rails de guidages à billes linéaires. Moins de salissures donc moins de maintenance.

Nos lasers sont en classe 2 (sauf Eko 5). Ils garantissent la sécurité de l'opérateur.

Le machine est de plus pourvue d'un interrupteur à clés pour la mise en marche du laser, d'un arrêt d'urgence et des sécurités sur l'ouverture pour stopper l'émission du laser et les mouvements.

Le laser est équipé d'une assistance d'air incorporée qui permet d'éviter le dépôt de poussières sur l'optique et évite la production de flammes. Elle peut être activée ou désactivée directement dans le logiciel de pilotage de la machine.

L'ensemble des machines est équipé d'un autofocus par palpeur. Le réglage de la table motorisée se fait automatiquement en amenant le palpeur sur la pièce et en activant l'autofocus. La table monte et s'ajuste à la distance optimale pour avoir la bonne taille de spot (distance focale).

Le pointeur rouge est un faisceau laser qui permet par sa couleur visible de positionner le laser sur la matière ou de simuler le travail. Il est en standard sur toutes les machines Eko.

Les lasers sont livrés avec un logiciel de CAO en français. Il est simple d'emploi pour la confection de vos dessins et peut être utilisé de manière autonome sur Windows, Mac et Linux.

Il permet le réglage de la machine et permet de créer une base de données de puissance / vitesse en fonction des matières, de simuler des temps de travail de la machine

Il fonctionne en import avec une multitude de fichiers graphiques ( AI, PDF, SVG, DXF, PLT, PNG, JPG, GIF, BMP ...).

Nos machines sont équipées d'un plateau à lames en aluminium. Ces lames sont modulables en fonction de l'espace désiré afin d'éviter la réflexion du faisceau laser.

Le nid d'abeille ou table alvéolée est incluse en standard dans nos machines. Il évite la formation de traces à l'arrière de la matière.

Materials and supplies needed

Materials for laser cutting/engraving

We have selected a wide variety of materials specially developed for laser cutting/engraving  and covering a large range of indoor/outdoor applications.

According to your needs : signage, trophies, front panels, industrial signage, badges... we can offer the best material.

laserable rubber for stamp making

Sheet of no-odor vulcanized rubber for stamp making.

Compatible with water or oil based inks.

Thermark for metal marking

Marking metals with a Co2 laser is possible using Thermark : available in tape, bottle or spray, a thin layer of product is applied on the product surface to produce unalterable black marking when touched by the laser beam.

Works on steel, stainless steel, brass, aluminum, copper, chrome Titanium, nickel, gold, silver, tin.

Materials and supplies needed

Materials for laser cutting/engraving

We have selected a wide variety of materials specially developed for laser cutting/engraving  and covering a large range of indoor/outdoor applications.

According to your needs : signage, trophies, front panels, industrial signage, badges... we can offer the best material.

laserable rubber for stamp making

Sheet of no-odor vulcanized rubber for stamp making.

Compatible with water or oil based inks.

Thermark for metal marking

Marking metals with a Co2 laser is possible using Thermark : available in tape, bottle or spray, a thin layer of product is applied on the product surface to produce unalterable black marking when touched by the laser beam.

Works on steel, stainless steel, brass, aluminum, copper, chrome Titanium, nickel, gold, silver, tin.

Materials and supplies needed

Materials for laser cutting/engraving

We have selected a wide variety of materials specially developed for laser cutting/engraving  and covering a large range of indoor/outdoor applications.

According to your needs : signage, trophies, front panels, industrial signage, badges... we can offer the best material.

laserable rubber for stamp making

Sheet of no-odor vulcanized rubber for stamp making.

Compatible with water or oil based inks.

Thermark for metal marking

Marking metals with a Co2 laser is possible using Thermark : available in tape, bottle or spray, a thin layer of product is applied on the product surface to produce unalterable black marking when touched by the laser beam.

Works on steel, stainless steel, brass, aluminum, copper, chrome Titanium, nickel, gold, silver, tin.

Materials and supplies needed

Materials for laser cutting/engraving

We have selected a wide variety of materials specially developed for laser cutting/engraving  and covering a large range of indoor/outdoor applications.

According to your needs : signage, trophies, front panels, industrial signage, badges... we can offer the best material.

laserable rubber for stamp making

Sheet of no-odor vulcanized rubber for stamp making.

Compatible with water or oil based inks.

Thermark for metal marking

Marking metals with a Co2 laser is possible using Thermark : available in tape, bottle or spray, a thin layer of product is applied on the product surface to produce unalterable black marking when touched by the laser beam.

Works on steel, stainless steel, brass, aluminum, copper, chrome Titanium, nickel, gold, silver, tin.

Materials and supplies needed

Materials for laser cutting/engraving

We have selected a wide variety of materials specially developed for laser cutting/engraving  and covering a large range of indoor/outdoor applications.

According to your needs : signage, trophies, front panels, industrial signage, badges... we can offer the best material.

laserable rubber for stamp making

Sheet of no-odor vulcanized rubber for stamp making.

Compatible with water or oil based inks.

Thermark for metal marking

Marking metals with a Co2 laser is possible using Thermark : available in tape, bottle or spray, a thin layer of product is applied on the product surface to produce unalterable black marking when touched by the laser beam.

Works on steel, stainless steel, brass, aluminum, copper, chrome Titanium, nickel, gold, silver, tin.

Materials and supplies needed

Materials for laser cutting/engraving

We have selected a wide variety of materials specially developed for laser cutting/engraving  and covering a large range of indoor/outdoor applications.

According to your needs : signage, trophies, front panels, industrial signage, badges... we can offer the best material.

laserable rubber for stamp making

Sheet of no-odor vulcanized rubber for stamp making.

Compatible with water or oil based inks.

Thermark for metal marking

Marking metals with a Co2 laser is possible using Thermark : available in tape, bottle or spray, a thin layer of product is applied on the product surface to produce unalterable black marking when touched by the laser beam.

Works on steel, stainless steel, brass, aluminum, copper, chrome Titanium, nickel, gold, silver, tin.

Videos

Documentation

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  • Brochure commerciale Lasers de gravure découpe Eko GB

  • Brochure commerciale Lasers de gravure découpe Eko GB

  • Brochure commerciale Lasers de gravure découpe Eko GB

  • Brochure commerciale Lasers de gravure découpe Eko GB

  • Brochure commerciale Lasers de gravure découpe Eko GB

Faq

Co2 laser means the type of laser source used in the machine.
The laser beam is generated inside  an airtight space containing Co2 gas, by a pumping operation that creates a flow of monochromatic light (single wavelength), constituting  the laser beam of 10.6 microns.

"Plotter" corresponds to the guiding system of the laser beam. In  case of  plotter system, the laser beam is reflected by mirrors moving  along two axes Y (front to back) and X (left right). This  system offers a large engraving and cutting surface, linked to the size of axis.

Our range starts from 450 x 300 mm (V2000) to 1600 x 1000 (Eko 16) working surfaces.

 

Co2 laser means the type of laser source used in the machine.
The laser beam is generated inside  an airtight space containing Co2 gas, by a pumping operation that creates a flow of monochromatic light (single wavelength), constituting  the laser beam of 10.6 microns.

"Plotter" corresponds to the guiding system of the laser beam. In  case of  plotter system, the laser beam is reflected by mirrors moving  along two axes Y (front to back) and X (left right). This  system offers a large engraving and cutting surface, linked to the size of axis.

Our range starts from 450 x 300 mm (V2000) to 1600 x 1000 (Eko 16) working surfaces.

 

Co2 laser means the type of laser source used in the machine.
The laser beam is generated inside  an airtight space containing Co2 gas, by a pumping operation that creates a flow of monochromatic light (single wavelength), constituting  the laser beam of 10.6 microns.

"Plotter" corresponds to the guiding system of the laser beam. In  case of  plotter system, the laser beam is reflected by mirrors moving  along two axes Y (front to back) and X (left right). This  system offers a large engraving and cutting surface, linked to the size of axis.

Our range starts from 450 x 300 mm (V2000) to 1600 x 1000 (Eko 16) working surfaces.

 

Co2 laser means the type of laser source used in the machine.
The laser beam is generated inside  an airtight space containing Co2 gas, by a pumping operation that creates a flow of monochromatic light (single wavelength), constituting  the laser beam of 10.6 microns.

"Plotter" corresponds to the guiding system of the laser beam. In  case of  plotter system, the laser beam is reflected by mirrors moving  along two axes Y (front to back) and X (left right). This  system offers a large engraving and cutting surface, linked to the size of axis.

Our range starts from 450 x 300 mm (V2000) to 1600 x 1000 (Eko 16) working surfaces.

 

Co2 laser means the type of laser source used in the machine.
The laser beam is generated inside  an airtight space containing Co2 gas, by a pumping operation that creates a flow of monochromatic light (single wavelength), constituting  the laser beam of 10.6 microns.

"Plotter" corresponds to the guiding system of the laser beam. In  case of  plotter system, the laser beam is reflected by mirrors moving  along two axes Y (front to back) and X (left right). This  system offers a large engraving and cutting surface, linked to the size of axis.

Our range starts from 450 x 300 mm (V2000) to 1600 x 1000 (Eko 16) working surfaces.

 

Co2 laser means the type of laser source used in the machine.
The laser beam is generated inside  an airtight space containing Co2 gas, by a pumping operation that creates a flow of monochromatic light (single wavelength), constituting  the laser beam of 10.6 microns.

"Plotter" corresponds to the guiding system of the laser beam. In  case of  plotter system, the laser beam is reflected by mirrors moving  along two axes Y (front to back) and X (left right). This  system offers a large engraving and cutting surface, linked to the size of axis.

Our range starts from 450 x 300 mm (V2000) to 1600 x 1000 (Eko 16) working surfaces.

 

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