Enter not only cutting but also engraving markets

With our Eko lasers : versatile, efficient and economical.

The color LCD display allows to control the machine (movements, settings ...),  view work in progress, simulate it, save and load previous work, ... all with  intuitive dialog and display in French or English.

Design of EKO laser machines is aesthetic. All parts being integrated into the machine frame, there's nothing else outside : air tube cooling unit, air assistance pump,  extraction turbine are assembled inside the machine.

Due to high moving speed, laser moving parts are sensitive to dust. To secure their protection, linear ball guided rails are completely protected for reduced dust and reduced maintenance.

Our lasers (except EKO 5) belong to class 2 lasers for safe operation.

In addition, the machine is equipped with a key switch to switch on the laser, an emergency stop and safety devices to stop laser emission and movement when doors are opened.

 

 

The laser includes air assistance avoiding dust deposit and flame production. It can be directly activated or disabled from the machine control software.

All machines are equipped with autofocus that automatically adjust the motorized table height when placing probe upon the processed part : the working platform rises until reaching the best distance and getting correct spot size (focal distance).

 

Red pointer is used to position laser beam or simulate work by means of a red color dot. It comes as standard on all EKO machines

 

Lasers are supplied with CAD software in French. It is easy to use for arranging designs and can be independently used on Windows, Mac and Linux.

It allows machine setting, to create a power / speed material database and simulate machine working times.

It can work with many imported graphic files (AI, PDF, SVG, DXF, PLT, PNG, JPG, GIF, BMP ...).

Our machines are equipped with an aluminum blade platen. Blades are modular according to desired space in order to avoid  laser beam reflection .

Honeycomb table, coming as standard with our machines, prevents formation of traces on the backside of processed material.

 

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.

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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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