Laser engraving, cutting, and marking machines

All our machines of laser engraving and cutting in 3 technologies: CO2, fiber, and UV

Advantages of our CO2, fiber, and UV laser engravers and cutters

Marketing lasers using different technologies such as CO2 laser, fiber laser, and UV laser provides our company with a significant advantage in terms of versatility and performance.

The CO2 laser is ideal for engraving and cutting organic materials such as wood, leather, glass, or paper. Thanks to its high precision, it allows for fine markings and complex cuts, even on irregular surfaces, ensuring maximum adaptability.
The fiber laser is particularly effective for marking and engraving on metallic materials, as well as certain technical plastics. It offers exceptional processing speed and marking quality, with highly durable results, even in the most demanding industrial environments.
The UV laser, using a shorter wavelength, is specially designed for ultra-precise marking on heat-sensitive materials, such as plastics and transparent materials like glass. It is ideal for applications requiring high finesse and high print quality, while minimizing thermal impact on the product.

These 3 technologies allow us to offer customized solutions and meet the varied requirements of our clientele, with unparalleled efficiency in terms of performance, speed, and flexibility.

Our range of laser engraving, cutting, and marking machines: CO2, fiber, and UV.

I3000

The I3000 engraving and cutting laser is equipped with an RF tube, renowned for its longevity thanks to its sealed design. It allows for continuous use with minimal performance degradation.

The beam produced, being both stable and fast, ensures high-precision cutting and engraving, with fine detail on various materials such as acrylic, wood, leather, or textiles.

The four pass-through doors offer specific advantages for improving productivity, handling large-sized parts, or quickly sequencing operations without interruption, thereby optimizing workflow.

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Fiber Mark Pro

The Fiber Mark Pro fiber laser is a high-performance system designed for industrial marking and engraving on metals and plastics.

Combining ease of use with exceptional precision, it perfectly meets the requirements of professionals in the industrial, aerospace, medical, and military sectors.

Thanks to its tall frame, which can also be equipped with pass-through doors, it allows for the marking of bulky parts or long items such as steel profiles, long cylinders, or specific objects like swords.

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Machine découpe laser Aeon Nova Elite 10

Redline Nova Elite 10

The Redline Nova Elite 10 CO₂ laser machine offers high-performance cutting and engraving for professionals seeking an efficient and economical solution.

It does not require physical contact with the material, unlike milling machines or mechanical saws. There is therefore no tool wear, which reduces maintenance costs, extends the machine’s lifespan, and allows for work on delicate materials without damaging them.

In addition, laser cutting produces little debris and minimizes material waste.

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Fibre Mark Pro XY un graveur laser fibre pour métaux et plastiques

Fiber Pro Max XY

The Fiber Pro Max XY is a latest-generation industrial laser marking system, integrating a fiber laser source and a motorized X and Y-axis table, enabling the processing of large marking areas with a high level of flexibility and consistent quality.

Designed for multi-material production environments, it allows for the marking and engraving of metallic materials (stainless steel, titanium, brass, aluminum, etc.) as well as certain technical plastics (ABS, etc.), with optimal precision and repeatability.

The system relies on intelligent software control that automatically segments the surface to be marked according to the lens’s optical field. The galvanometer head performs rapid marking of each cell, while the motorized XY table automatically moves the piece to subsequent areas. All movements are perfectly synchronized by the software, ensuring marking continuity without manual repositioning intervention.

The Fiber Pro Max XY is a robust, scalable solution perfectly suited to industrial production constraints, especially when applications require a large marking area, high precision, and processing flexibility.

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I4000

The I4000 CO2 laser engraving and cutting machine is designed to meet a variety of applications thanks to its advanced technical features. The high-performance RF (Radio Frequency) tube is capable of engraving small characters or detailed images.

Available in various power levels, with a generous work area and equipped with 4 pass-through doors, the machine adapts to the specific needs of each application.

The design of the RF tube ensures laser beam stability, guaranteeing engraving and cutting quality in industrial applications.

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Graveuse leaser co2 Aeon Redline Nova Elite

Redline Nova Elite 14

The Redline Nova Elite 14 CO2 laser engraver is capable of working on a wide variety of materials, such as wood, acrylic, leather, fabric, cardboard, paper, plastic, and many others.

Thanks to this versatility, it allows for precise engraving, cutting, and marking, including on composite or thick materials, making it ideal for numerous sectors such as signage, design, or textiles.

Its laser technology ensures clean, burr-free cutting as well as highly detailed engraving, even on large surfaces.

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Redline Nova Elite 16

Equipped with a large workspace and a front/rear pass-through table, the Redline Nova Elite 16 CO₂ laser allows you to cut, engrave, or mark large parts in a single operation.

Its glass tube combines cutting speed with engraving quality, meeting the requirements of numerous industrial and artistic sectors.

More affordable than metal tubes, glass tubes offer an excellent price-to-performance ratio, ideal for SMEs and artisans. Furthermore, their replacement is relatively simple, making maintenance accessible and economical.

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Machine de découpe et gravure Co2 Redline Nova Elite 10

Redline Nova Super Elite 10

Having a Redline Nova Super Elite 10 CO2 laser engraving and cutting machine equipped with two different sources, glass and RF (radiofrequency), offers many significant advantages for professionals.

Operating costs are optimized. Indeed, you can choose the most appropriate source based on the materials used and the complexity of the projects.

Furthermore, RF tubes generally have a longer lifespan than glass tubes, and combining the two prevents using an inappropriate tube and causing premature wear on the machine.

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How does a laser engraver or cutter: CO2, fiber, and UV work?

CO2 Laser:

The CO2 laser uses a special gas (primarily carbon dioxide) that is excited by electricity. This creates light that can engrave, mark, or cut various materials.
This type of laser is widely used for materials such as wood, plexiglass, leather, cardboard, etc.
It is particularly effective for working on non-metallic materials.

Fiber Laser:

The fiber laser uses an optical fiber (like a very thin cable) to direct the light. This light is produced by a small laser that excites the elements inside the fiber.
This type of laser is excellent for marking metals such as steel, aluminum, precious metals, and certain plastics.
It is very precise and powerful, which allows for highly detailed work on metallic materials.

UV (Ultraviolet) Laser:

The UV laser produces light with a very short wavelength, meaning it can process materials very finely and precisely.
This laser is used for very fine cutting and engraving on delicate materials like glass and ceramic. It can also be used for electronic applications.
It allows working with sensitive materials without damaging them, thanks to its precision.

Laser marking

Gravure laser fibré sur lame de hachoir en inox

This technique consists of burning the surface of the material, causing carbonization that creates a visual contrast between the original color and the one obtained after marking. This method is often used to ensure part traceability, increment serial numbers, or add references.

Laser engraving

Marquage au laser CO₂ sur des marques pages de livre en cuir

In this process, the laser carves into the surface of the material, removing a thin layer to form a pattern. This allows for detailed engravings on plates or other surfaces, offering precise and durable personalization.

Laser cutting

Boites découpées dans du contreplaqué avec un laser CO₂

Laser cutting involves completely piercing the material with a very fine laser beam (about 100 microns). This technique offers high precision and superior cutting quality for various applications such as model making, cutting gaskets, or paper for invitations….