Leather

The Mira 5 CO₂ laser machine, equipped with a glass tube, is a true asset for personalization, prototyping, or testing new products, without requiring large production runs.

Thanks to its accessible components and simplified maintenance procedures compared to large industrial machines, it remains operational with less effort and time.

Economical and compact, it offers great versatility by allowing engraving and cutting on various materials such as wood, acrylic, leather, paper, cardboard, fabric, and certain plastics.

Compact, lightweight, and easy to move, the Mira 5 S laser machine from the Redline series offers increased precision with clean and detailed finishes.

It requires very little space, making it easy to integrate into small workshops or already crowded spaces, and it is also very useful for professionals who need to take their equipment to events.

It represents an ideal solution for customizing small objects or prototyping. Furthermore, equipped with a pass-through table, it allows you to work on pieces longer than its initial surface, thus offering increased flexibility despite its small size.

The Redline Mira 7S CO2 laser engraver and cutter is the solution for carrying out various tasks, such as personalizing objects, creating signage, cutting models, or even manufacturing prototypes.

Its compact format and glass laser tube help reduce purchase and maintenance costs.

Its flexibility and precision ensure a rapid return on investment, while offering impeccable cutting quality comparable to more expensive and bulky CO2 systems.

The Redline Mira 9 S CO2 laser, equipped with a camera, proves to be an extremely valuable tool for production.

The camera allows for highly precise laser positioning by detecting contours or registration marks on materials. This prevents placement errors, improves engraving quality, and ensures consistently accurate cutting, even for complex designs.

It also simplifies positioning for engraving small parts or items that have already been partially processed, minimizing waste and increasing efficiency.

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.

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.

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.

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.

The Super Elite 14 laser, from the Redline Nova range, with a front/rear pass-through table and equipped with two different source tubes, offers great versatility.

The glass tube is commonly used for cutting and the RF tube can be used in engraving, marking, and cutting situations where greater precision is required.

Having these two technologies allows you to explore new applications, stand out from the competition, and paves the way for more creative and ambitious projects.

The Redline Nova Super Elite 16 laser engraving and cutting machine combines a powerful glass tube for fast cutting and an RF (radio frequency) metal tube for precision engraving.

The combination of both technologies improves the quality of engravings and cuts through various power and speed options.

It offers production flexibility. Indeed, the ability to switch quickly from one tube to the other allows you to adapt to specific customer orders and promotes responsiveness to achieve optimal results for various types of projects.

The V2000 compact CO2 laser, equipped with an American RF tube, combines versatility, quality, and ease of use.

Its engraving and cutting are highly precise, allowing work on a wide range of materials such as wood, acrylic, leather, textiles, etc., thus meeting the needs of a diverse clientele.

Space-saving, it integrates easily into limited areas, making it an excellent choice for businesses with small workshops or multisectoral departments looking for a flexible and efficient solution without sacrificing workspace.

With a practical design, the V-series V3000 laser is multifunctional thanks to its ability to process various materials. It features an RF tube, which ensures longevity and makes the investment profitable over the long term. This laser is highly valued for its reliability, efficiency, and compactness.

Thanks to its left/right pass-through table and sufficiently large work surface, it meets most professional needs without excessive space requirements.

Its ergonomic design makes it an ideal solution for workshops with limited space, while still providing high-precision performance.

The ILS3V CO₂ laser engraving and cutting machine, equipped with an RF tube, offers exceptional performance and adapts to various sectors thanks to its front/rear pass-through table and varied power options.

Industrial: manufacturing of signs, cutting of prototype parts or in series…

Artisanal: personalized engraving on wood, glass, or leather…

Education: use in schools or universities for educational projects…

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.

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.

The CMark Basic combines compactness, performance, and affordability, making it well-suited to the demands of modern production environments. It comes equipped with a Class 4 galvanometer head for optimal precision.

For workstations that require strict safety compliance, the CMark Basic can easily be converted to a Class 1 setup with the Pro variant, allowing for safe, risk-free integration into production spaces.

With a wavelength of 10,600 nm in the infrared spectrum, this laser delivers clean, permanent, long-lasting marks across a wide range of materials. It performs particularly well on natural materials like wood, leather, paper, cork, and cardboard, as well as transparent materials such as glass and plastics like PET or PMMA. It can also precisely mark coated surfaces, including painted finishes and anodized aluminum.

Beyond its industrial-grade performance, this technology produces no waste, helping reduce environmental impact—so it delivers on productivity without compromising sustainability.”

The CMark Pro is a high-performance CO₂ laser built for industrial marking and engraving of organic materials such as wood, glass, paper, cork, and technical textiles.

It’s designed for the most demanding sectors — industry, aerospace, medical, and defense — where performance and reliability are non-negotiable.

The system stands out with its high-precision galvanometer head, delivering fast, sharp, and perfectly reproducible marking even under intensive production cycles. Combined with a powerful CO₂ beam, it ensures excellent detail across a wide range of substrates.

Built for easy integration into industrial environments, the CMark Pro is a standalone marking station equipped with an industrial PC and dedicated engraving software.

Its reinforced vertical chassis ensures robustness and stability, while an optional pass-through door allows bulky or long parts to be handled without compromising marking precision.

The CMark Pro Max XY is an industrial laser marking system combining a CO₂ RF tube with a motorized XY table for processing large marking areas with maximum flexibility and consistent quality.

Built for multi-material production, it accurately engraves and marks a wide range of substrates including wood, textiles, leather, composites, and cardboard.

The system works by automatically dividing the surface into zones matching the lens field size.

The galvanometer head marks each zone quickly and precisely, then the table moves the part to the next position along the X and Y axes.

All movements are fully synchronized by dedicated software, giving the operator a seamless experience on a single unified working surface — with no need to manage mechanical transitions manually.

The CMark Pro Max XY is a robust, scalable solution for production environments that demand high precision, large-format capability, and processing flexibility.