Industry, Tools & Metalworking

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 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 Fiber Mark Tool mobile laser, equipped with a fiber laser source, is capable of effectively marking a wide range of metals such as stainless steel, aluminum, brass, and copper, as well as certain plastics and ceramics.

Easily transportable and equipped with a battery, it offers increased flexibility for applications requiring on-site interventions or the marking of bulky parts.

This small laser combines mobility, precision, and versatility, providing an efficient solution for both industrial environments and personalization projects.

The Fiber Mark Basic marking laser is distinguished by its open, frameless design, which allows for the marking of large-sized parts.

Compact and space-saving, it is designed for high-speed permanent marking and engraving on a variety of materials, including metals (stainless steel, carbon steel) and hard plastics (ABS, PVC).

It excels in creating references, identification plates, barcodes, QR codes, and data matrix codes with high precision.

The Fiber Mark Standard fiber laser machine is particularly effective for industrial applications requiring high-quality identification.

Thanks to its high resolution, it allows for highly precise markings on metals such as stainless steel, aluminum, brass, and copper, as well as certain technical plastics.

The markings produced are resistant to wear, chemicals, and harsh environmental conditions, ensuring long-term traceability.

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.

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.

The UV Basic laser, equipped with a galvanometer head, features an open design without a protective enclosure, allowing for the marking of large parts without size constraints.

Due to the low thermal emission of its UV beam, this system is particularly suitable for marking sensitive materials such as glass, ceramics, technical plastics, or certain metals with low thermal conductivity, while limiting the risks of alteration or deformation.

Thanks to its optimized marking speed, it offers high productivity and great reliability, responding with precision, repeatability, and speed to the requirements of the most demanding industrial environments.

The UV Pro laser is an autonomous marking solution, integrating a high-precision UV laser source, controlled by an industrial PC and advanced engraving software.

Designed to meet the demands of intensive production environments, it allows for the processing of large parts thanks to a robust and modular structure, which can accommodate options such as a pass-through table or an adjustable Z-axis.

Equipped with a high-performance galvanometer head, the UV Pro ensures fast, clean, and extremely precise marking, perfectly suited for applications requiring fine, high-speed engraving.

Its low-heat technology makes it particularly suitable for marking sensitive materials such as glass, ceramic, certain plastics, or metals, while minimizing the risk of damage or degradation to the parts.

This system combines industrial reliability with optimized productivity, thanks to its large work surface and high marking speed, ensuring consistent quality even during intensive production.

The manual 1-color pad printing machine is the efficient solution for printing designs or text onto objects with varied surfaces. It offers marking finesse and precision while ensuring excellent ink adhesion.

Ideal for small to medium production runs, it stands out for its flexibility and low setup cost, making it an efficient and economical solution for many sectors.

Easy to use and compact, it requires little space, making it perfectly suited for small workshops.

Thermoflan, in partnership with TTN, provides you with cutting-edge expertise in the design and manufacture of fully custom automated pad printing solutions.

Our equipment is specifically designed to integrate optimally into complex automated systems: linear conveyors, indexing tables, Pick & Place units, as well as pre-treatment and post-treatment modules.

We offer a complete production line automation solution, covering all stages of the process: from part feeding to printing, including unloading, drying, and packaging.

Our turnkey solutions are fully adapted to your needs, developed according to the detailed specifications of your requirements document to precisely meet your demands.

All our machines comply with current CE standards, thus ensuring a high level of safety and compliance.

The TTN 90 Universal is a semi-automatic pad printing machine designed for printing on various promotional and industrial objects.

Equipped with a 90 mm ink cup with a ceramic ring, it allows for precise, high-quality marking up to 80 mm in diameter and can be easily configured for 2-color printing, offering an excellent price-performance ratio.

Designed to be user-friendly and reliable, it offers intuitive operation suitable for operators of different experience levels.

The TTN 120 Universal pad printing machine allows for printing on flat, curved, or textured objects, offering great flexibility in use.

It marks up to 110 mm in diameter in 1 color and guarantees precise and consistent marking.

Its semi-automatic operation enables rapid production while maintaining manual control of the process.

Ideal for marking promotional or industrial items, it is an efficient solution for long-lasting marking.

The TTN 200 Oval semi-automatic pad printing machine is designed for precise marking up to 80 x 180 mm.

Its oval ink cup ensures uniform ink distribution.

This machine is particularly well-suited for elongated or extended objects, such as bottles, flasks, cups, or any other specific promotional items.

Offering a balance between speed and manual control, it provides an efficient solution for durable and precise marking.

The TTN 200 Universal 2-color semi-automatic pad printing machine is designed for precise and rapid marking on various substrates.

Equipped with two 90 mm ink cups, it allows for easy two-color printing, ensuring a clean and consistent finish without compromising on quality. This configuration reduces handling requirements and ensures perfect color registration.

Versatile and efficient, it adapts to numerous industries, providing an ideal solution for durable, high-precision, and aesthetically professional marking.

The semi-automatic TTN 200 pad printing machine with two independent cylinders offers great flexibility. It allows for two-color series marking on large objects.

The autonomous cylinders ensure ink application while adapting to the shapes and dimensions of the parts to be marked.

Reliable and high-performance, it guarantees uniform, high-quality printing with excellent durability, meeting the requirements of many industrial and advertising sectors.

The TTN 100 series automatic pad printing machines are state-of-the-art equipment specifically designed for large-scale series marking. Each mark is produced with high precision, which is essential for long production runs.

They are equipped with an advanced electronic control system featuring an illuminated LCD screen that displays all available functions in real time, meeting a wide range of industrial applications.

The machines offer the ability to program cycle counters, trigger an automatic pause for cliché cleaning, and adjust the pad stroke, thus ensuring optimal flexibility and increased productivity.

The TTN 200 EKO series automatic pad printing machines are high-tech solutions specifically designed for large-scale industrial marking. They offer high printing precision, which is essential for mass production, and ensure consistent quality in every cycle.

Equipped with an advanced electronic control system, these machines feature a bright LCD screen that displays all available functions in real-time, allowing for easy and intuitive management of all printing parameters.

They cater to a wide range of industrial applications, with marking capabilities for objects of various shapes and materials.

Thanks to advanced features such as programmable cycle counters, automatic pause for plate cleaning, and fine-tuning of the pad stroke, this equipment ensures efficient production and consistent quality, even in long production runs.

TTN 350 series automatic pad printers are high-performance solutions designed to meet the demands of large-scale industrial production. Thanks to their cutting-edge technology, they ensure precise and consistent printing, even for the longest runs.

Equipped with a modern electronic control system, these machines feature a bright LCD screen that displays all functions in real-time. This allows for simple and rapid adjustment of printing parameters to ensure optimal management of each production cycle.

They are perfect for a wide variety of industrial applications, capable of marking objects of all shapes and various materials. They offer great flexibility while guaranteeing impeccable print quality.

Among the many available functions are the ability to program cycles, automate pauses for cliché cleaning, and precisely adjust the pad stroke. These features are essential for improving efficiency while maintaining consistent quality, even on long production runs.

MetalPhoto is a photosensitive anodized aluminum material designed to create durable, high-quality markings.

It features a special anodized layer that allows images or text to be encapsulated within the metal. This process offers exceptional resistance to scratches, corrosion, UV rays, chemicals, and extreme temperatures.

Lightweight and robust, this material is widely used for traceability, identification plates, durable signage, and military or aerospace applications.