Engineering
without compromise

Get to know FALCON T Masterline – a stable, fast, and fully automated laser cutting machine for metal, ready to operate in the most demanding production environments.

  • Power range: from 1000W to 12000W
  • Perfectly smooth edges even in complex geometries
  • Cutting of tubes and profiles up to 12 meters
  • Faster cutting thanks to automation
 

Laser Cutting Technology
Introduction

Fiber laser cutting technology is rapidly gaining popularity in the industrial sector related to metal processing, gradually replacing traditional and less efficient methods. Thanks to exceptional precision, flexibility, and high operational efficiency, laser cutting machine systems are an ideal solution for the most demanding industries.

It is widely used in aerospace, automotive, defense, medical equipment manufacturing, electronics, petrochemical industry, telecommunications, energy, automation, and outsourcing services. Thanks to advanced technology and innovative solutions, laser tube cutting machine systems continuously improve production precision, efficiency, and competitiveness, meeting the highest standards of modern industry.

CONSULT YOUR MACHINE SELECTION
WITH AN EXPERT

Free consultation
 
  • High Precision and Accuracy:
    Fiber laser cutting technology provides a narrow focus point and high energy density, resulting in absolute precision in processing with minimal thermal distortion, ensuring high accuracy and excellent cut quality of shapes and patterns, including precise tube cutting.
  • Speed and Efficiency:
    Fiber laser cutting technology enables fast and efficient processing of materials, leading to increased productivity. It can process both thin and thick materials significantly faster than traditional methods such as high speed cutting processes.
  • Versatility: Fiber laser cutting technology is suitable for a wide range of materials, including carbon steel, stainless steel, aluminum, copper, brass, plastics, and selected composites. This versatility makes it ideal for tube cutting, sheet laser applications, and various industrial processes.
  • Low Maintenance Costs:
    Fiber laser cutting technology requires significantly less maintenance than CO₂ lasers or plasma systems. This reduces downtime and operating costs in manufacturing environments.
  • Energy Efficiency:
    Fiber laser cutting technology is more energy-efficient compared to CO₂ or plasma systems, consuming less power for the same output. This improves overall efficiency and reduces operational cost.
  • Reduced consumables usage:
    Unlike traditional laser systems, fiber laser cutting does not require expensive consumables, which simplifies operation and reduces production waste in metal processing workflows.
  • Increased Safety:
    Fiber laser cutting technology improves workplace safety through enclosed work areas and automatic shutdown systems, reducing risk during operation.
  • High Beam Quality:
    Fiber laser technology ensures optimal laser cut performance, delivering smoother edges and reducing the need for additional finishing processes, improving overall cut quality.
  • Flexibility and adaptation:
    Fiber laser cutting technology allows easy integration into different production environments. Its flexibility supports customization for specific cutting range, material types, and industrial requirements.
  • Technological progress and development:
    Fiber laser cutting technology is continuously evolving, making tube laser cutting one of the leading solutions in modern production. It offers unmatched precision, efficiency, and versatility for manufacturers across global industries.

WE WILL MATCH THE RIGHT MODEL
TO YOUR PRODUCTION PROCESS

Free consultation
 

FALCON T Masterline
Standard Configurations

 

FALCON TM Masterline

 

FALCON TA Masterline

 

FALCON HD Masterline

 

FALCON T Masterline laser cutting machine
Key Advantages

  • 01

    Advanced Technological Architecture:

    A comprehensive power range and feature set including fiber laser sources from 1000W to 12,000W, 2D/3D cutting heads with Auto-Focus, integrated laser measurement systems, automatic nozzle cleaning and exchange system, seam detection functionality, manual and automatic material loading systems, zero-waste cutting mode, and advanced process automation functions.

  • 02

    Compliance and Industrial Safety Standards:

    Manufactured in accordance with strict quality assurance protocols and internationally recognized safety standards. Full compliance with global industrial certifications ensures operational reliability, structural durability, and safe machine operation in continuous production environments.

  • 03

    Warranty and Lifecycle Support:

    Extended warranty coverage from 2 to 5 years with optional system upgrades to the latest software and hardware standards, ensuring long-term operational stability and machine lifecycle extension.

  • 04 

    Technical Service and Field Support:

    Dedicated in-house service engineering team providing nationwide coverage. Full technical support available 24/7, ensuring minimal downtime and fast response for industrial production environments.

  • 05 

    Spare Parts Availability and Logistics:

    On-hand inventory of critical machine components and spare parts ensuring optimized supply chain continuity and reduced lead times for maintenance and servicing operations.

  • 06 

    Showroom and On-Site Demonstration Capability:

    Full-scale machine demonstrations available both in our technical showroom and directly at customer production facilities for real-world validation under manufacturing conditions.

  • 07

    Procurement and Financing Solutions:

    Flexible acquisition models including 0% leasing structures, installment financing options, and assistance in securing industrial investment subsidies and funding programs.

  • 08

    Installed Base and Customer Portfolio:

    Proven deployment across industrial manufacturing environments, demonstrating high reliability and validated performance in laser processing applications and automated production systems.

FALCON T Masterline laser cutting machine
Core System Components

The FALCON T Masterline series of tube and profile laser cutting systems represents a new benchmark in industrial laser processing technology and advanced metal fabrication.

These high-performance tube laser cutting machine systems are engineered for maximum structural rigidity, cutting precision, and process stability in continuous production environments.

Final machine configurations are fully customized based on application-specific requirements, ensuring optimal process integration, production efficiency, and scalability within industrial manufacturing workflows.

Components Manufacturer
Laser source (fiber) ULTRON / IPG
Laser head (2D/3D Auto-Focus) PRECITEC / BOCHU
Control system Tmotion
Software TubePro
Nesting TubesT
Chucks and supports Pneumatic
Servo motors Yaskawa
Electrical components Schneider
Pneumatics SMC
Linear guides HIWIN
Gear racks HERION
Bearings NSK
Gearmotor NEURGART
Voltage stabilizer VolREG
Light curtains SafeGuards
Cooling system S&A
Fume filtration SANCH
 

FALCON T Masterline
Key Features

FALCON T Masterline tube and profile laser cutting machine systems are a true leader among advanced solutions based on fiber laser technology. Thanks to the integration of patented technologies and the use of components from leading global suppliers, FALCON machines set a new, previously unattainable standard of quality, performance, and innovation in metal processing. Machine functions are tailored to individual customer needs, ensuring maximum flexibility and efficiency in production applications.

 
  • Fiber Laser Source with an expected service life of approximately 100,000 hours. The system offers a power range from 1 kW to 12 kW. It is designed to ensure stable and high-performance operation, which translates into optimal results, while continuous technological improvements further expand application capabilities in industrial production environments.
  • 2D/3D Laser Head in full Auto-Focus mode combines advanced technology with intuitive operating functions, ensuring optimal efficiency and reliability in the cutting process. The Auto-Focus function automatically adjusts the laser beam focal point, which is critical for achieving high precision and quality. The 3D cutting head enables bevel cutting up to 45 degrees.
  • Intuitive Operating System offers versatile and reliable control options for a wide range of production applications. Thanks to advanced unique programming technology and intuitive, easy-to-use functions, it ensures excellent performance and full compatibility with the Industry 4.0 concept.
  • Active Collision Avoidance System uses sensors and measurement algorithms to detect potential obstacles such as uneven edges or material deformation, automatically preventing collisions during the laser cut process.
  • Weld Seam Identification System effectively detects welding seams on various tube and profile geometries, including those located internally.
  • Pneumatic Rotary Chuck with Clamping Units and Supports enables processing of tubes and profiles with diameters from 10 to 320 mm and lengths up to 12 meters. This equipment ensures precise material handling and eliminates the risk of deformation, maintaining material integrity throughout the entire tube cutting process.
  • Automated Loading and Unloading System handles materials both before and after laser processing. This system increases efficiency, productivity, and safety in modern manufacturing processes.
  • Innovative Zero-Waste Cutting System equipped with additional third and fourth chucks, is designed to optimize the cutting process by minimizing material waste and increasing overall efficiency in metal processing operations.
  • Automatic Assist Gas Pressure Regulation is a key function designed to optimize the cutting process through precise gas pressure control. This functionality is essential for achieving high cut quality, ensuring consistency, and increasing operational efficiency in fiber laser systems.
  • Ergonomic, Elegant and Safe Design contributes to a better working environment, improves operator morale, ensures compliance with regulations, and increases overall productivity and production reputation in industrial laser cutting machine applications.
 

ASK AN EXPERT ABOUT PARAMETERS,
APPLICATIONS OR CONFIGURATION

Free consultation
 

FALCON T Masterline laser cutting machine
Technical Data

Technical parameters of FALCON laser cutting machine systems are customized individually, depending on the final configuration of the selected model. Detailed specifications are included in commercial offers prepared after consultation with our expert. This approach ensures optimized solutions precisely matched to specific production requirements and metal processing applications. To obtain additional information, please contact our team.

 

Do you have questions?
Free consultation!

If you have any questions regarding tube laser cutting of pipes and profiles, we encourage you to contact our customer service department. Our team of experts is ready to provide full technical information and advise on the selection of appropriate laser cutting machine technologies and solutions for industrial metal processing applications. We offer technical support, detailed engineering consultation, and fast response to all inquiries related to tube cutting machine systems and production optimization. Please contact us by phone, email, or through our contact form. We are here to support you at every stage of cooperation.

Live machine demo at our showroom
 

FAQ
– Frequently asked questions about the FALCON T Masterline metal laser cutting machine

1. What makes the FALCON T Masterline laser cutting machine stand out compared to other systems?

The FALCON T Masterline laser cutting machine is an advanced system designed for high-precision laser cutting of a wide range of materials such as stainless steel, carbon steel, and aluminum. Thanks to fiber laser technology, it delivers exceptional precision and efficiency in the cutting of metal, tubes, and profiles – including complex geometries. With fiber laser technology and intelligent software control, these systems offer laser cutting speeds that are difficult to match. Moreover, the machine is capable of continuous operation even in demanding production environments, without frequent downtime or complex maintenance requirements. This is a key advantage in industries where every production hour matters.

2. What materials can be processed using the FALCON T Masterline laser cutting machine? Is it only metal?

Not only metal. Although the primary application is metal processing (mild steel, stainless steel, carbon steel, aluminum, brass), the machine can also process various materials such as plastics (certain polymer types) and, in selected configurations, light composites and engineered materials. Thanks to the precise laser beam and 2D/3D cutting capability, the system enables smooth surface finishes ready for further processing, without additional grinding or deburring operations.

3. What are the key features of precision laser cutting in the FALCON T Masterline?

The FALCON T Masterline tube laser cutting machine provides:
1. exceptional edge quality thanks to a high energy density laser beam
2. ability to cut complex shapes without material deformation
3. process optimization through automatic laser power control and focal point adjustment

4. What is the role of the laser beam in the cutting process?

The laser beam plays a critical role in the laser cutting process, as its high energy density enables precise and fast cutting of materials with varying thickness. The FALCON T Masterline uses fiber laser sources that ensure exceptional beam stability, resulting in high cutting speed, accuracy, and minimal material waste in metal processing applications. The fiber laser source also provides a long service life (approx. 100,000 operating hours) and high energy efficiency, making it ideal for industrial laser cutting machine systems.

5. What are the advantages of fiber laser technology in FALCON T Masterline machines?

The fiber laser technology used in these systems is characterized by:
long service life – approximately 100,000 operating hours
high energy efficiency compared to traditional laser systems
ability to cut various metal thicknesses with high precision and stable performance

6. What is the working area of the FALCON T Masterline laser cutting machine?

This laser cutting machine offers flexible working dimensions adapted to specific production requirements. Standard configuration supports tubes and profiles with diameters from 10 mm to 320 mm and lengths up to 12 meters, making it suitable for a wide range of industrial tube laser cutting applications.

7. Why is the FALCON T Masterline laser cutting machine the right choice?

The FALCON T Masterline laser cutting machine is engineered for maximum precision, performance, and versatility across multiple industries. It is an ideal solution for companies requiring advanced technology for accurate cutting and metal processing of materials such as steel, aluminum, copper, and brass, as well as selected plastics and composites. Innovative fiber laser technology used in this system reduces operating costs, ensures smooth edges, minimal thermal distortion, and outstanding cutting precision. As a result, it is widely used in manufacturing companies, service providers, and workshops operating across various industries.

8. What services do you offer as part of the FALCON laser cutting machine solution?

In addition to machine sales, we provide full technical support, operator training, and in-house service. Our team of professionals assists in selecting the right laser cutting machine configuration tailored to your production requirements. We also offer all necessary accessories to support daily operation, maintenance, and servicing of tube laser cutting machine systems.

9. What are the maintenance requirements of the FALCON T Masterline laser cutting machine, and are they lower compared to systems such as CO₂ lasers?

The FALCON T Masterline laser cutting machine features low maintenance requirements thanks to its modern design and high-quality components. Regular cleaning of the working area to remove residues from the cutting process is sufficient. Additionally, it is important to monitor the cleanliness of the laser head optics and the cooling system, which maintains optimal operating temperature for the fiber laser source. Thanks to fiber technology, operating costs are lower and service requirements are minimized compared to traditional CO₂-based systems.

10. How does the innovative zero-waste tube and profile cutting system work?

The tube laser cutting machine uses additional chucks that precisely stabilize, support, and guide the material during processing. This significantly reduces material waste and allows for more efficient use of raw materials. The zero-waste cutting system is especially important in high-volume production, where any material loss directly impacts unit cost. This solution is particularly beneficial for companies focused on optimizing production costs and improving overall efficiency in metal processing operations.

11. What benefits does automatic assist gas pressure control provide?

Automatic assist gas pressure control is one of the key features of the FALCON T Masterline laser cutting machine. It enables precise adjustment of gas pressure to the material type and thickness, ensuring high cut quality and production consistency. This function also reduces gas consumption, which lowers operating cost and improves overall efficiency of the laser cut process.

12. How does the FALCON T Masterline impact production efficiency?

The machines are engineered for maximum performance. Thanks to multiple features, including an automated loading and unloading system and an innovative zero-waste cutting system, it is possible to significantly increase production speed while reducing material waste. Additionally, advanced capabilities such as bevel cutting up to 45 degrees and automatic gas pressure control enable precise and fast processing of even the most complex geometries. This makes the system an ideal solution for demanding industrial tube laser cutting and metal processing applications.Production efficiency can be optimized in a very short time after implementation.

13. How to select the right machine for specific production requirements?

Our portfolio includes several FALCON T Masterline models, differing in power range, cutting length, and functionality. For example, if you process short stainless steel components, a smaller laser cutting machine configuration may be sufficient. However, if your production line includes cutting long tubes (up to 12 meters), aluminum, and multiple material types with continuous operation, we will recommend a fully automated tube laser cutting machine solution with advanced features. Our experts will help you select the right system based on your products, industry requirements, and target production output. The selection process begins with a detailed analysis of your production, including material types, part dimensions, batch sizes, and required productivity. The final configuration also depends on whether you plan to implement further automation in the near future.

14. Can the FALCON T Masterline laser cutting machine handle both thin and thick materials?

Yes – with high precision. Thanks to laser sources with power up to 12,000 W, the laser cutting machine can process both thin sheet metal and thick steel or aluminum profiles. The fiber laser automatically adjusts operating parameters to the material thickness, eliminating the risk of overheating thin components while ensuring efficient cutting of thicker materials. Even when processing a variety of materials – from metal to plastics and selected composites – the system maintains stability, repeatability, and high-speed performance in industrial cutting machine operations.

15. Can the FALCON T Masterline laser cutting machine handle my projects without advanced software knowledge?

Absolutely. The interface is designed to simplify operation and reduce project preparation time. With intuitive TubePro software and an integrated nesting system, preparing a job for cutting requires only a few clicks. Operators can quickly adapt to the interface, regardless of prior experience with laser cutting machine systems. This results in time savings and faster production startup, even for complex geometries and non-standard shapes in tube laser cutting applications.

16. What happens to the material after cutting – does it require additional finishing?

No additional finishing is required. The FALCON T Masterline fiber laser system produces extremely smooth edges, even when cutting complex contours and bevels. This is achieved through a precise laser beam and automatic focus control, ensuring high cut quality. As a result, secondary operations such as grinding can be reduced or completely eliminated. The finished material surface is immediately ready for welding, coating, or assembly, significantly accelerating the overall manufacturing process and improving efficiency in metal processing workflows.

17. What technologies are used in FALCON T Masterline laser cutting machines?

FALCON T Masterline laser cutting machine systems incorporate a range of advanced technologies, including automatic assist gas pressure control, zero-waste cutting system, 2D/3D laser heads with Auto-Focus, and active safety systems. These solutions ensure high precision, operational safety, and ease of use in industrial tube cutting machine applications. They also enable fast adaptation of the system to changing production requirements.

18. What does warranty service and technical support look like for FALCON T Masterline laser cutting machines?

Warranty service for FALCON T Masterline fiber laser systems includes regular technical inspections every 6 months. Service procedures include replacement of consumables, cleaning of gas and water systems, inspection of the electrical cabinet, and calibration of optical and mechanical systems. We also offer extended warranty options for 6, 12, or 24 months, including full service support and immediate access to spare parts. In case of failure, service requests can be submitted online. In many cases, remote diagnostics and repair are possible. If an on-site visit is required, a technician is typically available within 24 hours with a full set of spare parts. Our service scope also includes replacement of cutting heads, mechanical repairs and upgrades, control system diagnostics, and software updates for laser cutting machine systems.

19. What is the difference between the FALCON T Masterline fiber laser cutting machine and the FALCON S Masterline?

The FALCON S Masterline laser cutting machine is primarily designed for precision sheet metal cutting, while the FALCON T Masterline is dedicated to tube laser cutting of pipes and profiles up to 12 meters in length. Both models utilize advanced fiber laser technology and provide high precision and process automation, but they differ in application and machine design. The FALCON T Masterline includes additional features such as a pneumatic rotary chuck, weld seam detection system, and optimized processing for tubes and profiles. In contrast, the FALCON S Masterline is specialized for flat sheet metal processing and can be integrated with automated sheet storage and handling systems. These differences allow each solution to address specific production requirements.

20. Is investing in a FALCON T Masterline laser cutting machine feasible for mid-sized companies?

Yes. The FALCON T Masterline laser cutting machine is available in multiple configurations – from compact systems for smaller workshops to fully automated solutions for large-scale production facilities. Thanks to flexible financing options such as leasing, installment plans, and support in obtaining funding, the investment is accessible for mid-sized businesses. Different configurations allow the system to be tailored to specific production needs and budget requirements.

21. How long does it take to implement a FALCON T Masterline laser cutting machine, and can operators without experience handle it?

Implementation of the FALCON T Masterline laser cutting machine is relatively fast. Installation and commissioning typically take a few days, and full production can start within one to two weeks. The system is designed for ease of operation. With intuitive TubePro software, automated functions (such as laser power and focal adjustment), and a clear control interface, operators can be trained in a very short time – often within one day. No extensive experience with laser cutting machine systems is required. Basic knowledge of production machinery or CNC operation is sufficient.

22. How does the FALCON T Masterline laser cutting machine help gain a competitive advantage in the European market?

FALCON T Masterline laser cutting machine systems meet strict quality and safety standards required by Western European contractors. They deliver smooth edges, minimal distortion, and high repeatability – critical for manufacturing components for clients in Germany, France, and Scandinavia. Additionally, automation and energy efficiency reduce unit production cost, improving competitiveness in international manufacturing markets.

23. Where can I see and test the FALCON T Masterline laser cutting machine?

The FALCON T Masterline laser cutting machine can be seen and tested in our CNC showroom located in the Tri-City area. In the showroom, you can test the machine on your own parts or on prepared sample materials, compare different systems, and consult directly with technical specialists. The demonstration is free of charge, non-binding, and typically scheduled within 7 days. It is the best opportunity to evaluate machine performance and capabilities in conditions similar to your actual metal processing environment. To schedule a live machine demonstration at our showroom, please complete the contact form.
 
Knowledge base

Laser Cutting Machines – A Comprehensive Guide to Laser Cutting Devices

A Practical Guide to Fiber Technology and Choosing Laser Cutting Machines. Discover the advantages of modern devices and learn how to optimize the metal processing process.

Learn more

SCHEDULE A FREE CONSULTATION WITH OUR EXPERT

Fill out the contact form to get in touch with our expert who will help you choose optimal laser solutions, perfectly tailored to your needs.

  • 1.Fill out the form
  • 2.We'll contact you back within 24 hours
  • 3.Our expert will select the best solutions for your business