The FIBERTUBE - ECO provides the flexibility of both semi-automatic and manual operation, allowing customers to select the option that best fits their preferences and operational requirements for optimal efficiency.
Capable of processing round, square, and rectangular tubes with diameters up to 200x6500mm, it handles diverse cutting requirements with precision.
With dimensions of 14600x5000x2600mm and a weight of 8500kg, this machine offers robust performance within a compact footprint, featuring 0.5G acceleration and 10 axes.
Equipped with BECKHOFF CNC, servo motors, and a Precitec LightCutter Autofocus cutting head, ensuring accurate and efficient cutting operations.
Seamlessly integrates with leading CAD/CAM software like Lantek or Metalix (MTube) for optimized cutting paths and enhanced operational efficiency.
Designed to process tubes and profiles up to 960kg, with a loading length of 6000mm and unloading length of 4500mm, offering versatility and reliability for various manufacturing needs.
The Fly-Cut feature enables very high-speed cutting of repetitive geometries such as circular and equilateral shapes by keeping the laser active while the head moves continuously over the pattern. This reduces head acceleration and deceleration cycles, shortens processing time, and maintains stable cut quality—ideal for high-volume production of identical parts.
In laser cutting operations, parts may shift, tilt, or deform slightly during or after processing—creating collision risks for the cutting head. The Anti-Collision System monitors the cutting process and helps prevent potential impacts between the laser cutting head and irregular parts on the table.
Protecting the cutting head is critical not only for equipment safety, but also for process stability. Collision-related damage can lead to unexpected failures in nozzles, sensors, and cutting head components, along with calibration loss and inconsistent cut quality. By reducing these risks, the system enhances operational safety, minimizes unplanned downtime, and supports stable, repeatable production performance.
Key Benefits
Frequency Cutting Mode significantly improves cutting performance on thick materials.
Piercing operations are completed in a shorter time, while excessive heat build-up on the sheet during cutting is largely reduced.
With frequency modulation applied in sharp corners, the system enables steep corner cuts on thick materials without edge melting and without adding an unwanted corner radius. This improves part quality, reduces the need for secondary finishing, and increases overall production efficiency.
By connecting the machine to the internet, operating status and key information can be automatically sent to predefined e-mail addresses.
In the event of a fault, the relevant error code is immediately transmitted via e-mail, enabling faster reaction, quicker troubleshooting, and better monitoring of your production.
This IoT-based notification system helps you keep your laser under control—even when you are away from the shop floor.
The beam status is displayed on-screen, and any off-center condition can be corrected via a single command from the operator panel. This ensures stable setup and consistent process control without complex manual steps.
Included: Nozzle Quality Detection
The nozzle is a critical component that can become contaminated, worn, deformed, or misaligned over time—directly affecting cut quality and accuracy. With CALBEC selected, the system monitors nozzle condition and alerts the operator before performance is impacted. If deviation exceeds tolerance, the machine issues a warning and prompts inspection or replacement when necessary.
Key Benefits
Reduced downtime and less operator intervention
Different material types and thicknesses require different nozzle types and diameters for optimum cutting quality.
With the Automatic Nozzle Changer, the system automatically selects and changes the appropriate nozzle according to the defined sheet type and thickness.
This feature:
The standard nozzle cleaning system on Fibermak series lasers automatically removes slag and dirt accumulated on the nozzle using a dedicated cleaning brush. This process keeps the nozzle clean, helps maintain stable cutting performance, and reduces the need for manual intervention—saving time and ensuring consistent cut quality.
Mixed gas cutting combines the advantages of oxygen and nitrogen to achieve the perfect balance between cutting speed, edge quality, and cost efficiency.
By optimizing the gas ratio according to material type and thickness, this method ensures smoother edges, reduced oxidation, and higher productivity — especially for carbon steel and stainless steel applications.
Ideal for users seeking improved cutting precision, cleaner surfaces, and greater efficiency, the mixed gas option delivers exceptional performance in both thin and medium sheet thicknesses.
With its integrated sensor, PierceTec monitors and controls laser power and piercing duration in real time. By automatically adjusting the process according to material and conditions, it ensures stable pierce quality, reduces unnecessary heat input, and prevents over-piercing.
As a result, PierceTec helps shorten cycle times and contributes to lower operating costs, especially in parts with a high number of piercings.
On Fibermak machines equipped with pipe and profile cutting options, an Automatic Profile Alignment system is used together with the profile cutting table to achieve precise profile cutting.
The system automatically aligns the profile before cutting, helping to eliminate measurement drifts and angular deviations that may occur during profile processing.
This feature improves dimensional accuracy, reduces rework, and ensures consistent quality in pipe and profile cutting applications.
With Ermaksan’s Vision Auto Remnant feature, remnant sheet detection becomes fully automated. Using advanced camera technology, the system identifies and tracks usable leftover materials, helping manufacturers reduce waste and maximize efficiency.
Key Benefits:
With Vision Auto Remnant, every millimeter matters — upgrade your laser cutting with intelligent automation.
Automatic Nesting uses the part geometry data together with the image taken from the camera to reposition parts on the available sheet area and generate the corresponding NC code.
This feature reduces manual nesting time, helps optimize sheet usage, and minimizes material waste—especially when working with remnants or mixed parts on the same sheet.
Jobs added to the work list can be automatically assigned to the sheets detected by the camera, defining exactly which part will be cut from which sheet. This feature is ideal for managing multiple sheets, optimizing material usage, and organizing production more efficiently.
While the machine is cutting, the system displays a colored 2D graphic of the NC code in real time, showing exactly which line of code is being executed. This clear and user-friendly interface makes it easier to follow the cutting path, monitor progress, and quickly detect any irregularities during operation.
With ERAI – AI Assistant, you can easily discover features you may not yet be using, access solution suggestions for errors, and receive step-by-step guidance during your daily operations.
ERAI supports operators with practical recommendations, helps shorten troubleshooting time, and makes it easier to use the machine efficiently and correctly.
Always available when you need support, ERAI acts as a digital guide to enhance productivity, minimize mistakes, and improve the overall user experience.
Fast Piercing feature significantly reduces cycle times, boosting overall productivity by up to 25%. With faster part processing and minimized downtime, manufacturers benefit from lower operational costs and higher efficiency on every job.
Key Benefits:
Upgrade your manufacturing performance with the power of Fast Piercing.
Thanks to Ermaksan’s advanced laser technology, countersunk holes can now be created directly during the cutting process, without the need for additional drilling or milling steps. This eliminates secondary operations, reduces cycle times, and increases production efficiency.
Advantages:
Achieve perfect countersink results in a single step. Discover how Ermaksan laser systems can streamline your production.
The system detects beam position continuously and centers it precisely using an integrated motorized mechanism. Advanced image processing ensures high accuracy and repeatability, minimizes human error, and standardizes operations—improving uptime and overall production efficiency.
Nozzle Quality Detection
With SALBEC selected, the system also provides automatic nozzle condition monitoring to help maintain stable cutting quality. It detects nozzle contamination, wear, deformation, or misalignment and notifies the operator before these issues affect accuracy or surface quality—supporting consistent results and reducing unplanned downtime.
Key Advantages
SALBEC is available on ERMAKSAN FIBERMAK series laser cutting machines.
DXF Converter is an advanced conversion solution that allows you to easily transform DXF-format files into NC code directly through the machine’s HMI—without the need for external CAM software. It analyzes even the most complex geometries and generates optimized NC code with production-specific cutting parameters.
The intuitive interface enables operators to upload files and define all key parameters such as material type, thickness, gas, and pierce options—ensuring full control over the cutting process with just a few simple steps.
Supported Features:
Key Benefits:
✅ Transition from design to production without CAM software
✅ Fast and flexible NC code generation
✅ High accuracy for complex geometries
✅ Reduces operator dependency
✅ Enhances manufacturing efficiency and adaptability
DXF Converter brings speed, precision, and full process control to your shop floor—right from the control panel.
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