Fiber Laser Cutting Technology
Introduction

Fiber laser cutting technology is rapidly gaining popularity in the metal processing industrial sector, gradually displacing traditional, less efficient methods. Thanks to exceptional precision, flexibility and high operational efficiency, laser cutting is an ideal solution for the most demanding industries. It is widely used in sectors such as aviation, automotive, defense, medical device manufacturing, electronics, petrochemical industry, telecommunications, energy, automation and outsourcing services. Thanks to advanced technology and innovative solutions, laser cutting allows for systematically increasing precision, efficiency and competitiveness of production, meeting the highest standards of modern industry.

  • High precision and accuracy:
    Fiber laser cutting technology ensures a narrow focus point and high energy density, resulting in absolute precision processing with minimal thermal deformation, guaranteeing high accuracy and quality of cutting shapes and patterns.
  • Speed and efficiency:
    Fiber laser cutting technology enables fast and efficient material processing, leading to increased productivity. It can process both thin and thick materials multiple times faster than traditional cutting methods.
  • Versatility:
    Fiber laser cutting technology is adapted to a wide range of materials, including various metals (black steel, stainless steel, aluminum, copper, brass), plastics, and even some composites. This versatility makes it an ideal solution for various industrial applications.
  • Low maintenance costs:
    Fiber laser cutting technology doesn't require as frequent maintenance as CO2 lasers, plasma lasers, or other traditional cutting methods. This significantly reduces downtime and operational costs.
  • Energy efficiency:
    Fiber laser cutting technology is more energy-efficient compared to CO2 lasers or plasma lasers, consuming relatively less energy for the same amount of cutting. This translates into lower operating costs and a smaller carbon footprint.
  • Reduced consumables usage:
    Fiber laser cutting technology, unlike traditional CO2 laser or plasma laser technologies, doesn't require costly and complicated maintenance, which further reduces operating costs and simplifies the cutting process.
  • Enhanced safety:
    Fiber laser cutting technology is primarily workplace safety, such as enclosed work areas and automatic shutdown mechanisms, which significantly reduces the risk of accidents.
  • High beam quality:
    Fiber laser cutting technology enables an optimal cutting process characterized by smoother edges and reduced need for additional finishing processes of material processing.
  • Flexibility and customization:
    Fiber laser cutting technology allows for easier integration in various production environments. Its flexibility also enables easy personalization and adaptation to specific processing requirements.
  • Technological progress and development:
    Fiber laser cutting technology is constantly being developed, which has made fiber cutting the leading solution in modern manufacturing, offering unmatched precision, efficiency, and versatility.

TEKIO T Compactline
Basic Models

 

TEKIO TM Compactline

 

TEKIO TA Compactline

 

TEKIO T Compactline
Key Components

Tekio T Compactline fiber laser cutters for tubes and profiles are a top-tier choice among budget-oriented solutions based on advanced fiber laser technology. By integrating patented technologies and teh use of components from world renowned suppliers, Tekio sets a new price competitive standard for afforadble quality, efficiency and innovation. Each machine is tailored to the customers specific production needs, ensuring maximum flexibility and operational efficiency in every application.

Components Manufacturer
Laser source (fiber) Ultron / Max / Raycus
Laser head (2D/3D Auto-Focus) Raytools
Control system Tmotion
Software TubeCut
Nesting TubesT
Chucks and supports Pneumatic
Servo motors Yaskawa
Electrical Schneider
Pneumatics SMC
Liner guides HIWIN
Gear racks YYC
Bearings NSK
Gear motor Motoreducer
Voltage stabilizer VolREG
Light curtains SafeGuards
Cooling system Tongfei
Fume filtration VINCH
 

TEKIO T Compactline
Technical Data

Technical parameters of TEKIO laser cutters are customized individually, depending on the final configuration of the selected model. Detailed specifications are included in commercial offers, which we prepare after consultation with our expert. This ensures optimal solutions, perfectly tailored to specific production needs. For additional information, please contact our team.

 

Do you have questions?
Schedule a free consultation today!

If you have any questions regarding laser cutting of tubes and profiles, we encourage you to contact our customer service office. Our team of experts is ready to provide all information and advise on the selection of appropriate technologies and solutions. We offer technical support, detailed consultations, and quick responses to all inquiries. Please contact us by phone, email, or through our contact form. We are here to support you at every stage of cooperation.

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Knowledge base

Buying a laser cutting machine – what should you pay attention to?

Laser cutting machines are now used in many fields, such as machining, equipment manufacturing, the aerospace industry, and advertising. Laser cutting itself has already earned well-deserved recognition in the industry.

Learn more

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