PRECISION, COST SAVINGS AND SPEED BEYOND
TRADITIONAL WELDING METHODS

 

Accelerate production processes, reduce operational costs, and simultaneously improve the quality of your work.

1 100W - 3 400W
 
FANUCI PRO GenX Laser Welding Machine
A bestselling industrial laser welding machine, highly valued by customers worldwide. Designed to meet all production requirements. One of the most advanced fiber laser welders in its class.
1 000W - 2 000W
 
FANUCI PRO Portable Laser Welding Machine
A portable, lightweight laser welding machine. Versatile, easy to transport, and convenient to operate in various working environments.
1 000W - 3 000W
 
FANUCI Compact Laser Welding Machine
Expand your production capabilities with a laser welding system that offers one of the most competitive prices on the global market.
 
 

WHICH LASER WELDING MACHINE SHOULD YOU CHOOSE?
SEE COMPARISON

It can be difficult to choose a supplier when all of them appear to offer similar solutions, while price differences between machines are significant and not always clear. Check a reliable comparison of models and select the best laser welding machine for your needs.

 
  FANUCI PRO GenX Laser Welding Machine FANUCI PRO Portable Laser Welding Machine FANUCI Compact Laser Welding Machine
HIGHEST POWER OUTPUT      
CERTIFICATION CE, SGS, TUV, FDA CE, TUV, FDA CE
MULTI-SHIFT OPERATION      
MOBILITY      
WIRELESS CONTROL      
INDUSTRY 4.0 READY      
LIQUID COOLING      
AIR COOLING      
 
 
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WHY FANUCI LASER
WELDING MACHINES

Laser welding technology enables the execution of more advanced projects, increasing company competitiveness and the quality of provided services.

 
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  • Technology that accelerates production processes

    It is difficult to compete in the market when everyone uses similar technologies. Laser welding machines significantly speed up production workflows and make it extremely difficult for competitors to match your machinery park in terms of service quality.

  • Up to 10x faster than TIG and MIG/MAG welding

    Laser welding solves productivity limitations. It is the fastest welding technology available, requiring no post-processing. Welds are clean and aesthetic, eliminating the need for grinding seams or straightening metal sheets.

  • Equipment certifications

    Purchasing from a supplier whose machines lack certifications exposes you to risks such as losing contracts. FANUCI laser welding machines come with all necessary certifications (CE, SGS, TUV, FDA), ensuring compliance and reliability.

  • Highest quality of material joining

    Laser technology eliminates imperfections dependent on human error. As a result, welded components are immediately ready for painting, ensuring consistent production quality, significant cost savings, and reduced post-processing time.

  • Welding precision up to 0.1 mm

    Laser welders enable extremely precise seams, which is especially important in manufacturing components requiring high-quality finishing and minimal tolerances.

  • Lower production costs

    Annual savings with laser welding can reach tens of thousands of euros on welding consumables, operating materials, and post-processing costs.

  • 100,000 hours of service life

    Our 10+ years of experience and customer feedback confirm the unmatched durability of our fiber laser welding machines. The estimated fiber laser source lifespan reaches up to 100,000 operating hours.

  • Even five-figure savings

    Everyone struggles with costs, and switching technology often brings no real improvement? Many of our customers, after switching to fiber laser welding technology, achieve even five-figure annual savings.

  • Easy operation

    The need for qualified and highly experienced welders is no longer your problem. Laser welding machines do not require special licenses and are easy to operate even for users without prior experience in welding technology.

  • Lower maintenance costs

    Reduced shielding gas consumption by 30–40% and 10–15% less welding wire compared to TIG and MIG/MAG. When your investment in laser welding machines pays off multiple times, you know you have made the right business decision.

  • Welding speed

    Welding speed reaches up to 10 meters per minute. This is significantly faster than TIG or MIG/MAG welding, where speed is limited by manual precision that is difficult and demanding to maintain consistently.

 
 

CNC MACHINE CENTER IS THE OFFICIAL EUROPEAN HEADQUARTERS OF FANUCI & FALCON

Use equipment from a renowned brand to implement laser technology and build a strong position in the industry that secures your company for years to come.

 
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  • In the industry since 2013

    With the current boom in laser technology, choosing a reliable supplier can be difficult and trust is a key concern. Over 10 years of experience in laser technology is one of the most common reasons customers choose our laser welding machines and fiber laser welders.

  • Live machine testing

    Thanks to our showroom and demo car service, you can see laser welding machines in action live, verifying their performance, precision, and weld quality on the exact materials used in your production.

  • Fast and on-demand service

    We operate our own service department with a full warehouse of spare parts, which allows us to complete most repairs immediately. We also offer service agreements of up to 7 years.

  • Operator training

    We handle installation, safety training, and full operational instruction. Your employees receive practical training tailored to their skill level, enabling them to fully utilize the capabilities of laser welding systems and welding machines.

  • Pressure-free consulting

    We support you so that, with full information and confidence, you can make the best decision for your company. We do not push sales. Instead, we focus on recommending solutions that truly match your needs in laser welding and metal processing.

  • Support at every stage

    Beyond supplying laser welding machines, we provide extensive post-purchase support. Our expert guides you through installation, tests the machine in real production conditions, and ensures all functions operate according to your requirements.

  • 0% leasing

    Attractive financing options help you maintain financial stability while planning and executing your investment in laser welding systems.

  • Warranty from 2 to 7 years

    All purchased laser welding machines come with up to a 7-year warranty. After purchase, we provide full care and support at every stage where assistance is needed.

 

FAQ
– Frequently Asked Questions About Laser Welding Machines

1. How to choose the right laser welding machines for my production?

Choosing laser welding machines depends on your materials, production volume, and required precision. Key factors include welding speed, efficiency, laser source type, and whether you need portability or industrial-scale performance. For high-volume manufacturing, fiber laser systems are typically the best choice.

2. What are fiber laser welders and why are they considered industry standard?

Fiber laser welders use a fiber laser source with rare-earth doped optical fibers, delivering high efficiency, stability, and low maintenance. They are currently the industry standard due to their speed, precision, and ability to weld materials like stainless steel, carbon steel, and aluminum with minimal distortion.

3. What types of laser welding machines are available?

Key types of laser welding machines include:
- Fiber laser welding machines,
- CO₂ laser systems,
- Nd:YAG laser welding machines.

They can operate in pulsed or continuous wave (CW) modes, depending on application and material thickness.

4. What materials can be welded using laser welding technology?

Laser welding machines can join a wide range of metals, including stainless steel, carbon steel, aluminum, titanium, and copper. They are also used in specialized applications involving dissimilar metal combinations under controlled parameters.

5. Can laser welding machines be used for thin metals?

Yes. Laser welding is ideal for thin metals, because it provides precisely controlled energy input. This allows clean welds without burn-through, making it suitable for delicate components and high-precision production.

6. What is the difference between pulsed and continuous wave laser welding?

Pulsed laser welding delivers energy in short bursts, reducing heat input and protecting thin materials. Continuous wave (CW) welding provides constant energy flow, allowing deep, continuous seams on thicker materials with higher penetration.

7. What are Nd:YAG laser welding machines used for?

Nd:YAG laser welding machines are solid-state systems designed for precision spot welding and delicate applications. They deliver high peak power in short pulses, making them suitable for electronics, medical devices, and fine metalworking.

8. In which industries are laser welding machines most commonly used?

Laser welding machines are widely used in automotive, aerospace, electronics, and medical industries. They are valued for high precision, fast production cycles, and the ability to weld complex and thin components with minimal post-processing.

9. What are the main advantages of laser welding machines compared to TIG and MIG/MAG?

Laser welding machines are significantly faster than TIG and MIG/MAG welding, often up to 8–10x. They also provide higher precision, smaller heat-affected zones, and minimal distortion, which reduces or eliminates post-weld finishing such as grinding or straightening.

10. Can fiber laser welders be used for stainless steel?

Yes. Fiber laser welders are highly effective for stainless steel, producing clean, strong, and corrosion-resistant welds with excellent repeatability and minimal thermal deformation.

11. Is aluminum welding possible with laser welding machines?

Yes, aluminum can be welded using laser welding machines, especially fiber laser systems. With correctly set parameters, they ensure stable weld quality in industries like automotive and aerospace.

12. Can copper and copper alloys be welded with laser technology?

Yes, copper and copper alloys can be welded using laser welding machines, but they require precise control due to high reflectivity and thermal conductivity. Proper parameter settings ensure stable and reliable results.

13. What is the heat-affected zone in laser welding?

The heat-affected zone (HAZ) in laser welding is very small compared to traditional methods. This minimizes material distortion, reduces warping, and improves overall weld quality, especially for thin metals and precision parts.

14. Do laser welding machines require post-processing?

In most cases, no. Laser welding machines produce clean and precise seams that do not require additional grinding, polishing, or straightening, which significantly reduces production time and costs.

15. How precise are fiber laser welding machines?

Fiber laser welding machines can achieve extremely high precision, with accuracy down to approximately 0.1 mm. This makes them ideal for applications requiring tight tolerances and high-quality finishing.

16. Are laser welding machines suitable for mass production?

Yes. Laser welding machines are designed for high throughput environments. They deliver consistent performance, fast production cycles, and reduced material waste, making them ideal for competitive industrial manufacturing.

17. Are laser welding machines safe to use in industrial environments?

Yes. Modern laser welding machines are equipped with protective enclosures, safety interlocks, sensors, and controlled laser beam systems. These features ensure safe operation when proper procedures and training are followed.

18. What is the lifespan of fiber laser welders?

High-quality fiber laser welders can reach up to 100,000 operating hours for the laser source. This makes them a long-term investment with stable performance over many years of industrial use.

19. Do laser welding machines require a highly skilled operator?

No. One of the advantages of laser welding machines is their ease of use. Operators can be trained quickly, even without extensive welding experience, since many parameters are precisely controlled by the system.

20. How do laser welding machines reduce production costs?

Laser welding machines reduce costs by lowering material waste, minimizing consumables, reducing post-processing, and increasing production speed. This leads to higher efficiency and lower total operating expenses.

21. What is the difference between laser welding and traditional welding methods?

Compared to TIG or MIG welding, laser welding machines deliver higher precision, faster processing speeds, and smaller heat-affected zones. They also produce cleaner welds that typically require no finishing work.

22. Can laser welding machines be integrated into automated production lines?

Yes. Laser welding systems are widely used in automation and Industry 4.0 environments. They can be integrated with robotic arms, CNC systems, and production lines for continuous high-volume manufacturing.

23. What industries benefit most from fiber laser welding machines?

Industries such as automotive, aerospace, electronics, metal fabrication, and medical device manufacturing benefit the most due to the need for precision, speed, and repeatable high-quality welds.

24. Are laser welding machines suitable for both thin and thick materials?

Yes. Depending on the configuration, laser welding machines can be used for both thin sheets (with pulsed mode) and thicker materials (with continuous wave welding), offering high versatility across applications.
 

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