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Impeccable Cleanliness.
Maximum Surface Protection

The FANUCI Futura MOPA laser cleaning machine removes contaminants with full safety for the surface. It does not damage the material structure, does not cause micro-defects, and does not weaken the underlying material. This laser cleaning solution ensures precise cleaning without compromising surface integrity. See what else makes it stand out.

 
Laser cleaning of rust
 
 

Fiber laser cleaning
Key Benefits

  • Speed:
    Laser cleaning with the FANUCI Futura MOPA fiber laser cleaning system is significantly faster than traditional cleaning methods and abrasive cleaning methods. This allows for more efficient production planning and better process control in industrial sectors using laser cleaning machines and industrial laser systems.
  • High Precision:
    The FANUCI Futura MOPA laser cleaning equipment removes contaminants selectively using a focused laser beam and precise control of laser parameters, without damaging the surface. This ensures superior final product quality and enables selective removal of surface contaminants.
  • Versatile Applications:
    FANUCI Futura MOPA effectively cleans a wide range of materials and surface textures – from metal surfaces and stone to fabrics and parchment. It is used in automotive industry, medical device manufacturing, and restoration of artworks and monuments. It removes paint, rust, grease, oils, discoloration, and graffiti. It is also suitable for mold cleaning, industrial surface preparation, coating removal, and removing release agents in production environments.
  • Deformation-Free Cleaning:
    Fiber laser cleaning effectively removes contaminants without altering the structure of the underlying substrate or underlying surface. Unlike chemical cleaning or abrasive blasting, it ensures no deformation and no damage to metal surfaces.
  • No Post-Processing Required:
    After laser cleaning, the surface does not require additional processing. It remains smooth, precise, and ready for further operations such as adhesive bonding or powder coating, eliminating additional finishing stages and reducing maintenance downtime.
  • Cleaning of Various Materials:
    Thanks to laser technology and adjustable laser power, it is possible to clean many different materials, increasing flexibility in design and production processes across industrial sectors.
  • Contactless, One-Sided Process:
    Laser cleaning does not require contact with the surface. This reduces wear on equipment and lowers operational costs. It is a safe and efficient alternative to traditional methods, including abrasive media, dry ice blasting, and dry compressed air systems. It effectively removes contaminants from a wide range of materials, including metals, stone, and delicate surfaces such as artworks – frescoes, paintings, textiles, and parchment. It also reduces hazardous waste and eliminates chemical solvents.
  • Ease of Use:
    Operating the FANUCI Futura MOPA laser system does not require specialized qualifications, making it easy to implement in existing production lines. Its user-friendly interface supports fast adoption in industrial laser systems environments.
  • Easy Automation with Robots:
    Laser cleaning systems can be easily automated with robotic systems, increasing efficiency and enabling integration into modern production lines using fiber laser cleaning and advanced laser sources.
  • Minimal Maintenance:
    Minimal maintenance requirements make laser cleaners nearly maintenance-free, reducing service time and lowering operating costs. This contributes to fewer disruptions and higher productivity.
  • Low Operating Costs:
    Fiber lasers consume less energy, reducing operational expenses. Additionally, the FANUCI Futura MOPA laser cleaning system can be powered by photovoltaic panels for even greater efficiency. This results in low operating costs and minimal consumables compared to chemical cleaning or abrasive cleaning methods.
  • Pulsed or Continuous Cleaning Modes:
    Flexible operating modes – pulsed and continuous – make the laser system suitable for various applications, materials, and contamination types, including thick rust, paint stripping, and surface contaminants. This ensures optimal laser energy usage and higher power systems performance where needed.
 

WE WILL MATCH THE RIGHT MODEL
TO YOUR PRODUCTION PROCESSES

Free Consultation
 
 

See the FANUCI Futura MOPA
Laser Cleaning Machine in Action

 
 

Your Benefits with the
FANUCI Futura MOPA Laser Cleaning Machine

  • Power your production needs

    100W, 200W, 300W, or 500W.

  • World-class technology

    quality control in the USA, safety confirmed by certifications.

  • Long-term warranty

    2–5 years with upgrade options.

  • 24/7 technical support

    service available 24/7/365.

  • No waiting for parts

    no downtime, components always available in our warehouse.

  • Test before purchase

    in our showroom or directly at your facility.

  • Flexible financing options

    0% leasing, installment plans, or support in obtaining grants.

  • Customer trust

    professionalism and effectiveness of our equipment appreciated by clients worldwide.

 

ASK AN EXPERT ABOUT PARAMETERS,
APPLICATIONS OR CONFIGURATION

Free Consultation
 

FANUCI Futura MOPA Laser Cleaning Machine
Technical Data

Each FANUCI Futura MOPA laser cleaning system is individually configured to meet the requirements of your production processes. Technical parameters – including laser power, scanning head type, and additional features – depend on the specifics and type of materials being cleaned. You do not need to adapt to off-the-shelf solutions – we tailor the configuration to your needs. During a free technical consultation, our expert will analyze your requirements and recommend the optimal system specification to ensure maximum efficiency and precision in the laser cleaning process.

 
 

QUICK EXPERT ANSWERS ABOUT FIBER LASER CLEANING

What is fiber laser cleaning technology?

Fiber laser cleaning uses a highly concentrated laser beam that effectively removes contaminants such as paint, rust, oils, and grease. The laser energy causes these contaminants to evaporate or burn off without damaging the structure of the cleaned surface. Thanks to precise control of process parameters, the intensity of the cleaning action can be adjusted to the type of contamination and material, ensuring the safety of the underlying surface.

In which industries are laser cleaning machines used?

Laser cleaning technology is used across many demanding industrial sectors, including automotive, medical manufacturing, electronics, petrochemical industry, telecommunications, energy, automation, and outsourcing services.

What are the key advantages of laser cleaning machines compared to traditional methods?

Laser cleaning is reliable, easy to operate, and environmentally friendly. Laser radiation works in a non-contact manner, eliminating the risk of mechanical damage to surfaces. With the ability to precisely adjust parameters, the process meets a wide range of application requirements – from heavy-duty industrial cleaning to delicate conservation of monuments and works of art. The cost of laser cleaning is significantly lower compared to traditional cleaning methods, as it does not require chemicals or additional consumables. Laser cleaning technology delivers precise cleaning and high efficiency, making it increasingly popular in industry and modern manufacturing, effectively replacing older, less efficient methods.

Why is it worth using laser cleaning machines in the context of regulations and safety standards?

In the face of increasingly strict environmental regulations and rising safety standards, laser cleaning has become the preferred choice. It complies with ecological standards and is effective across a wide range of industrial applications.
 
 

MAKE THE BEST DECISION WITH EXPERT SUPPORT

Send a message

Our expert will ensure a smooth installation process, test the system in your production environment, and make sure it operates according to your expectations. We provide you with full information so you can make the best decision for your business – without any pressure to purchase. Our priority is to match the solution perfectly to your needs.

 

FAQ
Frequently Asked Questions About Laser Cleaning Machines

1. What is a laser cleaning system and where is it used?

A laser cleaning system is a precise, non-contact technology that removes rust, paint, grease, and other contaminants – effectively and without the risk of damaging the surface. Through selective cleaning, it removes unwanted layers exactly where needed, without affecting the material structure. It is used wherever absolute cleanliness and surface safety are critical: in automotive, energy, and many other industrial sectors.

2. How do FANUCI FIBER and MOPA laser cleaning machines differ?

FIBER laser cleaning machines are high-power systems designed for fast and aggressive removal of rust and contaminants from metal surfaces. They deliver maximum efficiency in heavy-duty cleaning applications. MOPA laser systems, on the other hand, offer greater control and precision, enabling gentle and non-invasive cleaning of sensitive surfaces, such as industrial molds and fine components.

3. What are the advantages of FANUCI laser cleaning machines compared to traditional cleaning methods?

FANUCI laser cleaning systems eliminate the need for chemicals and abrasive blasting, making them more environmentally friendly and safer to use. Laser technology allows for precise removal of contaminants without damaging the surface, ensuring fast, consistent, and repeatable results.

4. What surfaces can be cleaned with a laser?

Laser cleaning effectively removes dirt, corrosion, and paint from metal surfaces such as steel, aluminum, and other alloys. It also works on wood and plastics. This technology offers versatile, precise, and safe non-contact cleaning of various materials, including hard-to-reach areas, without risk of damage.

5. Is laser cleaning suitable for industrial applications?

Yes. Laser cleaning technology is designed for intensive industrial use. FANUCI Futura machines operate in continuous mode, enabling fast and efficient removal of contaminants in industries such as automotive, energy, and petrochemical processing.

6. How are laser cleaning parameters adjusted for specific applications?

Key parameters such as laser power and scanning head type must be matched to the surface type and level of contamination. For example, a 2000W FIBER laser is ideal for heavy rust removal from metal, while a 300W MOPA system is perfect for precise cleaning of molds and wood surfaces.

7. Does the FANUCI Futura MOPA laser cleaning machine require chemicals?

No. Laser technology eliminates the need for chemical agents, making it an environmentally friendly and safe solution. It ensures maximum cleaning efficiency without risk to the environment or the operator.

8. Is laser cleaning suitable for surface preparation before painting?

Yes. Laser cleaning removes rust, contaminants, and old paint residues, leaving a perfectly clean surface ready for painting, welding, or other manufacturing processes.

9. Why choose FANUCI Futura MOPA machines?

FANUCI Futura MOPA systems use advanced laser cleaning technology that combines high power, multiple operating modes, and exceptional reliability. Designed for demanding industrial applications, they deliver precision, efficiency, and durability wherever surface quality, safety, and immaculate cleanliness are essential.
 

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