Leave Your Message
Pulse Laser Cleaning Machines

Pulse Laser Cleaning Head

Products Categories
Featured Products
1064nm Fiber Laser YAG F-theta Lenses

1064nm Fiber Laser YAG F-theta Lenses
266nmF-theta Lenses

266nmF-theta Lenses
10.6 um CO2 f-theta lenses

10.6 um CO2 f-theta lenses
1030-1080nm f-theta lenses

1030-1080nm f-theta lenses
808nm f-theta lenses

808nm f-theta lenses
532nm Green Laser F-theta Lenses

532nm Green Laser F-theta Lenses
355nm UV F-theta Lenses

355nm UV F-theta Lenses
Achromatic F-Theta lens

Achromatic F-Theta lens
01
Pulse Laser Cleaning Head.jpg
Pulse Laser Cleaning Head (1).jpg
Pulse Laser Cleaning Head (2).jpg

Pulse Laser Cleaning Machines

1. Can choose cleaning locations and sizes support precision cleaning.
2. Applicable to objects of various materials including organic pollutants and inorganic compounds
3. Environmental friendly no need chemical cleaning agents.
4. Handheld use or automated with robotic arms,easy to operate.
5. Energy-efficient and stable to use. long life, long service life.
6. Multiple adjustable parameters, support surface roughening and improving adhesion function.

    Click on inquiry

    Contact us

    1064nm

    Parameters

    Specifications

    Model

    JG-A04(L)

    Optical Fiber Interface

    QCS(Φ17）

    Laser Power

    ≤300W（Pulse laser）

    F-theta Lens Specifications

    F254（F160/F210/F330/F420）

    Scan Area

    150mm*150mm

    Auxiliary Air Pressure

    ≤0.8Mpa

    Clear Aperture

    Ø12

    Weight

     ≈ 0.78Kg
    02

    Industrial Application

    Mold Cleaning: In the tire manufacturing process, laser cleaning technology is used for cleaning tire molds, avoiding damage to the precision of the molds from traditional cleaning methods, while reducing the use of chemical solvents and improving work efficiency.
    Old Paint Removal: In the aviation industry, laser cleaning systems are used to remove old paint from the surfaces of aircraft, avoiding damage to the metal surface from traditional mechanical removal methods.

    Medical Device Industry:

    Removal of Contaminants and Residues: Laser cleaning technology can efficiently remove organic and inorganic contaminants from the surfaces of medical devices, maintaining the cleanliness of the devices and reducing the risk of infection.
    Surface Treatment and Disinfection: Laser cleaning not only removes surface contaminants but also enhances their antimicrobial properties, improving the effectiveness of disinfection.
    Mold Cleaning: In the production process of medical devices, laser cleaning technology can efficiently remove residues from molds, extending the service life of the molds.

    Optical path diagram

    Optical Mirror

    Laser Marking

    Optical Mirror

    Optical Mirror

    Focusing lens

    Focusing lens

    Beam Expander

    Beam Expander

    Telecentric F-theta lens

    Telecentric F-theta lens

    Application

    Laser marking

    Laser Marking

    Laser Welding

    Laser Welding

    laser cutting

    Laser engraving

    Beam

    laser cutting

    laser cleaning

    laser cleaning

    laser drilling

    laser drilling

    Your Name*

    Phone Number

    Country

    Remarks*

    reset