As an important equipment in modern industry, laser cutting machine is widely used in cutting and processing of various materials such as metal and non-metal. 3000W CNC laser cutting machine has become one of the more common equipment on the market with its high precision and high efficiency. However, during long-term use, the laser protection plate may need to be replaced for various reasons to ensure the normal operation of the equipment and the safety of the operator.
1. The importance and function of the laser protection plate
Protect optical components: The laser protection plate is a key component to protect the internal optical components of the laser cutting machine from damage by splashes and smoke. It effectively blocks impurities generated during the processing process and ensures the quality and stability of the laser beam.
Ensure operational safety: The laser protection plate can also prevent laser radiation from causing harm to the operator and improve the safety of the working environment. At the same time, installing a protective plate can also reduce the leakage of dust and harmful gases and ensure the cleanliness and hygiene of the factory.
2. Preparation before replacement
Prepare tools and materials: dust-free cloth, dust-free cotton swab, anhydrous alcohol with a concentration of more than 98%, masking paper, hexagonal wrench, protective lens locking tooling and new protective lens.
Ensure safety: Before performing any maintenance or replacement work, be sure to disconnect the power supply of the laser cutting machine to ensure the safety of the operator.
3. Replacement steps
Remove the old protective plate: Use a hexagonal wrench to remove the screws that fix the laser protective plate. Gently pull out the old protective plate, and be careful to avoid dust from entering the cavity. Masking paper can be used to seal the cavity opening to prevent dust from entering.
Clean the cavity: Dip a dust-free cloth in an appropriate amount of anhydrous alcohol and gently wipe the inside of the protective plate slot to ensure that it is dust-free and stain-free.
Install a new protective plate: Tear off the protective film on one side of the new protective plate, align it with the slot and gently place it. Use the protective lens locking tooling to fix the protective plate in place. Tear off the protective film on the other side to ensure that the protective plate is fully fitted.
Inspection and testing: After installation, carefully check whether the protective plate is firm and whether there is any light leakage. Reconnect the power supply, perform a simple test cut, and observe whether the laser beam is normal.
4. Precautions
Choose a suitable protective plate: Choose a suitable protective plate material according to the laser wavelength, such as Model: XL3PW6D5T, which is suitable for 315-445nm OD4+, 800-950nm OD5+, 950-1080 OD6+, 1080-1090 OD5+ and other wavelengths.
Regular inspection and maintenance: Even if there is no fixed replacement cycle, the condition of the protective plate should be checked regularly to detect and replace damaged parts in time. Keep the work area clean to reduce the impact of dust and debris on the protective plate.
Follow manufacturer recommendations: Different manufacturers may have different recommendations for the maintenance and replacement cycle of their equipment. It is very important to consult the user manual or contact the manufacturer for specific maintenance guidelines.
Professional installation: The replacement of the protective plate should be performed by professional technicians to ensure proper installation and sealing.
5. Summary
Through a reasonable maintenance strategy and correct replacement steps, the service life of the laser protective plate can be maximized while ensuring cutting quality and equipment performance. Regular inspection and maintenance are the key to ensure the long-term and stable operation of the 3000W Fiber Laser Cutting Machine. Through a reasonable maintenance strategy, the service life of the protective plate can be maximized while ensuring the cutting quality and equipment performance.