To ensure optimal performance of your laser machine, it's essential to take care of the circulating water and the water tank. The first step is to ensure that the laser tube is filled with circulating water before turning on the machine. The quality and temperature of the circulating water have a direct impact on the lifespan of the laser tube. Therefore, it's crucial to replace the circulating water and clean the water tank regularly, preferably once a week. This maintenance practice will help extend the longevity of your laser machine and enhance its performance.
Over time, the fan within the machine can accumulate considerable amounts of dust and solid particles, ultimately leading to increased noise levels which adversely affects the exhaust and deodorization capabilities of the machine. If the fan suction becomes inadequate or the smoke does not disperse easily, it is essential to conduct a thorough cleaning of the fan.
Lens cleaning is an essential task in maintaining the performance of the machine. To ensure optimal functioning, there are mirrors and focusing mirrors in the equipment that help reflect and focus the laser light emitted from the laser head. However, these lenses are prone to getting stained with dust or other contaminants, which can be detrimental to the laser's efficiency and cause damage to the lens itself. That's why it is crucial to incorporate a daily cleaning routine for the lenses.
To maintain the accuracy and prolong the lifespan of the equipment, it is crucial to regularly clean the guide rail and linear axis. During the equipment's operation, a significant amount of corrosive dust and smoke is produced, which accumulates on these surfaces over time. This build-up negatively affects the processing accuracy and leads to corrosion points on the linear axis. Therefore, it is recommended to clean the machine rails every two weeks. Remember to always turn off the machine before starting the cleaning process.
As the system continues to function and move, the screws and couplings in the motion connection can loosen over time, causing instability in mechanical motion. Therefore, it's crucial to monitor the transmission components during machine operation for any abnormal noises or phenomena. Any detected issues must be immediately addressed and resolved to avoid further complications. Maintaining the stability of motion system connections is essential for the durability and effectiveness of the machine.
During the inspection of the machine's optical path, it is important to consider the completion of the optical path system, which involves the reflection of the mirror and the focusing of the focusing mirror. Although there is no offset problem with the focusing mirror in the optical path, there is a possibility that the three mirrors may have a mechanical offset since they are fixed in place. Under normal circumstances, no deviation should occur, but it is highly recommended for the user to check the normality of the optical path before beginning any work.