![]() ![]() This leads to production bottlenecks and low cleaning efficiency.įiber laser cleaners, on the other hand, quickly and effectively clean surfaces in automated production lines. Traditional cleaning methods like sandblasting and chemical cleaning require multiple steps and can be slow and labor-intensive to clean precise areas. High SpeedĪnother advantage of fiber laser cleaners is their speed. This allows manufacturers to clean delicate components like EV batteries or fuel cells without the risk of damaging their surface, their structure, or other components. Because the laser beam is focused on a very small area, it can effectively clean specific areas without touching the rest (selective paint stripping). One major advantage of fiber laser cleaners is their precision and repeatability. ![]() They are especially useful in high-volume production lines to improve efficiency and part quality. Advantages of Fiber Laser Cleaningįiber lasers offer competitive advantages in manufacturing. The laser system is mounted on wheels so it can be moved around. These systems are well-suited for low-volume production environments where multiple parts of various shapes and sizes need to be cleaned. The operator holds a “gun” that can be positioned to access any area on complex workpieces. Handheld laser systems are designed to be portable. At Laserax, high power lasers systems offer up to 1,000W of laser power, while our ultra-high power systems offer up to 3,000W of power. High-power fiber lasers can be installed in machines when the speed of the cleaning process is of the utmost importance. Workstations can still achieve a high throughput when equipped with a rotary table, as operators can load parts onto the table while other parts are being cleaned on the other side. For low production volumes, manually loaded workstations are often preferred over fully automated solutions. ![]()
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