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Tagalog Optimizing the cutting speed and cutting quality of the dual platform laser cutting machine through parameter adjustment is a key process. Here are some specific parameter adjustment suggestions:
1. * * Power adjustment * *: Adjust the laser power appropriately based on the thickness and type of material. Thicker materials typically require higher power, but excessive power can lead to excessive melting or burning of the material, affecting the quality of the incision. Therefore, while ensuring the ability to cut through the material, lower power should be used as much as possible.
2. * * Focus position adjustment * *: Focus position is a key factor affecting cutting quality and speed. The correct focus position can ensure that the laser beam forms the optimal energy density on the material surface, thereby improving cutting speed and incision quality. Usually, the focus position should be adjusted based on the thickness and type of material to ensure that the laser beam can accurately focus on the surface of the material.
3. * * Gas type and flow rate adjustment * *: The type and flow rate of auxiliary gas have a significant impact on cutting speed and incision quality. Different materials may require different types of auxiliary gases, such as nitrogen, oxygen, or air. Meanwhile, the adjustment of flow rate will also affect the cutting speed and slag removal effect. By conducting experiments to find the optimal gas type and flow rate combination, the cutting effect can be optimized.
4. * * Cutting speed adjustment * *: Cutting speed is an important factor affecting production efficiency and cutting quality. Too fast a cutting speed may result in incomplete cutting or rough cuts, while too slow a speed may waste time and energy. Therefore, it is necessary to comprehensively adjust the cutting speed based on factors such as material thickness, laser power, and focus position to achieve the best cutting effect.
5. * * Pulse frequency and pulse width adjustment * *: For pulse laser cutting machines, the adjustment of pulse frequency and pulse width can also affect cutting speed and incision quality. Higher pulse frequency and shorter pulse width can improve cutting speed, but may lead to rough cutting edges; Lower frequencies and longer widths may improve the quality of the incision, but lower the cutting speed. Therefore, it is necessary to weigh and adjust according to specific needs.
6. * * Other parameter adjustments * *: In addition to the main parameters mentioned above, it is also possible to consider adjusting parameters such as spot diameter and radiation angle to further optimize the cutting effect. The size of the spot diameter directly affects the precision and flatness of the cutting line, while the radiation angle may affect the energy distribution and cutting depth of the laser beam.
When adjusting parameters, it is recommended to conduct small-scale experimental adjustments and observe the changes in cutting effect and incision quality. By gradually optimizing and adjusting parameter combinations, the optimal cutting parameter settings can be found, thereby achieving optimization of cutting speed and cut quality.
It should be noted that different brands and models of dual platform laser cutting machines may have different parameter setting methods and adjustment ranges. Therefore, when adjusting parameters, reference should be made to the equipment manual or consult the manufacturer’s technical support personnel to ensure that the operation is carried out according to the correct methods and steps.
