1. Cleaning principle
Continuous laser cleaning machine: Cleaning is performed by continuously outputting laser beams. The laser beam continuously irradiates the target surface, and the dirt is evaporated or ablated through the thermal effect.
Pulse laser cleaning machine: The laser beam is output in the form of pulses. The energy of each pulse is high and the instantaneous power is large. The high energy of the laser pulse is instantaneously irradiated to produce a laser striking effect to peel off or break the dirt.
2. Application scenarios
Continuous laser cleaning machine: Suitable for cleaning light dirt attached to the surface, such as paint, grease, dust, etc., and suitable for cleaning large areas of flat surfaces.
Pulse laser cleaning machine: Suitable for processing dirt that is difficult to clean, such as oxide layers, coatings, welding slag, etc., and is more suitable for cleaning tasks with fine parts or high surface quality requirements.
3. Applicable materials
Continuous laser cleaning machine: Mostly used for heat-resistant metals, oxide layers and thick coating removal, etc., and has better effects on cleaning steel, iron, aluminum, copper, etc.
Pulse laser cleaning machine: suitable for surface cleaning of delicate and heat-sensitive materials, such as thin metals, precision parts, and sensitive electronic components, and is not easy to damage the substrate.
4. Cleaning effect
Continuous laser cleaning machine: Due to the continuous and stable output of energy, the effect is relatively stable, suitable for large-scale continuous operations, and the cleaning effect on the surface of objects is relatively gentle.
Pulse laser cleaning machine: It can generate instantaneous high temperature and high pressure, effectively remove pollutants on the surface of objects, have little impact on the substrate, and is suitable for cleaning objects with high surface requirements.
5. Equipment cost and operation difficulty
Continuous laser cleaning machine: The equipment cost and maintenance cost are low, suitable for large-scale conventional industrial cleaning needs, and the operation is relatively simple.
Pulse laser cleaning machine: The equipment cost is high, because it can achieve zero damage to the substrate, which can improve accuracy and efficiency in fine processing and high-end applications.
6. Applicable scenarios and summary of advantages and disadvantages
Continuous laser cleaning machine: Suitable for cleaning light dirt on large areas and flat surfaces, with high efficiency, simple operation and low cost. However, its cleaning effect is relatively weak and is not suitable for tasks with fine parts or high surface quality requirements.
Pulse laser cleaning machine: Suitable for cleaning tasks with fine parts and high surface quality requirements, with good cleaning effect and little damage to the substrate. However, its equipment cost is relatively high and operation requires high professional skills.
In summary, the choice of continuous laser cleaning machine or pulse laser cleaning machine needs to be based on the specific cleaning needs and the surface conditions of the object.
Post time: Nov-19-2024
