The power classification of continuous fiber laser cleaning machines is generally 1KW, 1.5KW, 2KW, and 3KW.
The main reasons why the 1.5KW model is the most commonly chosen, while the 1KW, 2KW, and 3KW models are less popular, are as follows:
Adaptability to different cleaning environments: The 1.5KW fiber laser cleaning machine performs exceptionally well in various cleaning environments. It can clean materials and adapt to different on-site conditions, with a sufficiently long cable length (15 meters) that eliminates the need for frequent machine movement.
Equipment stability: The choice of a 1.5KW fiber laser cleaning machine is to maintain equipment stability.
Cleaning sites often have a significant amount of dust, rust, or other particles.
If the focal length of the cleaning head is too short, these particles can easily attach to the protective lens or the internal components of the cleaning head, damaging the focusing lens.
On the other hand, if the focal length is too long, the cleaning capacity of a 1KW machine will weaken.
The 1.5KW focal length strikes a balance, reducing the impact of particles on the cleaning head, thereby enhancing equipment reliability and stability.
Cost-effectiveness: Higher power laser cleaning machines (such as 2KW and 3KW) can lead to small dust particles adhering to the protective lens due to excessive energy, increasing the risk of burning the protective lens. The 1.5KW power level is more suitable in this regard, offering sufficient cleaning capability while reducing the cost of protective lens materials.
In conclusion, the 1.5KW fiber laser cleaning machine strikes a favorable balance in terms of power, adaptability, and cost-effectiveness, making it the preferred choice in the market.