Effect of water slurry size on machining center performance：

The size of the water slurry plays a key role in the machining center, which directly affects the machining accuracy and efficiency. The larger size of the water slurry may cause more friction and heat during processing, which may affect tool life and workpiece surface quality. A smaller water slurry size helps to improve machining accuracy and reduce thermal deformation, but may increase machining time and cost. Therefore, choosing the right water slurry size is essential to optimize the performance of the machining center.

The size of the water slurry also affects the cooling effect and chip removal efficiency. The larger water slurry size can provide stronger cooling capacity, which is suitable for high-speed machining or heavy cutting conditions, but may lead to poor chip removal and affect machining stability. Although the smaller water slurry size has a weaker cooling effect, the chip removal is smoother, which is suitable for precision machining or low cutting force conditions. By rationally adjusting the size of the water slurry, the cooling and chip removal requirements can be effectively balanced, and the overall performance of the machining center can be improved.

The choice of water slurry size also needs to consider the characteristics of the processing material. For materials with higher hardness, a smaller water slurry size helps to reduce tool wear and processing vibration; for soft materials, a larger water slurry size can better control cutting force and surface roughness. Therefore, in practical applications, the size of the water slurry needs to be scientifically selected according to specific processing requirements and material characteristics to achieve the best processing results.

Requirements for water slurry size for different processing tasks：

In different processing tasks, the requirements for water slurry size vary, which directly affects the quality and performance of the final product. , In the textile industry, the fine water slurry size helps to improve the fineness and durability of the fabric; and in the papermaking process, the appropriate water slurry size can ensure that the paper has good uniformity and strength.

For products that require fine processing, such as tiny parts in electronic products, choosing a smaller size of water slurry can achieve higher accuracy and better surface finish. On the contrary, in the production of building materials, a larger size of water slurry may be required to enhance the overall stability and carrying capacity of the material.

Different processing tasks also require water slurry to have specific fluidity and stability to meet the needs of automated production lines. Therefore, reasonable adjustment of water slurry size is one of the key factors to meet these needs, which is directly related to processing efficiency and product quality.