识别出水小的原因：诊断切削液系统

The reason for the small water outlet of the cutting fluid system may involve multiple aspects. Check the working status of the cutting fluid pump to ensure that it is operating normally and there is no clogging or wear. Check the piping system for leaks or blockages, especially filters, nozzles, and pipe connections. If the filter is clogged, the flow rate will be reduced and the effluent effect will be affected. The concentration and viscosity of the cutting fluid may also affect the water output. Too high or too low concentration will cause system performance to decrease. Check the liquid level of the cutting fluid tank to ensure that the liquid level is within the normal range to avoid the pump from not working properly due to the low liquid level.

Implement effective solutions: increase cutting fluid flow

Increasing the flow of cutting fluid is one of the key steps to optimize processing efficiency. To ensure that the pipes and nozzles of the cutting fluid system are not clogged or worn, regular inspection and maintenance are essential. Choose the appropriate cutting fluid type and concentration to meet the needs of different processing materials and processes. High-viscosity cutting fluids may reduce the flow rate, so the formula needs to be adjusted according to the actual situation.

Optimizing the performance of the pump is also an important means to increase the flow rate. Ensure that the working pressure and flow parameters of the pump match the processing requirements, and can be upgraded to a higher-performance pump if necessary. At the same time, the conveying path of the cutting fluid is rationally designed to reduce the elbows and lengths in the pipeline to reduce fluid resistance and thereby increase flow.

Monitor the use of cutting fluid, and adjust the flow rate in real time through sensors and automation systems to ensure that the supply of cutting fluid during processing is always in the best condition. Through these measures, the flow of cutting fluid can be effectively improved, thereby improving the processing quality and efficiency.