德扬加工中心出水孔设计特点：

The outlet hole design of Deyang machining center has distinctive characteristics, mainly reflected in its high efficiency and accuracy. The position of the outlet hole is precisely calculated to ensure that the coolant can evenly cover the processing area, thereby effectively reducing the temperature during processing, reducing thermal deformation, and improving machining accuracy. The angle and diameter of the outlet hole have been optimized to maximize the flow efficiency of the coolant and ensure consistent cooling effect during high-speed processing.

The outlet hole of Deyang machining center also adopts a modular design, which is convenient for users to quickly adjust and replace according to different processing needs. This design not only improves the flexibility of the equipment, but also reduces the time cost of maintenance and replacement. At the same time, the material selection of the outlet hole is also very particular. High wear-resistant and corrosion-resistant alloy materials are usually used to ensure stable performance under long-term high-load work.

德扬加工中心的出水孔设计还充分考虑了环保因素。通过优化冷却液的流动路径和回收系统，减少了冷却液的浪费，降低了环境污染。这种设计不仅符合现代制造业对环保的要求，也为用户节省了运营成本。

Effect of outlet hole of Deyang machining center on machining accuracy：

The design of the outlet hole of Deyang machining center has a direct impact on the machining accuracy. The main function of the outlet hole is to effectively transport the coolant to the cutting area to reduce the cutting temperature, reduce tool wear, and improve processing efficiency and workpiece surface quality.

The position and layout of the outlet hole need to be optimized according to the cutting method of the machining center and the material characteristics of the workpiece. If the design of the outlet hole is unreasonable and the coolant cannot be evenly distributed, it will cause local overheating and affect the machining accuracy and tool life.

The aperture size of the outlet hole also needs to be adjusted according to the cutting parameters. The aperture is too large and the coolant flow is too large, which will increase the energy consumption of the machine tool; the aperture is too small and the coolant flow is insufficient, which cannot effectively reduce the cutting temperature.

The design of the outlet hole of Deyang machining center is essential to ensure the machining accuracy. According to the specific processing conditions, the location, layout and aperture size of the outlet hole need to be reasonably designed to achieve the best cooling effect and processing quality.