Accuracy requirements for the processing of parts of the water outlet device in the machining center

The accuracy of the parts of the water outlet device in the machining center is extremely high to ensure the normal operation and efficient performance of the equipment. The dimensional tolerance of the parts must be strictly controlled, usually within ±0.01mm, in order to avoid poor water flow or leakage caused by dimensional deviations. Surface roughness is also a key indicator. An Ra value of less than 0.8 microns is usually required to ensure the smoothness of the surface of the part, reduce water flow resistance and prevent impurities from attaching. The geometric shape and positional tolerances of the parts also need to be precisely controlled, such as flatness, roundness and coaxiality, to ensure the sealing and stability of the outlet device. The choice of materials and the heat treatment process are also crucial. It is necessary to ensure that the parts have sufficient strength and corrosion resistance to meet the various challenges in long-term operation.

Material selection for processing parts of the water outlet device in the machining center

In CNC machine tools, especially machining centers, the use ofMain spindle center water outletThe system can bring a series of significant advantages. It can effectively solve the problem of iron shavings winding in the metal cutting process, ensure the smooth cutting process, and avoid unnecessary wear and tear on parts and tools.

This system improves the feed speed and cutting speed, greatly improving the processing efficiency, while allowing a larger amount of knife to be eaten, thereby unlocking more production potential. More importantly, the outlet of water from the center of the spindle helps to reduce tool wear, significantly reduce the risk of tool breakage, and alleviate the local temperature rise caused by high-temperature cutting, thereby extending the service life of the tool and saving the frequency and cost of tool replacement.

Central outletThe system also improves the process accuracy and the interchangeability and stability of parts, reduces the scrap rate caused by quality problems, and thereby improves the overall profit margin of the product. For the surface of parts, it can significantly improve the finish, make it more beautiful, and enhance the competitiveness of the product in the market.

Specific vertical machining centers, horizontal machining centers, gantry boring and milling machining centers, CNC slant-bed lathes, and deep-hole machining equipment that use internally cooled drill bits or high-pressure oil injection in the center can all be modified to realize the outlet system of the spindle center. Through the central outlet device, these machine tools can not only improve production efficiency, but also simplify maintenance. They are widely used in various closed machining centers and turning and milling centers.