The advantages of inclined bed CNC lathes are good stability and the need to process large parts. Due to the large size of corresponding parts in large and medium-sized machine tools, especially turret parts, inclined bed or flat bed inclined guide machine tools are generally used, mainly using inclined guide rails to overcome gravity and achieve better stability to improve the accuracy of the machine tool. In some harsh environments, the superiority of inclined machine tools may be reflected. CNC machining center manufacturers improve space utilization, and inclined machine tools can effectively utilize space, greatly reducing the flat occupancy rate of machine tools.

CNC lathes should be kept away from vibration sources, avoid direct sunlight and thermal radiation, and avoid the influence of moisture and airflow. If there is a vibration source near the CNC lathe and milling machine, vibration slots should be installed around the CNC lathe. Otherwise, it will directly affect the machining accuracy and stability of the milling and turning CNC lathe, resulting in poor contact of electronic components, causing malfunctions, and affecting the reliability of the milling and turning CNC lathe.

The relationship between feed conditions and tool back wear appears in a very small area. However, with high feed rates and increased cutting temperatures, there is also significant wear on the back surface. The impact on the tool is smaller than the cutting speed. The influence of cutting depth on cutting tools is not as significant as cutting speed and feed rate. However, when the cutting depth is shallow, the hardened layer of the cutting material can also affect the tool's lifespan.

CNC machining center manufacturers should choose cutting speeds based on materials, hardness, cutting conditions, material type, feed rate, cutting depth, and other factors. On this basis, select appropriate process conditions. Regular and stable wear and tear can achieve an ideal living condition. In practical applications, the choice of tool life depends on factors such as tool wear, changes in machining dimensions, surface quality, cutting noise, and machining heat. When determining the processing conditions, it is necessary to check according to the actual situation. For difficult to handle materials such as stainless steel and refractory alloys, coolant or rigid blades can be used.