我们需要确定走刀路线和安排加工顺序
Cutting strategy and processing order determine the success or failure of a machining process. In order to process a part, it is important to first determine the choice of cutting tools, the cutting path and machining order, as well as other key parameters that will be used to control the quality of the final product.
Cutting is typically the first stage of the process, and tool selection is critical to ensure the optimal performance of the part. The choice of tool must take into account the raw material composition, type of manufacturing process, desired product shape and specifications, as well as other machine parameters such as spindle speeds, feed rates, and cutting depths. The selection of the cutting tool must follow the manufacturer’s specifications, as well as the ones documented by the user or engineer.
The cutting path, or programming, is the next step in determining the machining process. Programming is the process of defining the tool paths and the machine movements required to achieve the desired result. The cutting path is composed of a series of statements which specify the movements of the cutting tools, spindle speeds and cutting depths. The instructions must also control the rate of movement and direction of the machines spindle. The programming instructions can be generated manually or through the use of software. Once the programming is complete, the cutting process can begin.
Process order defines the order in which different operations such as cutting, grinding, boring, and drilling should be executed in the machining process. The process order should be determined in accordance with the specific manufacturing process, the dimensions and configurations of the parts, and the desired results. The process order should also take into account the specific material properties and the available cutting tools. This order is important in terms of both quality control and safety.
In conclusion, cutting strategy and processing order are important determinants for successful machining processes. These two parameters must be determined prior to beginning the process, and it is the responsibility of the engineer or user to ensure that the gearing process is safe and produces the desired result.
