First of all, the complexity of the design is one of the key factors. If the design structure of the lathe parts is complex and contains many special shapes and high-precision parts, then more processes and more sophisticated operations are required during the processing. For example, complex surface processing may require multiple adjustments to the tool path and processing parameters, which will undoubtedly extend the processing cycle.
The choice of materials also has a significant impact on the processing cycle. Some materials with high hardness and difficult processing, such as titanium alloys and high-temperature alloys, are difficult to process, have slow cutting speeds, and fast tool wear, requiring frequent tool changes, which increases the processing time. Some easy-to-process materials can be processed in a shorter time.
The performance of the processing equipment should not be ignored either. CNC lathes with high precision and high stability can complete processing tasks more quickly and accurately. If the equipment is old and the accuracy is insufficient, processing errors may occur, requiring multiple corrections, and extending the processing cycle. Moreover, the degree of automation of the equipment will also affect the processing efficiency. Equipment with a high degree of automation can reduce the time of manual intervention.
The rationality of the processing technology is also crucial. Optimized processing technology can reduce unnecessary processes and operations and improve processing efficiency. For example, the reasonable selection of tools, cutting parameters and processing sequence can effectively shorten the processing time.
In addition, the urgency of the order will also affect the processing cycle. If the customer requires urgent delivery, it may be necessary to adjust the production plan and work overtime for processing, which may affect the processing quality and the stability of the processing cycle to a certain extent.
In summary, the processing cycle of Non-Standard Precision Machining Lathe Parts is affected by many factors such as design complexity, material selection, processing equipment performance, rationality of processing technology, and order urgency. In actual production, these factors need to be considered comprehensively to ensure the controllability of the processing cycle and product quality.
