The precision machining process is a step in the manufacturing process of the workpiece or part. The process of directly changing the shape, size and surface quality of the blank using machining methods to make it into a part is called the machining process. Let’s understand together!
The precision machining process is based on the process, changing the shape, size, relative position and nature of the production object to make it into a finished or semi-finished product. It is a detailed description of each step and each process.
The technical staff determines the process to be used according to the quantity of the product, equipment conditions and the quality of the workers, and writes the relevant content into a process file. Such a file is called a process specification. This is more targeted. Each factory may be different because the actual situation is different.
In general, the process flow is the first priority, the processing technology is the detailed parameters of each step, and the process specification is a specific processing technology prepared by a certain factory according to the actual situation.
The precision machining process specification is one of the process documents that stipulate the machining process and operating methods of parts. It is a process document that is written in a more reasonable manner under specific production conditions. It is used to guide production after approval. If you want to know more, you are welcome to call us for consultation!
FAQ:
The precision machining process refers to changing the shape, size, and surface quality of a workpiece through machining methods to make it into a finished or semi-finished part.
It includes cutting, milling, drilling, grinding, and finishing operations that transform a raw blank into a part that meets design and functional requirements.
Its goal is to achieve high dimensional accuracy and surface quality, ensuring the part meets precise design tolerances and performance needs.
A process specification is a technical document that outlines specific machining methods, parameters, and sequences used to manufacture a part.
Technical staff or engineers decide the process based on product quantity, equipment conditions, and the skill level of workers, ensuring practical and efficient production.
Process flow: The overall sequence of manufacturing steps.
Processing technology: Detailed technical parameters of each operation.
Process specification: Factory-specific document that defines how machining is actually carried out under given conditions.
They ensure standardization, repeatability, and quality control, guiding workers to perform machining accurately and consistently.
Yes. Each factory may have different equipment, production conditions, and workforce skills, so the specifications are tailored to their specific circumstances.
Key factors include product complexity, material type, machine tool precision, batch size, and operator experience.
You can contact professional machining companies or consult with process engineers for detailed information and customized technical guidance.
