CNC Machining Parts: Do you Know What Non-Standard CNC Machining Parts Are?

As long as you look at the name, you know that it is different from ordinary CNC machining parts. This process is generally selected when necessary. Therefore, before choosing this CNC machining method, we must understand clearly what kind of CNC machining method it is, and what are its advantages and disadvantages. Next, let's take a look at how non-standard CNC machining parts are processed?

Non-standard CNC machined parts are proposed relative to standard CNC machined parts, so before we understand non-standard CNC machined parts, we need to understand what standard CNC machined parts are. Standard parts refer to commonly used CNC machining parts such as threaded parts and rolling bearings. They have been fully standardized in terms of structure, size, drawing methods, symbols, etc., and are processed and produced by professional factories CNC.

The standardization of cross-industry CNC machining parts refers to the process of formulating, formulating and implementing a set of guidelines, allowing mass production of equipment spare parts and CNC machining parts. These CNC machining parts and CNC machining parts can be easily installed in any other parts/equipment. No adjustments are required. For any organization, standardization of CNC machining parts is an important solution to reduce long-term and excessive inventory while minimizing equipment maintenance costs.

Every different vertical organization, such as oil and gas, automobiles, pharmaceuticals, mining, and consumer products (CPG), encounters the problem of overstocking, and the inventory also contains outdated spare parts. Therefore, the capital expenditure department and the MRO department must develop solutions to reduce the cost of this excessive inventory. This challenge highlights the benefits of standardization of CNC machining parts for purchasing managers, who can use one CNC machining part from different equipment in the factory. These standard components include nuts, bolts, motors, process pumps and equipment (PPE), and fasteners. Standardization of CNC machining parts requires the implementation of an effective spare parts management plan to achieve cost-saving benefits, improve logistical support levels, enhance support capabilities, and manage scrap.

The main reason for non-standard CNC machining parts is that the country has not formulated strict standards, and there are no relevant parameter rules. Other accessories are controlled by the enterprise at will. There are many types of non-standard CNC machining parts, and there is currently no standard classification.

Non-standard CNC machining parts are common in industrial production. With the development of contemporary society, people have higher and higher requirements for existing CNC machining parts. At the same time, it also reflects to a certain extent that today's society has more and more stringent requirements for processing non-standard CNC machining parts. The non-standard CNC machined parts in this industry have very strict requirements for the handling of goods. That is to say, the entire processing process of non-standard CNC machined parts requires very precise professionalism, because only such precise and strict requirements can make more precise, Higher-end CNC machining parts.

Non-standard CNC machining parts need to use a dedicated CNC machining machine to perform CNC machining and conversion of the shape and size required by the non-standard CNC machining parts. The method of non-standard CNC machined parts will adopt different processing methods according to the type and nature of CNC machined parts, that is, according to the processing temperature of non-standard CNC machined parts, that is, cold working method and hot working method.

Cold working in non-standard CNC machining parts actually refers to the process of processing and modifying non-standard parts at room temperature. On the contrary, the thermal processing method in non-standard CNC machining parts actually refers to non-standard parts whose temperature is higher than room temperature. In the processing of non-standard parts, the numerical control processing method below room temperature is actually the cold processing method.

Commonly used CNC machining methods for heat treatment of non-standard parts include heat treatment, high temperature forging and welding of non-standard parts. Commonly used cold treatment conversion methods for CNC machining of non-standard parts include cutting or pressure conversion CNC machining of non-standard parts.