Qianhong Metals

Company News

Industry News

Regarding Precision Parts Machining

Author:

Release Date:

2022-03-31

With the advancement of industrialization, the classification of precision machining has become increasingly diverse, with ever more specialized and refined focuses. Machining refers to the process of altering the geometric dimensions or performance characteristics of a workpiece using mechanical equipment. Based on the machining method, it can be divided into cutting machining and forming (or pressure) machining.

　　With the advancement of industrialization, the classification of precision machining has become increasingly diverse, with ever more specialized and refined focuses. Machining refers to the process of altering the geometric dimensions or performance characteristics of a workpiece using mechanical equipment. Based on the machining method, it can be divided into cutting machining and forming (or pressure) machining.

　　So, what exactly is precision parts machining? Precision parts machining is, in essence, a type of mechanical machining; however, due to the high level of dimensional accuracy required, it places correspondingly stringent demands on both the machining equipment and the production processes.

　　Precision part machining offers numerous advantages, yet the process is highly stringent, with every step—tool entry and exit—carefully coordinated. Achieving tight dimensional tolerances can minimize material waste and reduce costs. For instance, tolerances as tight as ±1 μm for a 1 mm dimension must be maintained; any deviation renders the part scrap and unusable. What are the specific advantages of precision part machining? Primarily, it enables levels of accuracy unattainable through conventional machining. This high precision relies on sophisticated machining equipment and precise control systems, as well as the use of precision masks as intermediaries to achieve extremely fine control over the amount of material removed or added from the surface layer.

Facebook Linkedin Twitter Tumblr Pinterest

Previous article

The Advantages of Non-Standard Automation

Next Article

The development history of lathes, machining of mechanical components, and precision component machining

Return to list

Related Information

Quality is the lifeline of an enterprise.

Quality is the lifeline of an enterprise.

In the manufacturing sector, quality has become a critical factor that determines an enterprise’s survival and development. Why is quality given such paramount importance? Because quality affects a company’s reputation and brand awareness; it shapes its corporate image and competitive edge; and, ultimately, it directly determines the company’s very survival.

2022/03/31

The quality of machined parts should not rely excessively on inspection.

The quality of machined parts should not rely excessively on inspection.

It is widely acknowledged that quality is the lifeline of an enterprise. So how can we effectively manage quality control and reduce corporate costs? As someone in the machining industry, why do I say this?

2022/03/31

What should be paid attention to during the machining of precision hardware parts?

What should be paid attention to during the machining of precision hardware parts?

Precision metal parts machining refers to the processing of small-diameter metal components. Since the materials and design drawings for precision metal parts are both critical, several precautions must be taken during the machining process; otherwise, product scrap may occur. So, what specific considerations should be kept in mind when machining precision metal parts? The following...

2022/03/31