What is the difference between automotive mold processing and mold manufacturing?

There are some differences between automotive mold processing and mold manufacturing in characteristics, purposes and processing methods.

First, the characteristics of automotive mold processing mainly include

(1) High efficiency and mass production: automobile mold processing needs high efficiency and mass production to meet the needs of automobile production.
(2) High-precision processing technology: automotive mold processing requires high-precision processing technology to ensure the precise shape and size of automotive parts.
(3) Automation and intelligence: automotive mold processing involves automation and intelligent technology to improve processing efficiency and accuracy.

Second, the characteristics of mold manufacturing mainly include

(1) Complexity and precision: Automotive mold manufacturing requires high precision and complexity to ensure the precise shape and size of automotive parts.
(2) Diversified manufacturing processes: Automotive mold manufacturing involves a variety of manufacturing processes, including milling, drilling, wire cutting, electric discharge machining, etc.
(3) High-quality requirements: Automotive mold manufacturing requires high-quality surface treatment and precision control to ensure the appearance and performance of automotive parts.

Third, what is the difference between automotive mold processing and mold manufacturing

(1) In terms of purpose:

Automotive mold processing is to process molds into precise parts that meet the requirements of automotive production.

Mold manufacturing is mainly to create accurate molds to meet the needs of automobile production.

(2) In the processing method:

Automotive mold processing is mainly used in CNC machining, automatic processing and other processes.

Mold manufacturing mainly adopts machining, casting, electric machining and other processes.

In short, mold manufacturing and automobile mold processing have certain differences in characteristics, purposes and processing methods, but both are to meet the needs of automobile production, and are indispensable links in automobile production.