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CNC Milling and Precision Machining Unit
During the Industrial Revolution, when humans were rapidly being replaced by machines, over time and with advancements, these machines evolved into powerful robots capable of producing a large volume of products in a short period of time. One of these advanced machines and robots is the CNC milling machine.
What is a CNC Milling Machine and How Does it Work?
These machines are among the most precise equipment for shaping parts, even with very complex designs.
CNC actually stands for “COMPUTER NUMERICAL CONTROL,” which means minimal operator involvement in the production process, as these machines operate through programming and numerical control, where a software program is defined to control a part.
The language behind CNC machining is commonly referred to as G-Code.

These computer codes, or G-Codes, allow us to pre-program the machine tool’s speed and positions, executing them through software in repetitive and predictable cycles with minimal operator intervention.
Steps of Rubber Mold Machining at Parto Gostar Sepahan:
Simply put, the mold design is first translated into computer codes to be executed in the CNC system. After being entered into the program and tested by the operator to ensure there are no errors, the precise mold machining process begins.

CNC Milling: A Revolution in Machining
In the CNC milling unit of Parto Gostar Sepahan, the precise and fine machining of molds leads to the production of high-quality rubber molds, significantly enhancing the quality of the molded parts.
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