GetPic

Welcome to the world of Numerical Control (NC), which has significantly changed the approach to manufacturing and material processing. NC is a technology that is based on the use of computer systems for automatic control of machines and tools, allowing for the creation of high-precision products across various industries. In this collection, you will find valuable material on how Numerical Control interacts with modern production processes.

Numerical Control involves the use of software to write programs that control the movement and actions of machines, such as lathes, milling devices, and laser cutters. These machines can process metal, plastic, and wood materials with high precision, creating complex parts, from small components to large structures.

The NC technology ensures reproducibility and standardization of processes, which helps to reduce manufacturing time and lower error rates. By applying digital technologies, the manufacturing process has become more efficient, contributing to a stable increase in product quality.

Programming languages used to create control programs may vary and include G-codes and M-codes. These codes provide precise commands for machines, including movement across a coordinate grid, tool rotation speed, and various processing operations. Another important aspect is the ability to integrate with CAD/CAM systems, allowing for the direct conversion of design data into control codes.

Below, you will see various aspects of Numerical Control: from the types of machines used in the process to examples of technology applications in manufacturing, such as in the automotive, aerospace, and electronics industries. NC opens new horizons for creation, significantly raising the bar for possibilities in the field of technology and manufacturing.

Numerical Control

CNC milling machine on a white background

Modern CNC Milling Machine