Interpolation in CNC: Linear, Circular, and Multi-Axis Motion
What Is Interpolation in CNC? Linear, Circular, and Multi-Axis Motion Written by: Radonix R & D Team. In CNC machining, precision is not defined only by motor torque, spindle power, or machine rigidity. True machining accuracy depends on how precisely the machine moves from one programmed position to another. That coordinated movement is controlled through […]
CAD/CAM Explained: From Design to CNC Production
What Is CAD/CAM and How Is It Used in Industry? Written by: Nima Rad CAD/CAM—often referred to in industry as “CADCAM” or informally “Codecam”—represents the integration of Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) into a single, continuous workflow. The goal is to move efficiently and reliably from idea → digital model → manufacturing program […]
G Code CNC Programming: Structure, Commands, and Industrial Pitfalls
Understanding G-Code in CNC Machining Author: Mehdi Hasanzade In CNC machining, G-code (Geometric Code) is the core programming language used to control machine tool behavior. It instructs the controller where to move (X/Y/Z and rotational axes), how to move (linear or circular interpolation), at what speed (feed rate and spindle speed), and which auxiliary actions […]
What Are the Best G-Code Example Strategies for CNC Projects?
Best G-Code Example Strategies for Reliable CNC Projects Written by: Radonix Engineering & Technical Writing Team Well-structured G-Code examples are a foundation of reliable CNC machining. Beyond making a program run, good strategies directly influence cycle time, dimensional stability, tool life, and controller compatibility. For CNC operators, programmers, and manufacturing engineers, strong G-code practices translate […]