Acceleration in Motion Control: Equations, S-Curve Profiles & CNC Dynamics
What Does Acceleration in Motion Control Mean? Author: Nima Rad – Radonix Acceleration is one of the most critical parameters in industrial motion systems. In CNC machines, servo drives, and robotics, acceleration does not only describe how fast velocity changes, it directly determines torque demand, vibration levels, structural stress, following error, and final surface quality. […]
PID Motion Control Equations for CNC and Servo Systems
Understanding PID Motion Control in Real Industrial Applications Author: Mehdi Hasanzade | Radonix Automation Company Precise motion control in servo systems, CNC machines, PLC-based automation, and MCU/DSP platforms relies fundamentally on PID control. While advanced strategies such as feedforward, resonance suppression, and trajectory shaping improve performance, PID remains the mathematical backbone of industrial motion loops. […]
CNC Controller: How It Works Inside a Machine
What is a CNC Controller, and How a CNC controller works? Author: Radonix R&D Team A CNC controller is the central intelligence of a CNC machine. It is the system that takes machining instructions and turns them into precise, coordinated motion of motors, spindles, and auxiliary devices. While the mechanical structure of a CNC machine […]
Linear Encoder for CNC Machines and Industrial Automation
Linear Encoder: High-Precision Position Feedback for Modern CNC Systems Written by: Radonix R&D Team. What Is a Linear Encoder? A linear encoder is a high-accuracy sensor that measures straight-line motion along a machine axis. It works using two components: a scale, which contains coded patterns, and a readhead, which detects those patterns and converts them […]
The Role of Ball Screws in CNC Machines: Precision at the Core of Automation
Understanding the CNC Ball Screw in Motion Systems Written by: Radonix R&D Team. In CNC machines, precision defines performance. Every movement must be accurate, repeatable, and efficient — and that’s where the ball screw becomes indispensable. A ball screw converts rotary motion into linear motion using rolling balls, achieving high-speed precision with minimal friction. Unlike […]