Motion Control Troubleshooting: Hunting, Overheating and Oscillation
Motion control troubleshooting guide covering hunting, oscillation, overheating, drift and lost position, with symptom-led diagnosis and real tests.
Linear Actuators and Linear Motors: Selection for Machine Axes
Linear actuators and linear motors compared: thrust, force constant, stroke, thermal limits, and when a linear axis beats a ball screw.
Harmonic Drive Gearbox Selection: Ratio, Repeatability and Life
Harmonic drive gearbox selection guide covering ratio, repeatability, lost motion, rated torque, life cycles, backlash and cost for machine axes.
Inertia Ratio and Servo Oscillation: Causes, Limits and Fixes
How load inertia causes servo oscillation, the 5:1 to 10:1 limits, autotuning, and the mechanical remedies that actually work.
Industrial Motion Control: Complete Guide to Servo, Stepper and Axis Design
Industrial motion control is a cascade of loops, a mechanical drive train and a set of sizing rules. This guide works through the whole stack with real arithmetic on a machine axis.
STM32 vs ESP32: Choosing the Right Microcontroller for Your Industrial Project in 2026
Key Takeaway: For IoT and wireless projects with cloud connectivity, choose the ESP32 for its built-in WiFi/BLE and ease of use. For industrial applications requiring real-time control, deterministic timing, high…