Servo Motion + Machine Physics
Motion Control Engineering for Complex Machinery
Motion systems designed around the physical job of each axis: torque, speed, position, tension, camming, synchronization, and real production behavior.
Motion problems are often architecture problems
A motion issue is not always a tuning problem. Chronic instability can come from the wrong control mode, poor axis role assignment, incorrect servo sizing, bad mechanics, utility limitations, or an operator workflow that fights the system.
Core motion work
Servo sizing review, axis role definition, torque and velocity control strategy, camming, electronic gearing, web handling, winding, coordinated axes, motion diagnostics, and PLC/HMI integration.
Representative experience
Relevant work includes an eight-axis wire saw and winding system redesigned around separate spool torque control, web speed control, and cam-based traverse behavior to achieve stable CNC-like cutting performance.
Colorado-based, national project support
Based in Colorado and working with clients around the country, Landon Descamps supports industrial teams that need senior technical depth across controls, motion, machinery, plant systems, and production reality.