Servo & Motion Control Systems
Precise positioning and synchronised movement for applications where accuracy and repeatability matter.
Servo systems replace mechanical cams, stops and manual adjustments with programmable motion. Positions, speeds and profiles can be changed in software, which makes changeovers faster and results more consistent.
We size motors and drives against the actual load and cycle, configure and tune the axes, and integrate them with the machine PLC for coordinated motion.
Applications range from single-axis positioning to multi-axis synchronised motion such as flying cut, electronic gearing and pick-and-place.
Expected benefits
Depending on the application, automation can support consistent operation, improved precision, clearer diagnostics and easier equipment maintenance. Scope and suitability are assessed for each requirement.
Where it applies.
Typical applications and use cases for servo & motion control systems.
Positioning axes
Accurate point-to-point moves with programmable positions.
Indexing
Rotary and linear indexing at controlled acceleration.
Synchronisation
Electronic gearing and camming between axes.
Feed systems
Servo feeders for strip, wire or web materials.
Gantry & pick-and-place
Multi-axis Cartesian handling systems.
Torque control
Controlled pressing and tension applications.
Typical components.
Components and technologies commonly involved. Exact selection depends on your application and existing plant standards.
How we deliver.
Our general workflow is adapted to the needs of each application.
Understand the requirement
Review the production task, existing equipment and practical constraints.
Design the automation solution
Develop the control and machine concept around the application.
Integrate and commission
Bring machinery, sensors, panels and control software together.
Test, support and optimize
Check system operation and identify opportunities for improvement.
In the field.
Illustrative industrial imagery; not verified customer installations.
Servo & Motion Control questions.
We calculate from load mass, inertia, stroke, cycle time and duty, with an appropriate margin.
Often yes, where position flexibility or controlled force is needed. We evaluate cost and benefit case by case.
Yes, we can review and retune axes that show vibration, overshoot or following errors.
Explore more.
Discuss your automation requirement.
Tell us about your machine, production process or control-system requirements.