Servo Sizing
Torque, speed, inertia and duty cycle
Industrial Solution Architecture
Design movement together with speed, precision and process quality
We address axis mechanics, load profile, servo sizing, motion scenarios and robot-cell interfaces in one engineering workflow.
Highlights
Solution architecture
A clear structure from field devices to operational data.
Motion Control
Electronic cams, synchronisation and positioning
Robot Integration
Cell interfaces, handshakes and safe zones
Feedback
Encoders, linear scales and position sensing
Mechanical Transmission
Gearboxes, couplings, linear motion and bearings
Optimisation
Vibration, following error and cycle-time tuning
Engineering Approach
Verify mechanical and control decisions together
Load, movement profile and mechanical transmission data are collected. Motor-drive-gearbox selection is verified; motion software and safety scenarios are optimised through site testing.
Highlights
Delivery model
The scope is made visible before implementation.
01 Motion Profile
Distance, speed, acceleration and cycle
02 Sizing
Motor, drive, gearbox and feedback
03 Integration
Motion software and machine interfaces
04 Optimisation
Tuning, accuracy and cycle tests
Build the technical roadmap together
Share process data, existing drawings, product references or site photos.
Create Technical Request