Feedback target
Separate commanded resolution, encoder resolution, scale accuracy and system repeatability.
APPLICATION / PRECISION MOTION
Optical encoders for precision motion and linear stages.
Build the feedback selection around the complete axis rather than a single resolution target.
ENGINEERING CONTEXT
The decision starts with the real constraint.
The best encoder choice depends on mechanical envelope, scale mounting, motion profile, controller interface and environmental stability. A nominal nanometer value alone does not establish positioning accuracy.
Discuss your requirement ↗CRITICAL REQUIREMENTS
Define these before model selection.
Dynamic profile
Map maximum velocity and acceleration to output frequency and controller capability.
Mechanical stack
Confirm travel, scale material, readhead gap, cable routing and Abbe offsets.
SOLUTION ROUTES
Continue from requirement to system.
EVIDENCE CHECKLIST
Ask for evidence that closes the decision.
- Configuration-specific speed
- Scale accuracy at stated temperature
- Installation tolerance
- Repeatability and positioning test method
TECHNICAL REVIEW
Turn the requirement into a selection brief.
Send the application, critical parameters and any drawing or process information available.
Discuss your application ↗