Dimensional Inspection for Stator Cores

Dimensional inspection verifies critical core dimensions and tolerances to ensure accurate geometry, proper assembly, and consistent performance in every stator core.

Precision dimensional control ensures critical stator core dimensions, slot geometry, stack height, and tolerances remain within specified requirements, supporting accurate assembly, consistent magnetic performance, reduced manufacturing variation, and reliable motor operation.

Precision Dimensional Control for Reliable Stator Core Perfermance

Precision Dimensional Control for Reliable Stator Core Performance

Inner diameter (ID)
Outer diameter (OD)
Core height and stack length
Slot dimensions
Slot opening size
Bore roundness
Parallelism and flatness

Critical Dimension Measurement

We inspect key dimensions of stator cores, including:

Precise dimensional control ensures accurate motor assembly and stable electromagnetic performance.

Total core length
Lamination stacking accuracy
Compression consistency
End surface flatness

Stacking Height Verification

The stack height of stator cores directly affects motor performance. We measure and control:

This guarantees consistent magnetic circuit length and motor efficiency.

Concentricity
Roundness
Position accuracy
Slot alignment
Lamination alignment

Geometric Accuracy Inspection

Our inspection process evaluates:

These controls minimize assembly issues and improve motor reliability.

Digital calipers
Micrometers
Height gauges
Coordinate measuring equipment (CMM)
Optical measurement systems

Precision Inspection Equipment

All inspection equipment is regularly calibrated to maintain measurement accuracy.

We use advanced measurement tools, including:

Full product traceability
Consistent manufacturing quality
Fast problem identification and improvement

Quality Records & Traceability

Inspection data is recorded and linked to production batches, ensuring:

Through strict dimensional inspection, We deliver stator cores with high precision, excellent consistency, and reliable performance for EV motors and industrial applications.