/ Calibration Standard

Tolerance measured in microns. Documented to three decimals.

Every assembly exits inspection with a recorded runout, concentricity, and torque curve. Specification is not a range — it is an audited value.

— Radial Runout
— Concentricity
— Torque Curve

≤ 0.003 mm verified at final inspection

Bore-to-shaft alignment within IT4 class

Full torque profile recorded, not estimated

Radial runout is measured on every shaft at three axial positions. No unit ships without a traceable recorded value against its declared tolerance class.

Bore concentricity is held to IT4 tolerance class across all production variants. Deviation from axis is recorded in the unit's inspection certificate.

Peak, continuous, and stall torque are plotted against RPM at temperature. The curve ships with the unit — not as a nominal datasheet value, but as a measured result.

Extreme close-up overhead shot of a precision motor shaft resting in a calibration jig, studio strobe lighting revealing machined surface finish and engraved tolerance marks, matte charcoal background, millimeter-scale detail visible
Extreme close-up overhead shot of a precision motor shaft resting in a calibration jig, studio strobe lighting revealing machined surface finish and engraved tolerance marks, matte charcoal background, millimeter-scale detail visible
+ Verification Discipline

Mechanical audit embedded at every assembly stage

Verification is not a checkpoint at the end of the line. Dimensional checks occur at sub-assembly, pre-winding, and post-cure — each stage gated before the next begins.

The inspection record is cumulative: each stage's measurement feeds the final certificate. Auditors and procurement teams receive a document trail, not a summary stamp.

Decimal-place data on demand

Submit your application parameters and receive the full technical data sheet — tolerance class, verification protocol, and inspection certificate format — within one business day.