Inspection Pain Points

1. Stringent clamping space requirements: Rotors feature a large swing diameter structure. Conventional shaft measuring instruments have insufficient clamping travel and limited space, making them unable to adapt to the overall profile or achieve complete clamping and full-section inspection.

2. High precision requirements for assembly inspection: As the core component for high-speed motor operation, geometric tolerances including coaxiality, roundness, radial runout and straightness directly affect operational stability. Conventional equipment lacks sufficient stability in inspection data.

Solution

Targeting the exclusive inspection pain points of industrial motor rotors, our optical shaft measuring instrument provides an effective solution with the following core advantages:

1. Extra-large clamping space for large swing diameters: The dedicated large-travel clamping structure perfectly matches the large outer diameter and large swing structure of rotors, completely solving the clamping limitations of conventional equipment.

2. Full-shaft measurement in one clamping: Full-section dimensional and complete geometric tolerance inspection can be accomplished with a single positioning, eliminating repeated clamping and positioning errors, and greatly improving inspection efficiency.

3. More stable geometric tolerance measurement: High-precision optical measurement ensures accurate and highly repeatable results for coaxiality, roundness, runout and straightness, guaranteeing stable high-speed operation of the motor.