Centering/Balancing Rotors TRIZ Cases
- Spring-Loaded Rotor Centering Jig for Shipping and Assembly
A spring-loaded pin jig keeps a generator rotor centered during transport and assembly, preventing stator impact damage and easing reuse.
- Pole-Gap Clamping Wedge for One-Side Rotor Bearing Maintenance
Sliding-ramp wedges support and center a generator rotor through pole gaps, enabling bearing replacement from one axial side without full rotor removal.
- Electric Motor Dismantling Fixture for Contact-Free Rotor Separation
A clamped rotor and movable stator receptacle separate electric motor parts without guide rings, speeding bearing replacement and avoiding contact.
- Rotary Machine Handling Frame for Coaxial Rotor-Stator Assembly
Parallel tracks, a stator carriage, and hydraulic force keep heavy rotor-stator parts aligned for safer assembly in tight maintenance spaces.
- Washing Machine Motor Shield Precision Machining for Alignment
Machined outer shield surfaces establish precise alignment references that reduce component misalignment and minimize air gap variation noise.
- Rotor Extraction Guide Prevents Stator Damage
Rigid guides prevent rotor rotation during insertion, eliminating belt failures that damage stators.
- Segmented Bearing Fastening Ring with Scaling Profiles
Scaling profiles on a semi-circular fastening ring enable maintenance of different bearing sizes without replacing the component.
- Stator Positioning via Electromagnetic Rotation
Electromagnetic rotation adjusts stator orientation for attachment mounting, eliminating external turntables and reducing installation complexity.