Linear Motor Components
Define the magnetic track layout, working air gap, travel and mounting requirements.
Magnetic components
Motor Magnetic Components
Drawing-based magnetic components for rotary and linear motor designs, organised by magnetic layout and installation interface.
- 4 component types
- Linear, stator/rotor, surface-mounted rotor and radial PM bearingChoose the structure for review.
- Drawing-based
- Layout and mating interfacesDefined for the motor assembly.
- Custom assembly
- Positioning and bondingRoute reviewed for the component geometry.
Motor component types
Four structures, each with its own installation inputs.
Stator & Rotor Components
Provide the matching stator, rotor and housing interfaces with the magnetic arrangement.
Surface-mounted Rotor Assemblies
Review magnet placement, rotor fit and bonding requirements against the rotor drawing.
Inner-rotor (Radial) Permanent-magnet Bearings
Define radial geometry, operating conditions and integration requirements for review.
Product examples
Browse the four component groups by structure.
Linear Motor Components
Stator & Rotor Components
Surface-mounted Rotor Assemblies
Inner-rotor (Radial) Permanent-magnet Bearings
Required engineering inputs
Start with the component type and the interfaces that locate it in your motor.
| Component structure | Identify linear, stator/rotor, surface-mounted rotor or inner-rotor radial PM bearing. |
|---|---|
| Envelope and fit | Provide dimensions, datums and mating shaft, housing or carrier details. |
| Magnetic arrangement | State the pole layout, working air gap and target magnetic-field requirements. |
| Operating conditions | Provide temperature, speed or motion conditions and relevant mechanical requirements. |
| Acceptance | Specify critical dimensions, magnetic checks and the required inspection or record scope. |
Dimensions, materials, assembly interfaces and acceptance conditions are confirmed for the project. Operating speed, load and performance targets are engineering inputs, not universal component ratings.
Get a QuoteWhat to send us
- Component type and drawing revision
- Mating interfaces and assembly envelope
- Magnetic layout and working air gap
- Temperature and motion conditions
- Acceptance requirements and quantities
Review the installation
The component layout, magnet selection, coating and positioning requirements are reviewed together with the motor's mating parts.
Assembly interfaces and checks
- Review magnetic layout
- Magnetic-circuit simulation can support the selection of magnet grade, shape, coating and operating conditions.
- Position and bond
- The assembly approach is reviewed for rotor spacing, linear-track positioning and component dimensions.
- Define inspection scope
- Agree dimensional and magnetic checks, coverage and batch record content for the selected component.
Prototype to production
- Prototype
- From 1 set
- Sample schedule
- Typically 5–8 working days for mature drawings; 7–15 working days for new design and tooling
- Production MOQ
- Confirmed by specification; production typically 15–30 working days, depending on quantity
- Packaging
- Magnetic shielding and protective packaging
Sample and production schedules depend on component type, design, tooling and quantity. Timing starts after drawing confirmation and receipt of sample payment.
Related applications
Explore application requirements before selecting the component layout.
Discuss motor magnetic components
Share the component type, installation drawing, magnetic layout and operating conditions.
Get a Quote
Submit your inquiry using the form. Email drawings to sales@neolune.com.
