Products

Product Portfolio

SMC axial flux motor core categories for OEM sourcing, from net-shape AFPM stators to segmented teeth, 3D flux components, and custom compaction tooling.

Use this page as a pre-RFQ navigator: pick the product family, capture the correct engineering inputs, and move directly to sample validation criteria that buyer teams can approve.

How to Select the Right Path

Define axial flux topology, target speed range, flux density, and operating frequency.
Confirm SMC geometry constraints, compaction direction, tooth shape, and assembly interface.
Choose prototype route: monolithic stator, segmented teeth, flux concentrator, or custom 3D core.
Set density, dimensional, insulation, magnetic loss, and thermal acceptance criteria before quotation freeze.

Axial flux motor stator core reference geometry

Axial Flux Motor Core

Custom SMC motor cores for axial flux permanent magnet machines where 3D magnetic flux paths, compact axial packaging, and low iron loss matter.

Best for motor R&D teams that already have an axial flux electromagnetic concept and need a manufacturable core or stator part.

SMC core geometry support for dual-rotor, yokeless, segmented, and compact AFPM architectures
Designed for 3D flux paths that are difficult to solve with conventional radial-motor laminations
Prototype-to-pilot support for eVTOL, drone, robotics, and advanced EV motor programs

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AFPM stator concept for SMC manufacturing review

AFPM SMC Stator

Soft magnetic composite stator parts for AFPM motors using compact tooth geometry, isotropic magnetic behavior, and net-shape manufacturing logic.

For AFPM motor teams comparing silicon steel, PCB stator, and SMC stator routes for a compact high-torque platform.

AFPM stator tooth, yoke, and segmented-stator manufacturing support
SMC route for compact axial flux stators that need 3D flux capability
Engineering review around winding clearance, slot fill, air gap, and thermal path

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SMC Stator Segments

Custom SMC stator segments and tooth modules for axial flux motors where modular winding, small tooling, and controlled assembly matter.

For teams that need fast SMC stator samples without committing to a large one-piece compaction tool immediately.

Segmented SMC tooth and core modules for flexible AFPM assembly
Lower tooling risk than very large one-piece stator concepts
Inspection planning for datum faces, segment pitch, and assembly gap

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3D Isotropic Flux Core

SMC magnetic cores for three-dimensional flux paths in axial machines, compact actuators, special alternators, and non-standard electromagnetic assemblies.

For engineering teams with a non-lamination magnetic path that needs manufacturable SMC core geometry.

Soft magnetic composite route for 3D flux geometries
Custom shape support for tooth, pole, yoke, and magnetic bridge features
Material and process discussion around permeability, resistivity, density, and loss

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SMC compaction tooling review reference for stator core geometry

Custom SMC Compaction Tooling

DFM and tooling support for custom SMC axial flux core parts, including compaction direction, demolding risk, part density, and inspection datum planning.

For engineering and sourcing teams that need the magnetic design translated into a manufacturable SMC part and tooling plan.

Early tooling feasibility review before the buyer locks an AFPM stator CAD model
Compaction and ejection discussion for thin teeth, sharp transitions, and fragile features
Prototype tooling path for low-volume validation before production tool commitment

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Cross-Family Evaluation Snapshot

Product Family	Primary Buyer Focus	Key Metric	Why It Matters
Axial Flux Motor Core	Best for motor R&D teams that already have an axial flux electromagnetic concept and need a manufacturable core or stator part.	Flux path suitability: 3D isotropic SMC geometry	Axial flux machines use magnetic paths that are not naturally aligned with stacked silicon steel laminations.
AFPM SMC Stator	For AFPM motor teams comparing silicon steel, PCB stator, and SMC stator routes for a compact high-torque platform.	Stator format: One-piece, segmented, or tooth-module SMC stator	The format drives tooling cost, winding assembly method, and serviceability.
SMC Stator Segments	For teams that need fast SMC stator samples without committing to a large one-piece compaction tool immediately.	Segment repeatability: Defined by datum and fixture plan	A small error per segment can create large circular pitch and air-gap variation in the final stator.
3D Isotropic Flux Core	For engineering teams with a non-lamination magnetic path that needs manufacturable SMC core geometry.	Magnetic isotropy: SMC material grade dependent	Isotropic behavior is the key reason buyers consider SMC for complex 3D magnetic paths.
Custom SMC Compaction Tooling	For engineering and sourcing teams that need the magnetic design translated into a manufacturable SMC part and tooling plan.	Tooling phase: DFM, prototype tool, pilot tool, production tool	Axial flux core projects often fail from tooling assumptions made before manufacturing review.

Featured Products

Reference visuals for AFPM stator and core concepts. Replace these with verified SMC factory photos when project-specific imagery is available.

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