High-density SMC stators and precision axial laminations engineered for next-generation Robotics, eVTOLs, and Hypercars.
ISO 9001 Evidence
IATF-Style Review
RoHS Declarations
Somaloy® Route
Compact electric drive teams need magnetic-path freedom, controlled tooling economics, and lower heat risk before a custom core program moves into prototype release.
SMC particle insulation enables useful magnetic performance in axial, radial, and circumferential flux directions, which supports compact AFPM and YASA-style layouts.
Use when the design cannot afford to force a three-dimensional flux path through a two-dimensional lamination stack.
Powder compaction tooling forms complex teeth, yokes, and segments close to final geometry, reducing secondary machining and material waste during custom builds.
Best for custom stator teeth, segmented armatures, and geometry revisions that need tooling DFM before prototype release.
Insulated iron powder routes reduce eddy-current paths, helping high-speed motors manage heat when frequency rises beyond conventional low-speed assumptions.
Pair with the material data hub to compare 50 Hz, 400 Hz, and 1000 Hz loss planning assumptions before RFQ.
Capability Snapshot
Quick view of our core engineering and manufacturing support scope.
SMC Core Families
Tooling & DFM
Rapid RFQ Response
The fastest route to a useful quote is a technical package, not a generic message. Start with the RFQ worksheet, then align CAD, operating targets, validation scope, and release evidence before sample production.
Align application, product family, CAD revision, magnetic targets, quantity plan, and evidence requirements before first contact.
Open RFQ TemplatesCompare SMC grade families, axial lamination options, density targets, insulation, and high-frequency loss assumptions.
Review Material DataValidate compaction tooling, machining allowance, heat treatment, coating, corrosion protection, and export packaging requirements.
Audit ManufacturingAlign density, dimensional, magnetic loss, Hi-pot, coating, and assembly checks before pilot or production release.
See Application GatesProducts
Explore SMC stators, segmented teeth, and 3D magnetic flux components designed for high-torque AFPM topologies.
Solutions
Application-specific core engineering for eVTOLs, robotics, drones, and high-performance electric vehicles.
OEM
From net-shape compaction tooling to rigorous magnetic loss validation, ensuring reliable pilot and volume builds.
Reference visuals for SMC stator and core concepts ready for prototyping and validation.
Practical buyer-side checklists, decision frameworks, and technical insights from our OEM engineering team.
Foxconn-Magnax and PanGood show axial flux motor mass production moving into Asian foundries. Compare capacity, sourcing risks, RFQ actions, and evidence gaps.
Compare YASA, AFIR, and TORUS axial flux motor topologies for stator core sourcing, SMC vs laminated steel choices, RFQ risk control, and DFM review.
Engineering guide to axial flux motor thermal management, direct oil cooling, SMC stator design, validation risks, supplier evidence, and RFQ checks for buyers.
FAQ
Share your stator geometry, magnetic targets, duty cycle, and prototype timeline to receive engineering feedback and quotation support.
Inquiry Email
Attach STEP/DXF/PDF plus frequency, flux density, sample quantity, annual forecast, and destination.
