Solutions

Solutions & Applications

Select application scenarios to review recommended rare-earth-free architectures, capability fit, and OEM support direction.

Each solution page is written for buyer-side decisions: what to validate first, where project risk usually appears, and what data should be included in the initial RFQ to avoid quote loops.

Application Selection Workflow

Map your vehicle or machinery duty cycle.
Define thermal envelopes and required torque densities.
Match solution architecture to cooling stack (e.g. oil-cooled WRSM vs air-cooled SynRM).
Freeze prototype validation gates before PO release.

Rare-earth-free EV traction motor cross section with stator and rotor detail

EV Traction & E-Axles

Rare-earth-free traction motor and e-axle component support for OEM teams evaluating EESM/WRSM, hairpin stators, wound rotors, and lamination stacks without NdFeB dependency.

Best for Tier-1 and OEM automotive engineers comparing rare-earth-free traction architectures, validating custom stator/rotor components, or qualifying a China-based manufacturing partner.

NdFeB-free traction architecture screening for EESM and WRSM programs
High-speed field weakening and controllable rotor flux support
Hairpin stator, wound rotor, lamination stack, and excitation-interface scope review

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IE5 SynRM industrial motor architecture for pumps, fans, and compressors

HVAC & Industrial Drives

IE4/IE5 magnet-free motor upgrade support for pumps, fans, compressors, HVAC equipment, and continuous-duty industrial drives where TCO, VFD compatibility, and retrofit fit matter.

Best for procurement managers, plant engineers, and equipment OEMs focused on TCO, efficiency compliance, and lower rare-earth exposure in continuous-duty systems.

IE4/IE5 SynRM architecture screening for induction-motor replacement
Lower rotor losses and operating temperature for continuous-duty equipment
IEC/NEMA frame, shaft, mounting, enclosure, and terminal-box compatibility review

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Aerospace Electrification

Rare-earth-free motor component support for aerospace electrification, high-speed generator, actuator, and advanced mobility prototypes where mass, thermal limit, vibration, and validation evidence must be defined early.

Aerospace electrification and advanced mobility teams balancing mass, thermal limits, and supply-chain risk.

Magnet-free architecture screening for EESM, SRM, SynRM, and component-only paths
Lightweight stator, rotor, lamination, and field-winding component support
High-speed rotor retention, balancing, and overspeed evidence planning

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Solution Comparison Snapshot

Solution	Primary Buyer Focus	Key Metric	Why It Matters
EV Traction & E-Axles	Best for Tier-1 and OEM automotive engineers comparing rare-earth-free traction architectures, validating custom stator/rotor components, or qualifying a China-based manufacturing partner.	NdFeB Dependency: 0%	Eliminates geopolitical pricing volatility.
HVAC & Industrial Drives	Best for procurement managers, plant engineers, and equipment OEMs focused on TCO, efficiency compliance, and lower rare-earth exposure in continuous-duty systems.	Energy Savings: Project-specific vs IE3 baseline	Avoids generic savings claims and forces the TCO model to use the buyer load profile.
Aerospace Electrification	Aerospace electrification and advanced mobility teams balancing mass, thermal limits, and supply-chain risk.	Design Stage: Prototype / pilot validation	Aerospace programs need early manufacturability review before design freeze.

Inquiry Email

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