SPACE → STRUCTURE
Mechanical form factor
Pancake profiles, large through-bores, frameless kits and project-specific housings. Start with OD, ID and the total axial stack.
Explore this capability ↗FULL-TOPOLOGY / BESPOKE ENGINEERING
Bespoke axial flux motors & core sub-assemblies.Engineered to your exact envelope.
Your space. Your voltage. Your production brief. Bring magnetics, precision stator laminations and winding into one coordinated OEM program.
3–5 weeksPrototype target for suitable programs.
Subject to DFM, materials and drawing freeze.
Subject to DFM, materials and drawing freeze.
01 / CUSTOM MOTORS02 / BUILD-TO-PRINT COMPONENTS03 / OEM DEVELOPMENT
The starting point
When a standard cylinder
doesn’t fit the brief.
A tight joint, a shallow installation, an existing battery pack or a stator drawing waiting for a manufacturing route. Start with the constraint you need to solve.
Custom spec selector
Your envelope.
Your starting point.
These are your design targets. Feasibility and combined performance require engineering review.
01 / FORM FACTOR
60 mm450 mm
5 Nm600 Nm
02 / ELECTRICAL
Have a 24 V or 72 V system? Add the actual bus range and current limits to your brief.
03 / ARCHITECTURE & SCOPE
Ready for an engineering conversation?
An initial response targeted within one business day.
Custom capabilities
Four dimensions.
One engineering brief.
VOLTAGE → DUTY CYCLE
Electromagnetics & winding
Align winding, KV and insulation with your DC bus, torque-speed duty and controller. Discuss concentrated, flat-wire, Litz or PCB routes.
Explore this capability ↗LOSSES → HEAT PATH
Thermal & cooling
Compare air cooling, liquid jackets and direct oil cooling against your losses, inlet temperature, flow and integration constraints.
Explore this capability ↗MATERIAL → MAGNETIC CIRCUIT
Magnetics & rotor grade
Review NdFeB or SmCo, pole geometry, skew and Halbach layouts. Grade selection includes temperature, working point and mechanical retention.
Explore this capability ↗Build-to-print sub-assemblies
Your design.
A defined manufacturing route.
For OEMs and laboratories ready to turn electromagnetic design into a controlled, inspectable assembly.
LASER-CUT / SPIRAL / STACKED
Stator laminations
Build-to-print lamination and stack requests with material, insulation, burr and stack-height requirements defined before tooling.
Explore component requirements ↗WOUND / POSITIONED / POTTED
Coreless epoxy stators
Discuss coil geometry, vacuum potting, resin selection and thermal paths for ironless motor and generator stators.
Explore component requirements ↗MACHINED / BONDED / BALANCED
Magnet rotor assemblies
Coordinate rotor discs, magnet geometry, bonding fixtures and retention, with agreed runout, balance and speed acceptance.
Explore component requirements ↗Base platform directions
Start from a program direction.
Refine what matters.
These are engineering starting points. Dimensions, performance and tooling reuse are confirmed during review.
AGV · UAV · MARINE
Low-voltage drive programs
48 / 72 / 96 V concepts with custom winding and shaft interfaces. A 10–30 kW brief is reviewed against actual current, speed and cooling.
Explore this platform ↗WIND · RANGE EXTENDERS
Coreless axial generators
Discuss low-speed back-EMF, rectified output and startup torque. Removing toothed iron does not remove bearing, seal or load resistance.
Explore this platform ↗ROBOTICS · COBOTS
Frameless robotic kits
OD / ID / thickness and through-bore integration first. Define continuous joint duty, peak duration, torque ripple and encoder interfaces.
Explore this platform ↗Prototyping & quality
Agree the evidence.
Then build toward it.
Ganzhou rare-earth magnetics and Greater Bay Area precision manufacturing form our sourcing approach. The actual route and acceptance plan belong in your project agreement.
- 01
Confidentiality & brief
Agree NDA requirements, envelope, duty cycle and delivery scope.
- 02
DFM & material review
Confirm topology, magnet grade, winding route and NRE assumptions.
- 03
Prototype & inspect
Select laser-cut or soft-tool routes where suitable; control drawing revisions.
- 04
Validate & scale
Agree back-EMF, dynamometer and thermal tests before production tooling.
Component and machine references
Start with a physical interface.
Supplier reference photography supports appearance review. Actual drawings and acceptance tests define your program.
Before the first drawing
Questions worth
settling early.
Do I need to choose an axial flux topology first?
No. Share your envelope and duty cycle. We can discuss single-sided, dual-rotor, iron-core, coreless and PCB approaches, with trade-offs reviewed for your project.
Can you quote only stators or rotor components?
Yes. Identify the build-to-print scope, drawing revision, materials and acceptance tests. We will clarify design responsibility and the required manufacturing route.
What does the 3–5 week prototype target cover?
It is a planning target for suitable programs after DFM approval, material availability, drawing freeze and order confirmation. Special tooling, magnet grades or validation can extend it. The quotation confirms the schedule.
Can I request an NDA and send STEP drawings?
Request an NDA in your brief. We will agree the confidentiality terms and a drawing-transfer channel before you share confidential files. You can attach a non-confidential STEP/PDF and your NDA template. Confidential drawings require an existing signed agreement; submitting a request does not sign it.
Let’s start with the constraint