Product Capability First
Choose between complete AFPM motors, dual-rotor platforms, stator/rotor assemblies, and generators before discussing price.
Axial Flux Motor Manufacturing
AFPM Motor Supply for Compact High-Torque Programs
Build complete motors, stator/rotor active parts, and low-speed generators with clear customization scope, test evidence, and sample-to-volume planning.
Inquiry Email
Please include application, peak/continuous torque, speed range, voltage/current limit, outer diameter, axial length, cooling method, quantity, and drawings or reference samples.
Instant Chat
+86 188 5797 1991
Share torque-speed, package, cooling, and sample quantity in the first message.
Motor / Generator Builds
Complete AFPM motors, active parts, stator/rotor assemblies, and low-speed generators.
Package & Interface Control
OD, axial length, shaft, flange, bearing stack, and sensor assumptions reviewed before quote.
Thermal & Duty Review
Peak torque, continuous output, cooling method, voltage, and ambient target separated early.
Traceable Test Plan
Resistance, Hipot, insulation, no-load, back-EMF, balance, and dimensional CTQ records.
ISO 9001Quality Management
CE & RoHSEU Compliance
IP55 – IP67Protection Available
UL / CSAInsulation System
OEM ReadyPrototype to Volume
-40°C to +160°CThermal Validated
Buyer Decision Points
What You Can Qualify Before RFQ
Compare build scope, customization boundaries, quality evidence, lead-time path, and engineering inputs before opening a quote thread.
Custom Scope With Inputs
Tie KV, voltage, shaft, flange, cooling, sensor, and IP changes to drawings, controller limits, duty cycle, and quantity plan.
Quality Gates, Not Slogans
Define resistance, Hipot, insulation, phase balance, no-load/back-EMF, dimensional CTQ, balance, and shipment records before sample release.
Prototype to Volume Path
Start with RFQ review, separate tooling risk from standard adaptation, run a 4-8 week custom sample window after spec freeze, then lock pilot and volume controls.
Planning Numbers
Timeline and Control Points Buyers Ask About
Useful first-pass expectations for AFPM sourcing discussions; final scope depends on drawings, tests, and tooling.
4-8 Weeks
Custom sample window after spec freeze
24 Hours
RFQ review target
3 Gates
Sample, pilot, and volume release gates
Product Capability
Start with the AFPM supply form your project actually needs.
Start with buildable product scope instead of a generic supplier promise. Complete motors, active parts, dual-rotor platforms, and low-speed generators each require different drawings, tests, and quote assumptions.
Complete AFPM motor platforms
Axial Flux Permanent Magnet Motors
Dual-rotor, iron-core, coreless, and compact traction packages for short axial envelopes.
Quote needs
Torque-speed target, voltage/current limit, cooling method, OD, axial length, shaft, and flange constraints.
Active parts and subassemblies
AFPM Stator and Rotor Assemblies
Stator cores, windings, rotor disks, magnet carriers, and build-to-print assembly support.
Quote needs
2D/3D drawings, material callouts, magnet grade, winding target, CTQ list, and inspection records needed.
Dual-rotor high-torque builds
Dual-Rotor AFPM Motors
Rotor flatness, magnet retention, airgap control, balance grade, and safe assembly process planning.
Quote needs
Rotor concept, maximum speed, bearing stack, overspeed target, balance requirement, and thermal route.
Low-speed AFPM generators
AFPM Generators
Custom voltage, low-RPM winding, cogging review, sealing, and rectifier/inverter interface planning.
Quote needs
Rated power, RPM distribution, voltage target, load type, environment, mounting, and overspeed condition.
Customization Range
Custom work is useful only when the variables are explicit.
Buyers usually care less about the word "custom" and more about which dimensions, electrical constants, cooling choices, and inspection records can be controlled without creating hidden tooling or validation risk.
Discuss design support| Area | Adjustable Scope | Inputs Needed |
|---|---|---|
| Electrical output | KV/RPM per volt, winding turns, phase resistance, voltage class, sensor or encoder interface. | DC bus voltage, controller current limit, base/max speed, duty cycle, feedback requirement. |
| Mechanical package | Outer diameter, axial length, shaft, flange, bearing arrangement, housing, mounting pattern. | Envelope drawing, load direction, runout/flatness targets, reducer or wheel-interface constraints. |
| Thermal and environment | Natural air, forced air, liquid jacket, case conduction, potting, IP target, temperature range. | Continuous torque window, ambient temperature, sealing requirement, vibration and corrosion exposure. |
| Supply form | Complete motor, frameless motor, stator-only, rotor-only, generator, or drawing-controlled subassembly. | Design ownership, prototype quantity, annual forecast, export destination, packaging and record format. |
Quality Control
Evidence buyers should ask for before shipment.
Before sample build
DFM review, revision freeze, CTQ list, material assumptions, winding target, and acceptance plan.
Prototype release
Dimensional checks, winding resistance, phase balance, insulation resistance, Hipot, no-load and back-EMF checks.
Pilot lot
Torque-speed or thermal sample data where required, dynamic balance, packaging test, and corrective action tracking.
Volume supply
Lot traceability, incoming material control, EOL records, change notice discipline, and shipment milestone control.
Sample / Volume Path
A practical route from first email to recurring supply.
1
RFQ intake
First review checks torque-speed duty, package limits, controller assumptions, cooling, and quantity plan.
2
Feasibility and quotation scope
We separate standard adaptation from new tooling, special test needs, and design-risk items before pricing.
3
Prototype sample
Custom samples are typically planned around a 4-8 week window after the critical specifications are frozen.
4
Pilot to production
Pilot lots lock CTQ records, packaging, inspection frequency, and delivery cadence before recurring orders.
Typical Applications
Match the motor conversation to the real operating duty.
AFPM motors win in compact high-torque layouts, but each market has a different failure mode. Start with the application risk, then shortlist the product family.
Electric Motorcycle and Light EV Drives
Balance launch torque, hill-climb continuous output, controller current, and cooling route.
View application fit
Robotics Compact Joint Drives
Protect axial height, low-speed smoothness, reducer/encoder fit, holding torque, and heat path.
View application fit
Drone and eVTOL Propulsion
Review power density, mass, overspeed margin, rotor containment, and continuous thermal stability without overstating certification.
View application fitRenewable Direct-Drive Generators
Match RPM distribution, voltage output, cogging torque, sealing, rectifier load, and bearing life.
View application fitKnowledge Base
Latest Engineering Guides
Practical buyer-side checklists, decision frameworks, and technical insights from our manufacturing engineering team.
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Compare SMC and laminated electrical steel for axial flux motor stators: flux paths, losses, scrap rates, sourcing checks, and when to contact AFPM Motor.
RFQ Checklist
Send the parameters that change design, cost, and lead time.
A useful first inquiry is not a long story. It is a compact engineering packet that tells us the operating duty, package limits, interface needs, quality records, and supply stage.
Application and duty cycle
Peak and continuous torque
Base speed and maximum RPM
DC voltage, current limit, and controller type
Outer diameter and axial length limits
Cooling method and ambient temperature
Shaft, flange, bearing load, and mounting drawing
Sensor, encoder, brake, or feedback requirement
IP rating, vibration, corrosion, and operating environment
Prototype quantity, annual forecast, destination, and required records
Engineering FAQ
Technical & Sourcing Clarifications
Send the AFPM Parameters That Matter
Share application, torque-speed duty, voltage/current, package envelope, cooling method, sample quantity, annual forecast, and drawings so we can return a practical review.
Inquiry Email
Please include application, peak/continuous torque, speed range, voltage/current limit, outer diameter, axial length, cooling method, quantity, and drawings or reference samples.
Instant Chat
+86 188 5797 1991
Share torque-speed, package, cooling, and sample quantity in the first message.