Validation planning for SMC axial flux cores, tying density, dimensions, B-H curve, permeability, core loss, insulation, thermal condition, and sample-lot traceability to the buyer operating point.
Manufacturing Demand
The manufacturing route should be reviewed before sourcing treats the part as a simple machined shape.
Demand Signal
A buyer has an AFPM concept and needs to know whether SMC can meet the actual frequency, flux-density, and temperature window.
Buyer Pressure
A generic material datasheet can mislead the motor model if waveform, sample geometry, density, and thermal condition differ from the application.
Page Response
The page starts validation from an operating-point table, then connects sample geometry, density, B-H, permeability, core loss, and report boundary.
Demand Signal
Prototype parts exist, but engineering, quality, and procurement need evidence before approving another sample loop or pilot lot.
Buyer Pressure
Teams need to know whether test data belongs to the same drawing revision, sample IDs, material route, compaction lot, and coating or insulation state.
Page Response
Validation gates tie every reported result to drawing revision, sample ID, density or weight check, dimensional CTQs, and optional insulation or thermal notes.
Demand Signal
The buyer is comparing SMC against lamination or another supplier route for a compact high-frequency core.
Buyer Pressure
Supplier claims about low loss or high permeability are not comparable if test frequency, flux density, waveform, temperature, and specimen type are hidden.
Page Response
The page separates catalog planning data from sample-specific evidence and defines the inputs needed for fair supplier comparison.
Demand Signal
Quality teams need a practical release pack, not only a lab-style magnetic chart.
Buyer Pressure
A magnetic result alone does not clear parts for assembly if dimensions, density, insulation, visual condition, or traceability are missing.
Page Response
The evidence plan combines FAI, CTQ checks, density or weight baseline, B-H or core-loss scope, insulation notes, and pilot-release recommendation.
Evidence Pack
For OEM sourcing reviews, the useful proof is not a generic capability claim. It is a controlled set of files that a buyer can audit before NDA release, sample acceptance, pilot build, or repeat order.
Evidence to Prepare
Operating point table, test method note, sample ID, material route, density target, and report format request.
Acceptance Focus
Prevents misleading pass/fail claims based on unrelated catalog data or mismatched coupons.
Evidence to Prepare
B-H curve, permeability or core-loss table, Hi-pot or insulation note, thermal condition, density check, and batch traceability.
Acceptance Focus
Gives motor engineers a defensible data pack for material release and supplier approval.
Evidence to Prepare
SMC vs lamination comparison basis at 50 Hz, 400 Hz, and 1000 Hz plus geometry and 3D flux-path notes.
Acceptance Focus
Builds trust with technical buyers by avoiding blanket material claims.
Evidence to Prepare
FAI report, CTQ measurements, sample weight or density baseline, dimensional deviation list, and magnetic report IDs.
Acceptance Focus
Helps the buyer distinguish material behavior from geometry, compaction, machining, or inspection variation.
Evidence to Prepare
Planning-data disclaimer, NDA-controlled report boundary, buyer-approved sample IDs, revision log, and release recommendation.
Acceptance Focus
Protects supplier credibility while giving engineering teams the data path needed for approval.
| Buyer Checkpoint | Evidence to Prepare | Acceptance Focus |
|---|---|---|
| Can the validation plan define frequency, flux density, waveform, temperature, and sample geometry before comparing materials? | Operating point table, test method note, sample ID, material route, density target, and report format request. | Prevents misleading pass/fail claims based on unrelated catalog data or mismatched coupons. |
| Can magnetic, insulation, and thermal evidence be tied to the same sample lot? | B-H curve, permeability or core-loss table, Hi-pot or insulation note, thermal condition, density check, and batch traceability. | Gives motor engineers a defensible data pack for material release and supplier approval. |
| Can the supplier explain when SMC is the right route and when lamination may still win? | SMC vs lamination comparison basis at 50 Hz, 400 Hz, and 1000 Hz plus geometry and 3D flux-path notes. | Builds trust with technical buyers by avoiding blanket material claims. |
| Can density and dimensional data be reviewed with magnetic results instead of after the fact? | FAI report, CTQ measurements, sample weight or density baseline, dimensional deviation list, and magnetic report IDs. | Helps the buyer distinguish material behavior from geometry, compaction, machining, or inspection variation. |
| Can public planning data be separated from controlled project evidence? | Planning-data disclaimer, NDA-controlled report boundary, buyer-approved sample IDs, revision log, and release recommendation. | Protects supplier credibility while giving engineering teams the data path needed for approval. |
Any released claim should be tied to the buyer drawing, sample ID, material batch, inspection method, and agreed test condition instead of a generic marketing statement.
Use this page as a magnetic validation planning map, not as a public guarantee of motor efficiency, certified lab results, fixed B-H values, universal core-loss numbers, or production release. Exact test method, sample geometry, density, temperature, fixture, report format, and acceptance criteria should be confirmed against buyer drawings or under NDA.
| Parameter | RFQ Planning Range | Engineering Note |
|---|---|---|
| Operating-point definition | Electrical frequency, flux density, waveform, duty cycle, speed relation, temperature state, cooling assumption, and motor topology | Core loss and permeability are meaningful only when the buyer operating point and test condition are declared together. |
| Sample or coupon basis | Ring coupon, pressed tooth segment, full stator sample, machined feature, coated sample, buyer fixture, drawing revision, and sample IDs | A coupon result is useful for screening, but release evidence should say whether it represents the actual part geometry and process route. |
| Magnetic report scope | B-H curve, initial or relative permeability, saturation note, core-loss table, frequency points, flux-density points, waveform, and fixture note | Report scope should match the decision gate: material screening, prototype approval, supplier comparison, or pilot release. |
| Physical evidence paired with magnetic data | FAI dimensions, CTQ report, density or weight check, visual condition, coating or insulation state, and deviation list | Magnetic variation can come from geometry, density, machining, coating, or handling, not only from nominal material grade. |
| Insulation and thermal boundary | Hi-pot or insulation note, coating route, surface condition, thermal exposure, temperature point, and post-process state | Insulation and thermal state should be scoped separately when the buyer assembly or winding process can shift results. |
| Traceability and release decision | Powder lot if available, compaction route, thermal route, drawing revision, sample IDs, report IDs, acceptance notes, and next gate | Supplier approval is stronger when test data can be traced back to the same sample lot and drawing revision being accepted. |
| Program Metric | Typical Range | Procurement Value |
|---|---|---|
| Core loss basis | Frequency points, flux-density points, waveform, temperature state, sample geometry, and report method | A generic material datasheet is not enough for high-density AFPM motor decisions or supplier comparison. |
| B-H and permeability boundary | Sample ID, material route, density state, test fixture, curve format, and saturation or permeability note | Motor models need the condition behind the curve, not only a chart copied into a slide. |
| Physical-to-magnetic traceability | Drawing revision, FAI/CTQ report, density or weight baseline, coating or insulation state, and report ID | Engineering can diagnose whether a result is driven by material choice, geometry, process route, or sample variation. |
| Release decision clarity | Planning benchmark, material screen, prototype acceptance, pilot release, repeat-order monitor, or revalidation trigger | Procurement and supplier quality need to know what the report approves and what it does not approve. |
Validation
| Gate | Evidence to Prepare | Acceptance Focus |
|---|---|---|
| Operating-point lock | Frequency, flux density, waveform, duty cycle, temperature window, cooling assumption, motor topology, and acceptance objective. | The validation plan measures the condition the buyer actually cares about instead of a convenient generic point. |
| Sample and process traceability | Drawing revision, sample IDs, material route, density or weight target, thermal route, coating or insulation state, and test geometry. | Every report can be tied back to the same physical samples being reviewed for engineering or supplier approval. |
| Dimensional and density baseline | FAI dimensions, CTQ measurements, density or weight result, visual condition, chip/burr/coating notes, and deviation list. | Magnetic data is interpreted with the physical condition of the sample, not in isolation. |
| Magnetic and insulation report release | B-H curve, permeability or core-loss table, frequency/flux-density points, waveform, temperature state, Hi-pot or insulation note, and report ID. | Engineering has enough controlled evidence to compare materials, approve a sample, or request another test loop. |
| Pilot or repeat-order monitoring plan | Accepted revision, report boundary, monitored metrics, retest trigger, lot traceability rule, and buyer release record. | Future lots can be checked against the same evidence boundary without pretending the first report certified every condition. |
RFQ Inputs
| Input | Why It Matters | Useful Example |
|---|---|---|
| Operating point and acceptance objective | B-H, permeability, and core loss are condition-dependent; pass/fail cannot be defined until frequency, flux density, waveform, and temperature are known. | AFPM stator sample, 800 Hz electrical frequency, 0.8 T target flux density, sinusoidal reference plus PWM discussion, 120 C winding-adjacent condition. |
| Sample geometry and revision control | A ring coupon, tooth segment, and full stator can answer different questions and should not be treated as interchangeable release evidence. | Ring coupon for material screen, Rev B tooth segment for density and B-H comparison, full stator sample after DFM freeze. |
| Material, density, and process route | Compaction density, thermal route, machining, coating, and insulation state can shift magnetic and physical results. | Candidate SMC route, density target to confirm, machined mounting datum only, coated surface required before final insulation check. |
| Report package required | Engineering, quality, and procurement need different records at material screen, prototype approval, and pilot release gates. | FAI/CTQ report, density baseline, B-H curve, core-loss table at agreed points, Hi-pot note, sample photos or visual condition notes. |
| Release and revalidation rule | A first report should define what is accepted and what changes trigger retest when geometry, density, coating, or process route changes. | Prototype approval only for Rev B samples; repeat B-H/core-loss check if Rev C changes tooth thickness, density target, or coating route. |
No. We can support core and material validation data, but full motor efficiency depends on the buyer motor design and system integration.
No. Public values are useful for planning only. Final approval should reference sample IDs, drawing revision, density state, test condition, fixture or method note, and buyer acceptance criteria.
Provide the operating frequency, flux-density target, waveform or duty cycle, temperature condition, sample geometry, material route, required report type, and the decision gate the data must support.
Yes, but the comparison must use matched frequency, flux density, waveform, temperature, geometry, and report basis. Otherwise the result can look precise while answering the wrong question.
Yes. Density, tooth geometry, machining, coating, and surface condition can affect magnetic behavior, so FAI and density or weight checks should be reviewed with the magnetic report.
Usually no. A coupon can screen material behavior, but pilot release should also address the actual part geometry, process route, CTQs, density, insulation or coating state, and traceability.
Yes. Use a public first-contact summary, then place project drawings, sample IDs, test reports, buyer acceptance limits, and release decisions inside the NDA-controlled review path.
Inquiry Email
Attach STEP/DXF/PDF plus frequency, flux density, sample quantity, annual forecast, and destination.
