Capabilities

OEM Engineering

Factory-side engineering and supply capability designed for global OEM projects, from prototype validation to mass production of custom magnetic circuits.

This section is organized around the buyer journey: requirement closure, DFM optimization, rapid prototyping, and NRE tooling strategies. Each topic includes practical control points for RFQ and PO governance.

OEM Program Control Flow

  1. Review 2D/3D CAD to identify magnetic bottlenecks.
  2. Execute rapid prototype (Wire-EDM or CNC) to validate pull force/flux.
  3. Map Critical-to-Quality (CTQ) tolerances to mass-production tooling.
  4. Align NRE cost rebate structure and DDP/FOB delivery model.
DFM Support and NRE Cost Engineering Blueprint

DFM & Magnetic Circuit Design

Design-for-manufacturability and magnetic circuit optimization support that converts concept assumptions into production-feasible geometry, tolerances, and cost structure.

Target Buyer: R&D Teams & Product Managers

  • 2D/3D FEA simulation
  • Cost reduction analysis
  • Tolerance review
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Rapid Prototyping Magnet

Rapid Prototyping

Fast-turnaround magnetic assembly prototypes designed to close technical risk early and transfer cleanly into production-intent execution.

Target Buyer: Prototyping & Innovation Engineers

  • 5-7 day turnaround
  • Production-intent materials
  • Testing reports included
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Capability Comparison Snapshot

CapabilityPrimary Buyer FocusKey MetricWhy It Matters
DFM & Magnetic Circuit DesignR&D Teams & Product ManagersOptimization: 10-30% cost savingsImproves ROI
Rapid PrototypingPrototyping & Innovation EngineersLead Time: 5-7 daysAccelerates design iteration speed

OEM Engagement Decision Framework

Use this framework to decide which capability should start first in your program. The right entry point depends on whether your main risk is design uncertainty, schedule pressure, or production transfer stability.

Program SituationBest Starting CapabilityExpected Output
Spec uncertainty around magnetic path, materials, or stack tolerance.DFM & Magnetic Circuit DesignFeasible geometry, tolerance priorities, and validation checkpoints before tooling decisions.
Tight launch window and need to verify technical feasibility quickly.Rapid PrototypingShort-cycle samples with measurable evidence for go/no-go pilot decisions.
Program is entering pilot or mass production and needs stable quality and delivery controls.Combined DFM + Prototype Transfer PathLocked acceptance criteria, controlled handoff package, and reduced rework risk during scale-up.

In buyer-side execution, the highest ROI usually comes from defining measurable success criteria and evidence format before requesting quotations. This prevents quote-stage ambiguity and keeps engineering, procurement, and supplier teams aligned during program gates.

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