Custom Halbach Assemblies

Bespoke magnetic solutions engineered to your specific field requirements.

Target Buyer:Innovators needing magnetic fields that standard shapes cannot provide.

Best-Fit Procurement Use

Best fit when a standard linear, planar, ring, or cylinder product does not meet the field shape, packaging, temperature, or integration constraints of the project.

Send RFQ Request FEA Review

Capability Highlights

Design-to-manufacturing support
FEA review scoped by project risk
Curved, spherical, and multi-axis concepts reviewed for manufacturability

Typical Applications

Proprietary research
Novel actuators
Specialty sensors

Engineering Focus

Solving complex boundary conditions
DFM (Design for Manufacturing) feedback
Fixture strategy for unusual force vectors
Prototype acceptance criteria before production transfer

Buyer Decision Criteria

Target 3D field shape and the volume where that field matters.
Mechanical envelope, mounting interfaces, and prohibited materials.
Operating temperature, duty cycle, vibration, vacuum, or chemical exposure.
Prototype acceptance criteria and production quantity roadmap.

Factory Capability

Early DFM review of simulated magnetic layouts before tooling.
Custom non-magnetic fixtures for safe assembly of unusual magnetic forces.
NdFeB, SmCo, coatings, sleeves, potting, and carrier choices by environment.
Prototype-to-production control plan for repeatable custom assemblies.

Key Evaluation Matrix

Metric	Typical Range	Why It Matters
Prototyping Speed	4-8 weeks	Accelerates your R&D iteration cycles.
Field Acceptance Method	2D/3D Gauss map, force test, torque test, or customer bench test	Custom assemblies need a measurable pass/fail method before tooling and sample cost are fixed.
Revision Control	CAD, magnetization pattern, material, and inspection scope tracked per revision	Engineering changes can affect field output, assembly safety, and quote validity.

RFQ Checklist

Target 3D field map
Spatial constraints
Environmental conditions
CAD, forbidden materials, acceptance method, quantity ramp, and delivery country

Risk Controls

Unmanufacturable designs: Early DFM review to ensure the simulated array can be physically assembled safely.
Prototype disagreement because acceptance was not defined: Set magnetic, dimensional, and documentation deliverables before sample production.
Hidden assembly-force hazards: Review magnetized assembly path and non-magnetic fixture needs during DFM.

Validation Deliverables

RFQ feasibility notes and open-issue list.
Field map or inspection method matched to the target magnetic function.
Critical dimension and assembly process confirmation.
Revision-controlled quote scope for engineering changes.

RFQ to Delivery Flow

Send CAD, target field map, tolerance priorities, environment, quantity, and timing.
We return feasibility, missing inputs, and manufacturability risks before formal quote freeze.
Prototype scope locks the validation method before production planning.
Mass production uses the approved fixture, material, inspection, and packaging plan.