Built for what comes next
Magnets that make ambitious products possible.
From compact motors to precise sensors, Elite Magnets develops custom rare earth magnets and magnetic assemblies for products that need more performance from less space.
Since 1999
Focused on rare earth magnet manufacturing
Factory-side engineering
From magnetic concept to repeat production
Where ideas become working parts
- More magnetic performance in the space available
- Materials and protection suited to the real environment
- A production route designed to stay repeatable
The part behind the performance
When a product has to be smaller, faster, cooler, or more reliable, the magnet matters.
We look beyond the drawing to understand what the product is trying to achieve. Then we connect magnetic performance, material, geometry, magnetization, assembly, and production into one practical solution.
Requirements reviewApplication, magnetic targets, geometry, operating environment, assembly conditions, and volume are clarified first.
Process and sample validationMaterial, process, coating, magnetization, and inspection are aligned and verified before approval.
Controlled productionApproved specifications, process controls, inspection records, packaging, and change management support stable repeat supply.
How we work
Engineering confidence from the first sketch to repeat production.
Good magnet development is a chain of connected decisions. We keep that chain clear, so early ideas can move forward without leaving hidden risks for tooling, assembly, or scale-up.
01
Application Review
Clarify force, flux, torque, sensing, heat, corrosion, and assembly constraints before the part is defined.
02
Material Route
Match sintered NdFeB, SmCo, bonded NdFeB, coating, and grade direction with the working environment.
03
Precision Manufacturing
Control geometry, tolerance, surface treatment, and process feasibility for repeatable custom parts.
04
Magnetization
Plan axial, radial, diametrical, multipole, and fixture-dependent magnetization around the assembly.
05
Assembly Support
Support bonding, sleeves, housings, rotor interfaces, packaging, and production-friendly handling.
06
Inspection & Supply
Keep dimensional, magnetic, coating, documentation, and repeat-order controls aligned after launch.
01
Engineering reviewApplication, magnetic target, material route, and manufacturable geometry.
02
Manufacturing & magnetizationMachining, coating, pole direction, fixtures, and sample evidence.
03
Assembly, inspection & supplyInterfaces, verification, packaging, documentation, and repeat orders.
Products
Three material families. One goal: the right performance in the real product.
Some designs need maximum power in a compact space. Others need stability under heat or freedom to create complex shapes and pole patterns. Start with the challenge that matters most.
Sintered NdFeB Magnets
High magnetic strength for compact motors, sensors, holding systems, rotors, and precision assemblies.
Sintered SmCo Magnets
Stable magnetic performance for higher temperature, corrosion-sensitive, and demanding industrial environments.
Bonded NdFeB Magnets
Complex shapes, multipole magnetization, and repeatable dimensions for high-volume engineered parts.
Manufacturing capability
Built where precision becomes repeatability.
A promising sample is only the beginning. The real work is turning its performance into a stable process that can be measured, repeated, packed, and supplied with confidence.
A
Geometry and tolerance review
Confirm whether the drawing, magnetic direction, coating, and assembly interface can be held in production.
B
Process route and sampling
Align material, forming, machining, coating, magnetization, and first-article checks before scale-up.
C
Repeat supply control
Keep inspection records, packaging, labeling, and order follow-up consistent after approval.
Choose by challenge
Strength, heat, shape, or stability—start with what the product cannot compromise.
The best magnet is not always the strongest grade. It is the material and process combination that keeps the product performing through temperature, exposure, assembly, and service life.
| Material | Best path when | Typical use |
|---|---|---|
| Sintered NdFeB | Compact high-strength designs need maximum magnetic output in limited space. | Motors, encoders, sensors, holding devices, and precision assemblies. |
| Sintered SmCo | Heat, corrosion exposure, or harsh operating conditions matter more than maximum energy density. | High-temperature motors, sensors, actuators, and industrial assemblies. |
| Bonded NdFeB | Complex shapes, thin walls, repeatable dimensions, or multipole patterns are required. | Multipole rings, small motor rotors, sensor magnets, and integrated assemblies. |
Where magnets become product performance
Made for motion. Trusted for sensing. Ready for industry.
Inside every motor, sensor, actuator, or industrial assembly is a different magnetic job to be done. We develop the component around that job—not around a generic catalogue part.
Medical & Precision Devices
Compact devices where stable performance, surface control, cleanliness, and documented inspection shape the magnet route.
Motors and Motion Control
High-speed rotors and precision drives where magnetic output, balance, temperature, and reliable position feedback work together.
Quality and assurance
Confidence you can carry into production.
Quality is not a report added at the end. It begins with the characteristics that make the part work and follows them through material, process, measurement, release, and every repeat order.
IATF 16949 reference
For an automotive program, request the applicable production-site certificate, scope, issuing body, validity, and customer-specific evidence.
ISO 9001 reference
Request the applicable production-site certificate, manufacturing scope, issuing body, and validity before relying on quality-system coverage.
ISO 14001 reference
Request the applicable site certificate, operational scope, issuing body, and validity when environmental-system evidence is required.
RoHS / REACH support
Request part-specific declarations, material data, supplier evidence, and the regulated-substance scope required for the target market.
Bring us the difficult part.
Send a drawing, performance target, material question, or production concern. We will help you identify the practical route before the project moves forward.