Magnetic Solutions Built Around the Application.
From target force and air gap to temperature, corrosion and production volume, we translate operating requirements into practical magnet and magnetic assembly specifications.
Define What the Magnetic System Must Do
A magnet grade alone does not determine application performance. Our technical sales team reviews the complete magnetic circuit and the real operating environment before recommending material, geometry, coating or assembly construction.
Holding force, field, torque, sensing distance, coupling or separation efficiency.
Temperature, moisture, salt, chemicals, pressure, speed, vibration and duty cycle.
Envelope, air gap, mating steel, tolerance stack, fastening, bonding and assembly access.
Prototype quantity, annual demand, inspection method, compliance and supply expectations.
Where Magnetic Design Becomes System Performance
Each sector creates a different balance of magnetic output, mechanical integration, environmental protection and production repeatability.
Pipeline Inspection & Pigging
High-energy magnetic circuits for flux leakage inspection, debris collection and pipeline tools. We review pole geometry, wear protection, operating clearance and replaceable module construction.
Subsea, Recovery & Holding Tools
Protected magnets and engineered housings for recovery, positioning and workholding in moisture, pressure and corrosive environments. Sealing, coating and safe load margins are designed together.
Motors, Rotors & Power Generation
Arc segments, rotor assemblies and high-coercivity grades for torque-dense motors, generators and servo systems. Thermal stability, magnetization pattern and retention method are matched to speed and duty cycle.
Sensors, Actuators & Electronics
Thin rings, multipole parts and compact assemblies for position sensing, haptics, speakers, switches and charging alignment. Field profile and tolerance control support consistent device-level behavior.
Design Decisions That Protect Performance
We identify the constraints most likely to affect performance, reliability or production stability before they become tooling or field problems.
Limited Space or Air Gap
Optimize grade, pole layout and return steel to concentrate useful flux without simply increasing magnet volume.
Heat & Demagnetization
Match intrinsic coercivity and circuit load line to maximum temperature, duty cycle and irreversible loss limits.
Moisture & Corrosion
Select coating, edge preparation, encapsulation and sealing based on exposure—not by coating name alone.
Vibration & High Speed
Review adhesive, mechanical retention, balance and assembly stress for rotors and dynamic equipment.
Force Consistency
Define the measurement fixture, mating material and acceptance method so production results match application needs.
Scaling the Assembly
Turn a working prototype into a repeatable process with controlled magnetization, bonding, fixturing and inspection.
From Requirement to a Defined Magnetic Solution
We keep the discussion practical: identify the target, expose the risks, compare feasible options and define the next engineering action.
Clarify the Working Condition
Application function, geometry, air gap, temperature, environment, quantity and target result.
Review Material & Magnetic Circuit
Grade, magnetization, pole layout, return path, coating and assembly concept are considered together.
Recommend a Practical Validation Path
Drawing review, calculation, simulation, prototype or fixture-based testing—only what the project needs.
Prepare for Repeatable Supply
Critical dimensions, magnetic criteria, process controls, inspection records and packaging are aligned.