Application.

Medical Device Motor & Sensor Magnets

YX Magnetic supplies custom permanent magnets for compact medical motors, pumps, actuators and position sensors, with geometry and magnetic output defined around your device.

Application.

What Matters in Medical Device Magnet Design

Medical equipment can place compact motors, pumps and sensors close to noise-sensitive or space-constrained assemblies. We review magnet design against device function and operating conditions.

Review My Magnet Design
  • Compact Magnet Geometry

    Magnet geometry must fit tight motor, pump and sensor envelopes.

  • Motor Torque & Acoustic Input

    Magnetization and rotor geometry influence torque ripple, vibration and acoustic behavior.

  • Sensor Field Repeatability

    Pole pattern, magnetic output and placement are controlled as inputs to sensor response.

  • Material & Surface Compatibility

    Material and coating choices are reviewed against the device environment, cleaning method and assembly process.

  • Polarity & Placement

    Polarity, orientation and placement are checked against the drawing before integration.

Application.

Magnet Formats for Medical Motors & Sensors

Common geometries for compact drives, pumps, actuators and feedback assemblies.

Diametrical Cylinders

Shaft magnets for angle, speed and position sensing in compact devices.
Review Cylinders

Application.

Configure Magnets for Your Medical Device

Share the motor, sensor, pump or actuator inputs that define magnetic design, operating environment and assembly review.

Design FactorCommon Options
Device FunctionMotor drive, pumping, actuation, switching, position or speed feedback
Assembly & SamplesBonding, carriers, rotor assemblies, samples and validation needs
Dimensional ControlDrawing-based size, air gap, concentricity and device-interface requirements
Operating EnvironmentTemperature range, cleaning agents, moisture and nearby magnetic materials
MagnetizationAxial, diametrical, radial or multipole patterns matched to the motor or sensor design
Magnet MaterialSintered NdFeB, SmCo or another material selected for the device
Magnet GeometryRing, arc, segment, disc, cylinder, block or custom shape
Application.

Define the Magnetic System Around Your Device

Send your motor or sensor layout, target function, operating conditions and mechanical interface for engineering review.

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Where Medical Device Motor & Sensor Magnets Are Used

Custom magnetic components for compact motion, fluid handling and position feedback in medical equipment.

Infusion & Dosing Pumps

Motor and rotor magnets for controlled fluid-delivery mechanisms.

Rehabilitation Devices

Magnetic components for assisted motion and position feedback systems.

Diagnostic Equipment

Custom magnets for compact diagnostic motion and sensing mechanisms.

Patient Positioning Systems

Magnetic components for actuators, drives and position feedback.

Laboratory Automation

Motor and sensor magnets for sample handling, indexing and positioning systems.

Surgical Handpieces

Compact motor magnets for powered handheld instruments.

Application.

Engineering Support from Device Review to Production

We turn motor, sensor and assembly inputs into a manufacturable magnet specification.

Start Your Medical Magnet Project
  • Step

    Device Input & Interface Review

    We review device function, motor or sensor layout, air gap and mechanical constraints.

    Device Function
    Interface Layout
  • Step

    Magnetic Design & Material Review

    We match geometry, material and magnetization to the target motor or sensing function.

    Magnet Geometry
    Material Choice
  • Step

    Prototype & Customer Device Testing

    We supply samples and inspection data for integration and system testing.

    Sample Build
    Integration Test
  • Step

    Production Inspection & Control

    We inspect dimensions, polarity, magnetic output and assembly-critical features.

    Process Control
    Inspection Data
Application.

Need Magnets for a Medical Motor or Sensor?

Share your CAD drawing, device function and operating conditions. We will review the magnetic configuration and assembly approach.