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Coreless Brushed DC Motors

High Performance with Less Energy
  • 7.4 DC Coreless Brushed Motor - Side View

    16mm Coreless Brushed Planetary Gear Motor

  • 7.4V DC Coreless Brushed Gear Motor

    16mm Coreless Brushed Planetary Gear Motor

ISL’s coreless brushed dc motors have excellent performance and simple motor control all within a compact size. Coreless motor technology differs from the standard brushed motor, aka cored motor, in that the rotor winding is wound onto itself, on the rotor. No iron is on the rotor, making the lighter, coreless (or ironless core) rotor spin at a given performance level with less required input energy.

ISL coreless brushed electric motors are constructed with high-quality materials and are best used in applications that require a small motor and rapid acceleration.

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Benefits

A coreless motor is a great choice for applications that require any of the following:

  • High Speed
  • Compact Design
  • Quiet Operation
  • Continuous Torque
  • Energy Efficient Motors
  • Low Rotor Inertia
  • No Cogging Torque
  • Lower Power Consumption
  • Low Inductance

Benefits

A coreless motor is a great choice for applications that require any of the following:

  • High Speed
  • Compact Design
  • Quiet Operation
  • Continuous Torque
  • Energy Efficient Motors
  • Low Rotor Inertia
  • No Cogging Torque
  • Lower Power Consumption
  • Low Inductance

Applications

ISL’s coreless dc brushed motors and gear motors can be found inside a wide range of revolutionary devices.

  • Portable Battery-powered Devices
  • Medical Devices
  • Precision Laboratory Equipment
  • Small Pumps
  • Analytical Instrumentation
  • X-ray Machines

Parameters

ISL is committed to working with you to design and manufacture a coreless brush motor solution specific to your application needs.

  • Brush Type: Carbon / Precious Metal / Other
  • Commutator Material: Precious Metal / Graphite
  • Nominal Voltage
  • Output load speed
  • Power
  • Current
  • Load Torque
  • Rotor Inertia
  • Ambient Temperature Range
  • Motor Shaft Material & Size
  • Motor Shaft Configuration: Offset / Concentric / D Cut / Round / Splined / Other
  • Overall motor size, Motor Diameter (L, W, H)
  • Encoder Type: Optical / Hall Effect
  • Additional Assembly Requirements (lead wires, connectors, pulley, gear, etc.)