Motor & Generator Assemblies

Axial Flux Stator Cores

High-Performance Axial Flux Stator Cores for Compact and Efficient Motor Designs

Axial Flux Stator Cores for Next-Generation High-Efficiency Motors

Precision-engineered stator cores delivering superior power density, compact design, and optimized magnetic performance for advanced axial flux motor applications.

The Heart of High-Performance Axial Flux Motors

Axial stator cores are a fundamental component in axial flux motors, an advanced motor technology that allows magnetic flux to flow parallel to the axis of rotation.

Key Features

Available in Ni-Fe (48% Ni) and Si-Fe (<3.5% Si) laminated alloys

High relative permeability and low hysteresis

Improves signal-to-offset ratio of magnetic field sensors

Shields against external magnetic interference

Suitable for high-speed switching applications

Compact and easy-to-integrate geometry

Standard sizes available; custom designs on request

Advantages of Axial Flux Stator Cores

Enhanced Efficiency

Achieves operational efficiency of over 96%

Compact and Lightweight

Up to 2 to 5 times lighter than traditional motors

High Power Density

Ideal for weight- and space-sensitive applications

Improved Heat Dissipation

Disc geometry enhances thermal management and cooling

Responsive Control

Suitable for precision systems requiring fast dynamic response

Broad Applicability

Used across electric vehicles, renewable energy, aerospace, and industrial automation

Technical Specifications

Parameter	Specification
Materials	SiFe (Silicon Iron), NiFe (Nickel Iron), CoFe (Cobalt Iron)
Lamination Thickness	0.2 mm minimum
Outer Diameter	50 mm to 350 mm
Width	20 mm to 50 mm
Dimensional Accuracy	±0.5 mm
Pitch Accuracy	±0.2 mm
Rapid Prototype Time (RPT)	6 to 8 weeks
Customization	Custom designs available on request

Applications

Electric Vehicles (EVs)

High-efficiency propulsion systems where low weight and compact design are essential.

Industrial Automation

Machines and robotic systems that demand power-dense, energy-efficient motors.

Aerospace

Electric propulsion and actuators require high performance with minimal mass.

Renewable Energy

Turbines and generators designed to convert and manage energy efficiently within tight enclosures.

Medical Equipment

Compact motor designs for surgical tools, imaging systems, and portable diagnostic devices.