Magnetic assembly
High-performance magnetic assemblies for diverse applications, including EV motors, generators, speakers, and medical devices.
Types of magnetic assemblies
Our engineered magnetic assemblies deliver optimized industrial solutions through advanced neodymium magnets, calculated designs, and customized integration.
What is a magnetic assembly
Magnetic assembly is a combination of magnetic material NdFeB and metal, non-metallic and other materials assembled by bonding, injection molding and other processes, such as: EPS upper rotor, wind turbine pole, motor stator, linear motor assembly, sensors and so on.
Benefits of Magnetic Assemblies
By utilizing the exceptional properties of NdFeB magnetic assemblies, you can enhance the performance, reliability, and efficiency of your products or systems while enjoying the benefits of their compact size and versatile design options.
Exceptional Magnetic Strength
With a remarkable combination of neodymium, iron, and boron, these assemblies offer superior magnetic force, ensuring robust and reliable performance in various applications.
Compact & Lightweight
They are compact and space saving. Their high energy density allows for the design of smaller, more efficient devices, enabling you to optimize limited space without compromising on magnetism.
Versatile Shape & Design Option
NdFeB magnetic assemblies can be manufactured in a wide variety of shapes and sizes, providing design and integration flexibility that can be customized to meet specific requirements.
Versatile Applications
From automobiles and electronics to renewable energy and medical devices, these assemblies provide superior performance in motors, sensors, actuators, speakers, magnetic separators and more.
Excellent Corrosion Resistance
Permanent magnets used in magnetic assemblies typically have a long service life and can retain their magnetic properties for years or even decades, depending on the material and environmental conditions.
Energy Efficiency
Due to their high magnet strength, NdFeB magnets require less material to achieve the desired magnetic force. This allows for energy-efficient designs and lower overall costs. .
Application of magnetic assemblies
Neodymium magnetic assemblies are used in various applications, including electric vehicle motors, generators, speakers, and medical devices.
How to customize a magnetic assembly?
Customizing magnetic assemblies requires careful consideration of various factors to meet specific requirements. The process involves selecting suitable materials, designing the assembly, and optimizing its performance.
Analyze Magnetic Requirements
Consider the attractive force, repulsive force, or holding strength needed.
Determine the approximate size and geometry of magnets required.
Select Magnet Grade and Properties
Choose NdFeB grade based on magnetic strength and operating temperature.
Consider plating or coating for environmental resistance.
Optimize Magnetic Circuit Design
Model and simulate the magnetic field paths.
Incorporate steel poles to focus and direct magnetic flux.
Size air gaps to balance magnetic attraction and mechanical spacing.
Integrate Mechanical Features
Design housing and components using magnetically inert materials.
Add brackets, spacers, fasteners to align and locate magnets.
Allow access points for magnet insertion and replacement.
Request a quote for your next magnetic project
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