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Powder Metal Resources.

Electric Motor Efficiency: Why Soft Magnetic Powder Beats Laminate ...

Which is easier to trust -- a 1,300-component assembly with shaky performance, or a 10-component one with reliable data?
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5 Trends as High-Efficiency Drone Motor Design Takes Off

Analysts say the drone motor market will grow to $7.3 billion by 2030. The projected growth rate of 28.4% for this decade tells us our remote-yet-global society has ...
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Axial Electric Motor Assembly Process: Laminations vs. SMC Material

“Reduce” is certainly a popular word among high-efficiency electric motor designers. They want to reduce costs, of course, but also reduce core loss and assembly size ...
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Last-Mile Delivery Electric Vehicle Makers & Trends Shaking up Motor ...

As consumers and governments demand an ever-smaller carbon footprint from the world’s major manufacturers, the transportation industry is experiencing an unprecedented ...
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Design for Manufacturability Part 3: Structural Powder Metal Parts

To raise the bar for performance or cost efficiency in any manufacturing design, you first must learn the basics.
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CHARTS: Properties of Powder Metallurgy Electric Motor Materials

Why are magnetic materials important? Without magnetics, modern technology wouldn’t exist. They’re in motors, transformers, cars, and so on. And powder metallurgy ...
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5 Things to Tell Your Powder Metallurgy Manufacturer About Your Design

Powder metallurgy (PM) is increasing in popularity for both magnetic and structural applications. But no matter how many design proposals come across the desk of a PM ...
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Design for Manufacturability Part 1: Powder Metal Parts & SMCs

Powder metallurgy has grown increasingly popular for the fabrication of complex-yet-reliable components. But what if we told you there was a nearly entirely different ...
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Can Electric Wheel Hub Motors Be Even More Efficient?

The move to electric mobility is well past passenger cars.
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Core & Hysteresis Loss in Induction Motors: SMC Vs. Steel Lamination

Have you ever wished you had superpowers that could stop both hysteresis and eddy current loss in a project that demanded high magnetic performance?
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