Inside Magnetic Metals: Precision Magnetic Solutions That Power Innovation
Company: Magnetic Metals
Location: Cherry Hill, New Jersey
Industry: Electronics, Manufacturing
Revenue: $50.1 million
Website: www.magneticmetals.com
Behind many modern technologies—everything from medical imaging machines to aerospace systems—lies a hidden powerhouse: advanced magnetic components. Magnetic Metals, based in Cherry Hill, New Jersey, is one of the leading names in this niche but essential field. With over seven decades of experience and a robust $50.1M in annual revenue, this company delivers customized magnetic solutions to industries that drive the world forward.
Delivering Precision Magnetic Components Since the 1940s
Magnetic Metals has been around since the 1940s, steadily building a reputation for tailoring high-performance magnetic components for demanding applications. Their expertise shines in sectors like aerospace, defense, energy, and medical equipment—industries where there’s no room for error. Whether it’s helping an MRI machine generate precise magnetic fields or supporting avionics systems in extreme conditions, the company’s products are engineered for reliability and accuracy.
What sets Magnetic Metals apart? Their deep engineering know-how and fully integrated manufacturing process. At their Cherry Hill facility, everything from raw material slitting to final assembly is handled with military-grade precision. That’s not just impressive—it’s essential when your components might be flying at 30,000 feet or supporting life-saving medical procedures.
What Exactly Does Magnetic Metals Make?
Magnetic Metals specializes in soft magnetic components. These are materials that become magnetized when exposed to a magnetic field but don’t retain that magnetism once the field is removed. It’s a niche domain, but incredibly useful in electronics and electromechanical systems. In simple terms, they make the material that makes motors spin, transformers hum, and switches switch.
Their core products include:
- Toroidal Cores – These doughnut-shaped components are perfect for minimizing electromagnetic interference, commonly used in aerospace and communication devices.
- Strip Wound Cores – These are made by winding thin strips of magnetic material. They offer high magnetic performance and are often used in power transformers.
- Laminations and Stacked Laminations – Fundamental for motors and transformers, these thin magnetic strips reduce energy losses caused by eddy currents.
- Assemblies and Custom Core Designs – Magnetic Metals works closely with clients to design unique, application-specific magnetic solutions.
They serve a wide range of markets, including:
- Aerospace and defense
- Medical and healthcare
- Electric vehicles and industrial automation
- Energy, including wind and solar
- Telecommunications and data centers
Why Their Work Matters More Than You Think
Think of Magnetic Metals as the silent technician behind the curtain. While their components might never be seen by users, they make the impossible possible. For example, in aerospace applications, electromagnetic shielding is vital—a small misstep could lead to disrupted signals in critical systems. Their precision-engineered cores ensure clean signal paths without interference.
In medical imaging, such as MRI systems, minor fluctuations in magnetism can compromise image quality. Magnetic Metals helps design components that maintain magnetic consistency under dynamic conditions. For wind turbines, which operate under varying loads and intense environmental pressure, their soft magnetic materials ensure the efficient functioning of generators.
A company executive once described their role as being like “the circulatory system in a body,” invisible but vital. And that’s the spirit of Magnetic Metals—precision you don’t necessarily see, but certainly feel when lives, data integrity, or critical missions are on the line.
The Value of Custom Design and Collaborative Engineering
One of Magnetic Metals’ strongest selling points is its ability to co-engineer solutions with clients. They don’t hand out cookie-cutter products. Instead, their R&D and application engineering teams work directly with OEMs (Original Equipment Manufacturers) and Tier 1 suppliers to design components for unique use cases. In industries like aerospace, defense, and medical tech, this level of customization isn’t just helpful—it’s required.
This collaborative, solutions-oriented approach is one reason why they’ve built long-standing relationships with major defense contractors and healthcare companies. Combining decades of engineering expertise with cutting-edge software modeling, Magnetic Metals ensures every component performs not just well—but flawlessly.
Analyzing Their Competitive Edge in the Magnetic Manufacturing Landscape
It’s a competitive market out there, especially as more industries move toward electrification and sophisticated electronics. So, how does Magnetic Metals continue to win contracts and build partnerships?
Here’s a breakdown of their core strengths:
| Key Strength | Impact |
|---|---|
| Vertical Integration | Controls entire process from material selection to final inspection, ensuring quality and turnaround time. |
| In-House Testing Lab | Allows faster prototyping and real-world simulation for clients. |
| Extensive Material Library | Supports design flexibility, offering different metallic alloys suited for unique environments. |
| Decades of Application Knowledge | Gives them an edge in solving complex magnetic challenges, especially in highly regulated markets. |
This comprehensive control gives their customers peace of mind. When designing systems for high-reliability sectors, you need partners who understand more than just specs—you need teams that anticipate problems, adapt accordingly, and maintain rigorous compliance. Magnetic Metals does all of that—and does it well.
Strategic Growth and Adaptation
Despite being a legacy brand in magnetic manufacturing, Magnetic Metals isn’t standing still. They’ve been investing in automation, R&D, and workforce development initiatives to stay competitive.
According to industry sources, the rising demand for electric vehicles, renewable energy storage, and green manufacturing has led to increased interest in magnetic materials. Their engineering team has kept pace by testing new alloys, automation machinery, and AI-enhanced simulation tools to optimize magnetic efficiency.
Plus, with glimpses into EV traction motors, solar power converters, and IoT devices, there’s no lack of opportunity. In fact, analysts are predicting the global soft magnetic materials market to grow from $18 billion in 2022 to over $28 billion by 2030 (MarketsandMarkets).
That’s great news for Magnetic Metals, whose proven capabilities put them in an excellent position to capture part of this expanding market.
Real-World Applications: From Jets to Hospitals
Let’s look at a few examples that show just how integral Magnetic Metals is across industries:
- Military avionics systems – Their products are widely used in radars and communication systems because they prevent magnetic interference and reduce weight, both crucial for aircraft.
- Electric vehicle charging infrastructure – As EV adoption rises, components that regulate voltage and current must perform flawlessly. That’s where Magnetic Metals’ toroidal cores come into play.
- Medical imaging equipment – Precision magnetic parts are essential for MRI systems to produce high-resolution images without artifacts or inconsistencies.
Each example demonstrates how vital magnetic precision is in mission-critical environments. And Magnetic Metals doesn’t just meet standards—they help define them.
A Reputation Built on Quality and Trust
When you’ve been around for over 70 years, you either become obsolete or indispensable. Magnetic Metals has chosen the latter. Ask any client and they’ll likely point to the company’s consistency, transparency, and technical competence as reasons they keep coming back.
Here’s one illustrative story: A client in the defense sector needed a magnetic assembly that could withstand both Arctic temperatures and desert heat. After failed attempts with other vendors, they turned to Magnetic Metals. Within a few weeks and several simulations later, the team delivered a prototype that met all the environmental conditions. The design was later adopted in multiple NATO-aligned defense systems.
Stories like these show why trust and technical support go hand in hand. It’s never just about the part—it’s about partnership.
Final Thoughts: The Quiet Strength Behind Modern Innovation
Magnetic Metals may not be a household name, but their work empowers technologies you use every day. From keeping aircraft navigation systems secure to supporting hospitals with accurate MRI machines, their components form the invisible infrastructure of progress.
As industries like renewable energy, aerospace, and digital healthcare continue to grow, the need for advanced magnetic solutions will only rise. Companies that offer not just products but expertise—like Magnetic Metals—will be the ones shaping that future.
To learn more about their capabilities or to explore a custom solution for your business, visit www.magneticmetals.com. If you’re in tech development, procurement, or engineering, keep this company on your radar—they may just hold the magnetic key to your next breakthrough.
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