Magnetic Components Engineering: Experience That Counts

Our engineering team has successfully designed thousands of custom magnet assembly solutions, including those for the rovers on Mars and several lifesaving medical products.

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Overview

Adams Magnetic Products has the capabilities to build complex custom magnet assemblies, ensuring reliability and precision for technical and mission-critical applications. Our magnet company’s custom-engineered magnets, consultative approach, innovative mindset, inventory levels, and commitment to cost and speed make us a versatile partner. Count on us to provide:

  • Magnetic components engineering
  • Quick-turn prototyping
  • Magnetic characterization
  • System integration

Located in Chicago, we reliably fabricate custom assemblies in various volumes and materials, providing engineering support and sourcing necessary components. ISO 9001:2015 certified and ITAR registered, Adams meets even the most stringent quality standards.

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diagram magnetic circuit analysis permanent magnet assembly

Why Choose Adams?

In addition to thousands of in-stock standard shapes and sizes, Adams Magnetic offers: 

  • Competitive pricing of components and services
  • Application and engineering support
  • Magnetic circuit analysis/FEA
  • Design review and verification
  • Material testing, validation, and certification
  • Only licensed materials
  • Quick-turn samples and short-run production

Our Magnetic Components Engineering

At Adams, we fabricate, assemble, and distribute devices that use magnetic fields to perform specific functions in electrical and electronic systems. We do everything from design and simulation to selecting the best materials for your project and testing and quality control for your specialized applications.

Industries we serve include: 

Image of the distribution of a magnetic field in an axial flux electric motor
A circular component produced using magnetic components engineering

No Challenge Too Great

Adams has the knowledge, expertise, and procedures to meet even the most stringent quality standards. Give us your challenge, and we’ll meet it with over 75 years of experience and ingenuity. Only providing the best magnetic materials and assemblies, we apply creativity, robust operations, and technology to meet the requirements of your project while being extremely cost-efficient. Adams is an ISO 9001:2015 certified and ITAR-registered company. Adams is ready to be a part of your products with off-the-shelf and custom applications.

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Interested in Learning More?

Adams is ready to be a part of your products with off-the-shelf and custom applications. Contact us to find out more.

Frequently Asked Questions

What are complex custom magnet assemblies?

Complex magnetic assemblies achieve specific magnetic functionalities that a standalone magnet can’t. These engineered systems integrate permanent magnets with other components such as supporting structures of metal housings. These custom magnet assemblies increase magnetic strength, protect fragile magnets, and allow for mounting or integration into a plethora of other devices.

A permanent magnet assembly combines one or more permanent magnets with other components. The other components can be magnetic or non-magnetic; together they create a unified system of specific functionality. These assemblies can be used in electric motors, generators, medical devices, loudspeakers, and industrial applications. Common types of permanent magnets used in these assemblies include ferrite, and alnico magnets.

Of course! You can speak to one of our engineers who can work with you to help plan every step of your project. Adams engineers can recommend the best type of magnetic component for your application, explain the pros and cons of different options, and describe how they all work in the final assembly. Our engineers often spot problems you didn’t even know you had and can recommend effective solutions.

If you need it, we can do it. We offer application and design engineering assistance, finite element analysis (FEA) and magnetic circuit analysis, rapid prototyping, material testing and validation, value analysis/value engineering (VAVE), 2D and 3D magnetic modeling, and more.