Precision
Engineered
Electromagnets
Reliable Performance
Every Time
Precision Engineered Electromagnets
Reliable Performance Every Time
When precision, quality, reliability and on-schedule delivery are mission critical, we provide the electromagnets and related components that advance semiconductors, medical solutions, research and life-enhancing technologies.
OUR PRODUCTS
Electromagnets
We custom design and manufacture all types of resistive, high-precision, electromagnets for accelerator and laboratory use.
Vacuum Chambers
Our high-integrity HV and UHV chambers are designed and manufactured with a focus on reducing physical leaks, virtual leaks and contamination.
RF Resonators
Our resonators are manufactured in-house, including everything from winding the water-cooled copper coils to fabricating, finishing and copper plating the inside of the cavities.
Support Structures & Associated Equipment
Adjustable and fixed support structures for our electromagnets and vacuum chambers utilize in-house design, fabrication, machining and measurement, constructed to highly precise standards. We also manufacture an array of complementary equipment such as ion sources, beam diagnostics, electrostatic and permanent magnet components.
What’s it like to work with Buckley Systems? The numbers speak for themselves:
40+
Years
We have decades of expertise in physics, engineering, and manufacturing.
550+
Staff
Our team is ready to support your team from design to full-scale production.
5x
We Know the Challenges
We design and build electromagnets that perform without fail for decades. We understand the challenges faced by those who use our products, and we dedicate ourselves to making sure they perform within exact parameters.
Semiconductor
Medical
Research
BUCKLEY SYSTEMS CAPABILITIES
With more than 45 CNC machining centers spread across a 40,000 square meter (430,000 square foot) land area. Buckley Systems can manufacture anything from the largest analyzing and scientific magnets to the smallest handheld components. If you can conceive it, our teams have the vision, expertise and technical capability to create it.
Physics &
Mechanical DesignBuckley Systems leverages more than 40 years of technical expertise in magnetic modelling and particle tracking to support you in everything from validating the harmonic errors of synchrotron magnets to developing the ion optics of a spectrometer.
- Our Physics Team specializes in the design of all types of electromagnets. They are ready to tackle your demanding application.
- We have expertise in ion optics, beamline design and vacuum systems.
- Our in-house mechanical design team is highly integrated with our physics, manufacturing, and magnetic testing teams, empowering effective decisions in manufacturability, efficiency and repeatability.
Manufacturing
We manufacture all types and sizes of electromagnets from tens of tons to less than a kilogram.
- All critical components are manufactured in-house to maintain extremely high tolerances.
- Yoke cores are machined from high-quality, low-carbon steel, pure iron or laminated silicon steel sheet.
- We specialize in copper hollow conductor, strip and wirewound coils.
- We were the first to introduce specialized processes, such as resin cast AC scan magnets and EDM wire cutting for precision shaping of multipole yoke assemblies.
Our advanced auxiliary manufacturing processes ensure every product meets the highest standards of precision, reliability and quality. From welding and plating to laser processing, lamination and painting, each step enhances product performance and finishes. Comprehensive in-house testing guarantees reliability, while skilled technicians handle final product assembly in controlled environments for efficient, high-quality integration. These capabilities allow us to deliver products that are not only functional and durable but also meet the exacting expectations of our customers.
Quality
Certified to ISO 9001:2015, quality is in our DNA. We ensure reliable performance, every time, and always meet or exceed customer specifications and regulatory requirements.