FluxMagic, Inc.

What we do

• Design and develop magnetic components that can replace or outperform mechanical counterparts in engineering assemblies, research projects, and consumer or industrial products.
• Focus on energy conversion devices and technologies that support the transition to sustainable and renewable energy.

Vision and mission

• Vision: create enabling technologies that improve the well-being of society and accelerate the world's transition to sustainable energy.
• Mission: develop high-performance energy conversion devices for renewable energy, consumer, and industrial applications.

Values

FluxMagic emphasizes:

• Creating opportunities for employees.
• Participating in research initiatives and lifelong learning.
• Contributing to the local economy in Portland, Oregon.

• Business name: FluxMagic, Inc.
• Location: 1920 SE 10th Ave, Portland, OR 97214, United States.

How to contact FluxMagic

• Email: admin@fluxmagic.com
• Website contact form: available on the Contact page of fluxmagic.com.

Business hours (as listed on the website)

The Contact page lists:

• Monday: 09:00 am – 05:00 pm
• Saturday: Closed

The hours for Tuesday, Wednesday, Thursday, Friday and Sunday are not clearly specified in the visible text. For the most accurate and up-to-date hours, customers should contact FluxMagic directly via email or the contact form.

• Provide high torque density, a range of gear ratios, and high efficiency.
• No mechanical contact between input and output stages.
• Built-in overload protection due to magnetic coupling between stages.
• Operate without lubrication, which reduces wear, maintenance, and energy loss and improves reliability.

Magnetic springs

• Magnetic springs can achieve longer stroke lengths than comparable mechanical springs.
• Can be designed with positive, negative, or tailored stiffness characteristics.
• Can offer a near-linear force–displacement profile over a defined range.
• Can support both rotary and linear motion.

Adjustable stiffness springs

• Adjustable stiffness models are denoted with an "A" in the model number (for example, FluxSpring LA-15-25).
• By changing the relative rotation of inner and outer magnetic elements, the effective stiffness can be adjusted within a specified range.

Magnetic couplings

• Provide torque transfer with no physical contact between driving and driven shafts.
• Offer overload protection by slipping magnetically under excessive load, helping protect the system from damage.
• Can be hermetically sealed for leak-proof operation in harsh or sensitive environments.
• With no frictional contact or wear surfaces, they can significantly reduce maintenance requirements and operating costs.

Custom solutions

• FluxMagic can work on custom magnetic component or spring solutions; the website invites inquiries for custom designs via the contact or quote request options.

For detailed specifications, current product availability, and pricing, customers should contact FluxMagic directly.

Ask anyway — the agent will say plainly that it is not published rather than guess.