FluxWorks

FluxWorks operates as a specialized manufacturer of magnetic gears, along with integrated motors and generators, designed for applications where high performance and reliability are critical. The company's core technology, developed from over 13 years of Ph.D. research at Texas A&M University, offers a robust alternative to traditional mechanical gears.

The company was founded in October 2021 by Bryton Praslicka, who serves as the CEO. Praslicka's journey into entrepreneurship began while he was pursuing his Ph.D. in magnetic gear technologies at Texas A&M. An invitation to develop a project for the U.S. Army in September 2022 served as the catalyst for full-scale operations. The firm, which started as a solo venture, now employs a team of specialists and has established its headquarters in Conroe, Texas. This move to a new 9,000-square-foot facility allowed the company to consolidate its previously fragmented office, manufacturing, and testing operations.

FluxWorks targets industrial, commercial, and national security clients, providing powertrain solutions for harsh environments ranging from subsea to outer space. Its business model includes the design and manufacturing of plug-and-play magnetic gear systems and consulting services in electric machine analysis. Revenue is generated through contracts with entities like NASA and the U.S. Army, as well as sales to commercial businesses in sectors such as renewable energy. The company has successfully raised $4.54 million in funding, including grants and early-stage venture capital from investors like Scout Ventures and Greentown Labs.

The primary product is a non-contact, lubrication-free magnetic gearbox that transmits torque via magnetic fields. This design eliminates friction, wear, and the need for regular maintenance, resulting in demonstrated efficiencies of 99% and significantly quieter operation. A key feature is the proprietary TorqueBreaker™ technology, which provides inherent overload protection by allowing the gear to safely slip under excessive load, preventing equipment damage. The technology is scalable, with applications ranging from small devices to large industrial machinery, and is compatible with IoT monitoring.

Keywords: magnetic gears, powertrain solutions, mechatronics, non-contact gears, torque transmission, aerospace technology, defense applications, industrial manufacturing, electric motors, reliability engineering