Category Archives: Defense

Propulsion Systems in Guided Munition Guided munitions rely on precise navigation and propulsion for mission success. Dexter’s high-performance magnets optimize propulsion, delivering unmatched power efficiency while enabling pinpoint accuracy in even the most demanding conditions. As modern propulsion systems evolve, magnets have become essential in not only generating thrust but also in steering and controlling …

Missile Guidance Systems When envisioning the modern missile guidance system, magnets might not be the first thing that comes to mind. However, these seemingly simple components play a crucial role in the precision and accuracy of modern missile technology. They are indispensable to the effective functioning of these advanced systems. One of the most critical …

Missile systems demand cutting-edge technology to ensure accurate guidance, stable flight, and efficient control. At Dexter Magnetic Technologies, we specialize in providing innovative solutions that enhance the performance of control actuation systems through the integration of magnetic assemblies. Let’s take a look at the various applications and advantages of using magnetic assemblies in missile actuation …

 Dexter Magnetic Technologies is at the forefront of innovation in providing high-performance magnets and magnetic assemblies,  crucial components within guided weapon systems. Our commitment to excellence and dedication to quality ensures that our products meet the stringent requirements of the defense industry, enhancing the functionality, efficiency, and reliability of your defense systems.   Our years of …

Excellence in Aviation Innovation  Dexter Magnetic Technologies’ Rotor Assemblies for Engine Starter Generators    In the dynamic realm of aviation, where power and reliability are paramount, state-of-the-art rotor assemblies for starter generators, spanning a spectrum of aircraft from traditional to more electrified models, require an enhanced level of innovation, Dexter Magnetic Technologies is at the …