Space

Advanced Magnetic Solutions for Space Innovation

We deliver high-performance magnetic components engineered for the extreme conditions of space. From precision stators in satellite propulsion systems to non-contact magnetic couplings in next-generation rockets, our solutions enable reliable performance where failure is not an option. We support space robotics with compact, durable magnets that ensure precise motion control and power efficiency in autonomous systems. With expertise in rare earth materials and custom magnetic design, Dexter, a Permag company,  is driving the future of space exploration.

 

Satellite

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New Generation Rocket

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Robotics

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Space Product Solutions

Motor Components

Rotors, stators, and motor components, that enable efficient and reliable operation of electric motors in spacecraft by providing the stationary electromagnetic field that drives rotor movement.

Magnetic Couplings

Magnetic couplings transfer torque between shafts without physical contact, ensuring sealed, contamination-free performance in demanding environments.

Traveling Wave Tubes

Traveling wave tubes use magnetic fields to focus and amplify high-frequency radio signals, enabling long-distance communication in satellites and deep space missions.

Magnetic Sensors

Magnetic sensors detect changes in magnetic fields to precisely measure position, speed, or proximity in advanced aerospace and satellite systems.

Satellite

Magnets are typically used in critical applications that require corrosion resistance or high temperature stability, such as travelling wave tubes, motors, generators, actuators and sensors

  • Power (solar array)
  • Transponders & Antennas
  • Command & Data Handling
  • Guidance & Stabilization
  • Thermal Control

 

 

 

Next Gen Rocket

Magnets play a key role in next-gen rockets by enabling reliable power, motion, and control in extreme launch and flight environments.

  • Propulsion Systems
  • Avionics & Controls
  • Power Management
  • Sealing & Isolation
  • Stage Separation & Recovery

 

 

Robotics

Magnets are essential in space robotics, providing precise motion, sensing, and control in vacuum and high-radiation environments.

  • Mobility & Movement
  • Gripping Systems
  • Sensing & Feedback
  • Power Transmission Durability

 

 

High precision magnetic components and assemblies for critical applications

Communication & Guidance

Supporting guidance systems, satellite communications, radar, and sonar systems

Flight Controls

Offering magnets and assemblies for flaps, slats, rudder and aileron actuators

Engine & APUs

High precision magnets for engine-driven generators, fuel pumps amd flow regulators

Landing Gear

Magnetic solutions for landing gear deployment systems, electric brakes and eTaxi