TDK Magnetic Bearings & 3D/Rotary Position Sensors Precision Solutions

Did you know mechanical bearing failures cost manufacturers $21B annually in downtime? While traditional systems wear out every 6-18 months, magnetic bearings
deliver zero physical friction and 98.6% uptime. This breakthrough isn't just about technology – it's about revolutionizing how your machinery performs.

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Why Magnetic Bearings Outperform Conventional Solutions

Our 3D magnetic sensors track rotor positions within 5 microns accuracy – that's 40x finer than human hair! See how our magnetic rotary position sensors stack up:

Feature	Traditional Bearings	Magnetic Bearings
Maintenance Cycles	6-12 months	10+ years
Energy Loss	15-20%	<1%

Precision That Pays for Itself

Our patented magnetic rotary position sensors achieve 0.001° angular resolution – perfect for aerospace turbines and medical imaging devices. Imagine eliminating lubrication costs while boosting RPM limits by 300%.

"After installing AxisMag's system, our energy costs dropped 18% in 3 months."
- John T., Plant Manager at Alstom Power

Your Customized Success Blueprint

Whether you need 500W micro-turbines or 25MW compressors, our engineers create tailored solutions. Choose from:

• ✅ Standard Kits: Deploy in 3 weeks
• ✅ Hybrid Systems: Retrofit existing equipment
• ✅ Full Custom: Co-engineered solutions

Proven Across Industries

Energy Sector

Increased turbine lifespan by 7.2 years in GE Power plants

Medical Devices

Enabled 0.5μm precision in MRI cooling systems

Ready to Slash Maintenance Costs by 90%?

Join 850+ industry leaders who trust AxisMag's magnetic bearing solutions since 2009.

Get Your Free Consultation →

98% client retention rate • ISO 9001 certified • 47 patents

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FAQS on magnetic bearings

Q: How do magnetic bearings work in industrial applications?

A: Magnetic bearings use electromagnetic forces to levitate rotating components without physical contact, enabling frictionless operation. They are ideal for high-speed machinery and vacuum environments. Sensors monitor position to adjust magnetic fields in real time.

Q: What are the key advantages of 3D magnetic sensors in automation?

A: 3D magnetic sensors measure positional data across three axes, improving precision in robotics and navigation systems. They enhance spatial awareness and reduce calibration needs. Their compact design also supports integration in IoT devices.

Q: How does a magnetic rotary position sensor improve automotive systems?

A: Magnetic rotary position sensors track rotational movement in steering, throttle, or transmission systems with high accuracy. They are durable, resistant to dust and moisture, and provide reliable feedback for real-time control algorithms.

Q: Can magnetic bearings reduce maintenance costs in turbines?

A: Yes, magnetic bearings eliminate mechanical wear by levitating rotors, significantly reducing maintenance downtime. They also minimize lubrication requirements and vibration, extending turbine lifespan. This makes them cost-effective for energy and aerospace sectors.

Q: How do 3D magnetic sensors differ from traditional position sensors?

A: Unlike single-axis sensors, 3D magnetic sensors capture multi-directional movement, enabling complex motion tracking. They offer higher resolution and lower drift over time. This versatility suits applications like VR, drones, and industrial automation.