Real-world applications

One technology, every industry it touches

This isn't abstract theory — it's the difference precision actuation makes across real industries. Drag the control on each scene to compare the world without the technology, and with it.

Automotive & mobility

Smooth roads, even on rough ones

Hydraulic suspension fights every bump after the fact. Electromagnetic actuation, calibrated against the Earth's magnetic field, reads and responds to the road before the jolt ever reaches the cabin.

Active suspension with faster-than-hydraulic response
Cabin vibration isolation and sensor stabilization
Retrofit-compatible with ICE, hybrid, and EV platforms

Smooth, level ride with active electromagnetic suspension

Harsh, bumpy ride with conventional hydraulic suspension

Without the technology With Lumin Levitium

Aerospace & space

Orientation locked, without heavy gyros

Satellites drift and tumble when attitude control fails. Using the Earth's magnetic field purely as a reference, the platform holds orientation with no propellant and no bulky mechanical gyros.

Lightweight, propellant-free attitude control
Stabilized sensor and optical payloads
No moving parts to wear out in orbit

Satellite holding stable orientation with active attitude control

Satellite tumbling with loss of attitude control

Without the technology With Lumin Levitium

Rail & mass transit

A ride so smooth nothing spills

Track-induced vibration reaches every seat and wears out mechanical suspension parts. Contactless electromagnetic actuation delivers active ride comfort with far less maintenance.

Active ride comfort across the fleet
No contact, no mechanical wear
Lower lifetime maintenance cost

Train cabin shaking from track vibration

Without the technology With Lumin Levitium

Marine & naval

Sensors that stay locked through the swell

Wave motion throws shipboard sensors off target and saltwater destroys mechanical position hardware. Encoderless, vibration-robust actuation keeps navigation and sensor platforms steady.

Steady sensor and navigation platforms
No exposed moving parts to corrode
Robust under continuous wave motion

Naval sensor stabilized despite rough seas

Naval sensor tilted and shaking from wave motion

Without the technology With Lumin Levitium

Industrial machinery

Shafts that float, parts that never wear

Conventional bearings grind, overheat, and need constant lubrication. Contactless magnetic actuation lets high-speed rotors run without touching anything — no friction, no oil, minimal wear.

Contactless, wear-free rotor support
Oil-free operation, less downtime
Builds on proven magnetic-bearing principles

Clean contactless magnetic bearing with floating shaft

Without the technology With Lumin Levitium

Medical & precision robotics

Steady hands that never tire

Surgical and diagnostic robots need finer positioning than bulky mechanical sensors allow. Compact, low-power electromagnetic actuation delivers steadier, more reliable motion control.

Sub-millimeter positioning without bulky sensors
Contactless motion — lower contamination risk
Reliable enough for safety-critical devices

Surgical robot with precise, steady instrument

Without the technology With Lumin Levitium

Renewable energy

Less fatigue, more energy captured

Uncontrolled vibration wears down wind turbines and drains efficiency. Active electromagnetic damping reduces structural fatigue and keeps output stable through changing conditions.

Reduced structural fatigue
More stable energy output
Longer asset life, better return

Without the technology With Lumin Levitium

Efficiency & reliability impact

Better performance, lower footprint

Precision actuation doesn't just improve the ride — it cuts wasted energy, mechanical wear, and the material footprint of every vehicle it powers.

Less energy wasted

Low-power actuation preserves EV and hybrid range instead of draining it, unlike high-consumption hydraulic and mechanical systems.

No hydraulic fluid

Eliminates fluid leaks and the environmental risk tied to servicing and disposal across a vehicle's lifetime.

Less mechanical wear

Contactless actuation means fewer worn parts to replace, reducing metal waste and service visits.

Lighter vehicles

Removing bulky hydraulic hardware reduces vehicle weight, improving efficiency across the whole platform.

Longer component life

Fewer moving parts under mechanical stress extend service intervals and total component lifespan.

Quieter, calmer rides

Active vibration isolation reduces cabin noise and driver fatigue on every trip.

The beginning of a new era in vehicle actuation

One scientific platform behind suspension, comfort, safety, and efficiency. Explore the full technology or request information.

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