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Solutions

Radar Sensing
for Industrial & Safety

No line of sight. No downtime. Just steady sensing.

Factories are dusty, steamy, wet and loud — conditions that defeat many cameras and optical sensors. mmWave radar keeps measuring through all of it, protecting people and keeping equipment running.

01 / 04

Safety Zone Monitoring

A worker stepping into the reach of a moving machine or robot is one of the most common causes of serious injury on the factory floor.

Why radar

Optical safety sensors can be blinded by dust, oil mist and changing light. Radar keeps detecting people in these conditions, even when they stand still, and can trigger a warning, slowdown or stop.

What the radar reads
Robot runningFull speed
Person approachingNear the safety zone
Robot slowedSafe speed until clear
  • Reliable through dust, mist and smoke
  • Detects people, even when stationary
  • Triggers a warning, slowdown or stop
Discuss your project →
02 / 04

Collision Avoidance

Forklifts and AGVs share aisles with people, and a blind corner or a stack of pallets can turn a routine trip into an accident.

Why radar

Radar measures the distance and speed of people and obstacles ahead, even through dust and smoke. By tracking movement, it can tell a person stepping out from a fixed shelf, so vehicles warn the operator or brake only when it matters.

What the radar reads
Forklift movingAisle 3
Person aheadStepping into the aisle
Warning and slowdownBefore impact
  • Measures distance and speed
  • Sees through dust and smoke
  • Warns or brakes before impact
Discuss your project →
03 / 04

Level Sensing

Tanks and silos need accurate, continuous level readings, but steam, dust and foam confuse many sensors and lead to overfills or empty runs.

Why radar

Radar measures level without touching the material, so there is nothing to clog, corrode or wear out. It stays accurate through steam, dust and changing temperature, and in many cases can even measure from outside a plastic tank wall.

What the radar reads
Tank 2 fillingThrough steam
Level55% full
High level reachedFilling stopped
  • Non-contact measurement
  • Unaffected by steam, dust or temperature
  • No moving parts to maintain
Discuss your project →
04 / 04

Vibration Monitoring

Machines rarely fail without warning, but the early signs are tiny vibrations that are easy to miss.

Why radar

The same sensitivity that lets radar pick up a heartbeat lets it measure the minute vibration of a motor, pump or fan from a distance. Unusual vibration can be spotted early, supporting predictive maintenance, without mounting a sensor on the machine.

What the radar reads
Pump 2 runningMonitored from the wall
Vibration
Unusual patternMaintenance flagged
  • Non-contact vibration measurement
  • Early warning of mechanical faults
  • Supports predictive maintenance
Discuss your project →

Illustrative scenario. Actual performance depends on sensor configuration, installation and system integration.

Why radar

Every industrial sensor has a role.
Radar adds what the others can't.

Laser scanners and cameras need a clear view. Radar keeps sensing through dust, steam and smoke, without touching what it measures.

mmWave radarLaser scannerCameraUltrasonic sensor
Works through dust, steam and smoke✓––Limited
Measures distance and speed✓✓Limited✓
Measures vibration without contact✓–––
Captures no images✓✓–✓
Recognizes objects by appearance––✓–
Typical characteristics of each sensing method. Actual performance depends on the specific device, setup and system design.
Work with us

Let's build safer, smarter factories.

From sensing requirements and module selection to integration and custom development, our engineers can help you choose the right radar setup for your machines and sites.

Discuss your project →
Top-down view of a factory with four zones
Safety Zone Monitoring scene
Collision Avoidance scene
Level Sensing scene
Vibration Monitoring scene