Dual Safety LiDAR - AI-Driven Protection for Next-Generation AMRs
- Metadyne Admin
- Nov 21, 2025
- 2 min read
Co-Developed by Metadyne & Dallas Roboter Inc.
In modern intralogistics, safety is no longer a compliance checkbox - it is a real-time engineering challenge that must respond instantly to motion, load behaviour, and human proximity. Metadyne’s latest breakthrough, Dual Safety LiDAR with AI Dynamic Field Control, sets a new industry benchmark for intelligent, adaptive AMR protection.
1. Redundant Dual-LiDAR Safety Architecture
Our system deploys two independent, safety-certified LiDAR units, giving each AMR unmatched reliability across all operating conditions:
Redundant 360° protective field coverage
Certified stop-zone and slow-zone validation
Reliable performance under dust, glare, and partial occlusion
This dual-layer design ensures the robot’s safety profile remains intact - even in complex, high-traffic industrial environments where single-LiDAR solutions fall short.
2. AI-Powered Dynamic Field Sensing
Together with Dallas Roboter Inc., Metadyne has engineered an advanced AI module that continuously recalibrates safety envelopes based on real-time operational data:
Speed-Adaptive Zones Safety fields expand or reduce in direct response to acceleration and deceleration.
Payload-Informed SensingAI recognises load dimensions and automatically reshapes the protective zone.
Direction-Responsive Protection Forward, reverse, lateral, or rotational movement activates the correct safety profile without delay.
On-the-Fly Field Switching AI evaluates aisle width, human presence, and obstacle density - optimising both safety and travel efficiency.
This is no static LiDAR configuration - it is a live, learning perception system that adapts every millisecond to the robot’s evolving state.
3. Maximised Safety Without Sacrificing Productivity
Metadyne’s Dual Safety LiDAR ensures operators and assets are protected while allowing AMRs to perform at maximum efficiency:
Faster travel in open zones
Controlled slow-down in tight or congested aisles
Intelligent deceleration under heavy or extended loads
Immediate stop response when risk is detected
The result: world-class safety with zero compromise on throughput.
4. Engineered for Clean & High-Precision Industries
The system excels in demanding sectors such as automotive, electronics, semiconductor, medical and clean manufacturing - where environmental conditions often challenge traditional sensing systems. The AI layer ensures consistent performance, even against reflective surfaces or cleanroom environments.
For More Information
If you need more information, please email us at ask@metadyne.my.
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