Active Industrial Exoskeletons — Powered Support for Demanding Environments
Motorized and powered assistance for the most physically demanding industrial tasks — where passive systems reach their limits.
What They Do
Active exoskeletons use powered actuators to generate assistive force – reducing physical load during overhead work, lifting and repetitive strain beyond what passive systems can achieve. They are designed for high-intensity tasks where sustained muscular effort leads to rapid fatigue and injury risk.
Motors, sensors and battery-powered actuation – precise support when and where it’s needed.
Where They Fit
- High-intensity overhead work
- Heavy lifting and load handling
- Sustained forward bending under load
- Tasks where passive support is insufficient
Higher support force
Powered assistance beyond passive system limits — up to 15 kg active shoulder support.
Adaptive response
Sensors detect movement and adjust support in real time, following the worker’s natural motion.
Proven in demanding environments
Active systems are validated for high-load industrial tasks where fatigue accumulates fastest.
Key Benefits
How ExoPower Works
We evaluate exoskeleton fit directly in your working environment.
- On-site demo at your facility
- Real task evaluation
- Pilot in actual working conditions
The goal is simple:
Prove real value before scaling
This follows ExoPower’s pilot-first model for market adoption
See if it works in your environment
The best way to evaluate an exoskeleton is in real working conditions.
Industrial exoskeleton implementation for manufacturing, logistics and high-load environments.