Wearable Exoskeleton Robotics for Disaster Response and Industrial Use in Indonesia
ULS Robotics: Enhancing Human Performance with Intelligent Assistive Systems
ULS Robotics is a global leader in wearable exoskeleton technology designed to improve safety, reduce fatigue, and boost lifting efficiency in disaster zones, industrial sites, and rescue operations. Founded in 2018 and headquartered in Shanghai, the company specializes in developing upper-limb, lumbar, lower-limb, and full-body exoskeletons for industrial, medical, and emergency use. Backed by ISO 9001 and CE certifications, ULS systems are trusted across sectors such as automotive, mining, power utilities, logistics, and public safety.
Using core technologies like AI-powered motion control, ergonomic load sharing, and adaptive torque assistance, ULS exoskeletons help prevent musculoskeletal injuries and increase worker endurance during repetitive or high-risk tasks. The company’s modular systems are customizable and built for real-world field conditions, including harsh terrains and power-limited environments.
Smart Exoskeletons for Safer and Stronger Disaster Response
Indonesia’s high exposure to earthquakes, floods, volcanic eruptions, and landslides puts tremendous physical demands on emergency responders and recovery workers. ULS Robotics provides next-generation exoskeleton suits and assistive wearable devices to reduce fatigue, enhance mobility, and protect responders during prolonged physical activity.
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MAPS-E Upper-Limb Exoskeleton: Assists lifting up to 20 kg per arm, ideal for rescue, logistics, and repetitive overhead tasks. Reduces shoulder fatigue by 50% using motion-adaptive sensors.
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FIT-HV and BES-HV Lumbar Support Systems: AI-powered torque assistance for waist and spine during bending, lifting, or clearing debris. Prevents lower-back strain.
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PES-U Mechanical Arm Exoskeleton: Lightweight (1.9 kg), spring-based lifting aid requiring no battery—perfect for off-grid rescue operations.
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BES-Ultra Whole-Body Exoskeleton: Advanced research-grade suit with 16+ joints and gait profiling—used in simulation, recovery training, and robotic augmentation research.
These solutions are ideal for Indonesia’s emergency, utility, and labor-intensive sectors, enabling safer, longer-lasting, and more ergonomic disaster operations.
Explore Human-Centered Robotics with ULS
ULS Robotics invites importers, emergency agencies, researchers, and industry leaders to discover scalable, field-tested exoskeleton technology built for disaster-prone environments. Together, we can equip frontline workers with the tools to move faster, lift safer, and recover smarter.
Discover their wearable robotics and explore collaboration opportunities for a more resilient Indonesia.
