The Booming Market for Wearable Robotics

Exoskeleton technology, which enhances human strength, mobility, and endurance, is seeing rapid growth in sectors like healthcare, military, and industry. The global exoskeleton market is projected to grow significantly, driven by increasing applications in rehabilitation for spinal cord injury patients and improving worker safety in physically demanding jobs. Active exoskeletons, powered by motors and sensors, provide significant advantages but require careful attention to safety, particularly concerning electrical hazards, flammability, and resistance to harsh environments.

Adhering to IEC (International Electrotechnical Commission) Standards is crucial for ensuring exoskeleton safety and performance. IEC standards govern the design of motors, sensors, and components used in exoskeletons, and certifications like IECEx ensure the equipment can function safely in hazardous environments, such as those with explosive atmospheres. These standards help mitigate risks, reduce testing costs, and ensure global safety recognition.

As AI advances, it is increasingly integrated into exoskeletons for enhanced control and reduced need for human subject testing. International standards will be vital in addressing the regulatory challenges posed by AI-powered robotics. These standards help ensure safe, transparent, and responsible use of AI in exoskeletons, fostering trust and enabling their broader adoption.

To ensure the safety, compliance, and effectiveness of these devices, it’s essential to undergo rigorous testing and certification.  Intertek provides comprehensive testing services to help ensure that your products meet regulatory requirements and function safely in real-world conditions. 

View our Intertek Medical Resources or Contact us for expert support in bringing your exoskeleton technology to market safely and efficiently.