360-XFR Upper Extremity Exoskeleton 360-XFR Upper Extremity Exoskeleton is an exoskeleton that gives us a boost to our big arms, consisting of a height adjustment system flexible frame and undershirt, the core material is composite carbon fiber, the mechanical structure is designed to be ergonomic, and gives us a boost to the upper limbs without affecting the flexibility of our upper body in any way.

JW+ is an exoskeleton that applies a booster (traction force) to the lumbar region, which consists of an intelligent control system, actuator, belt and battery compartment. It can apply a maximum of 16kg of force to the lumbar region, with four adjustable speeds, and is easy and comfortable to wear, making it the world's first medical exoskeleton robot that can apply traction to the lumbar spine.

ChairlessChair 2.0 is an exoskeleton that allows us to sit down anytime, anywhere, at will. It consists of an exoskeleton stand, a belt and an undershirt, the core material is carbon fiber, using carbon fiber unibody molding technology, and with a dead weight of less than 3kg, it is able to carry a maximum load of 120kg.

BES-HV Lumbar exoskeleton robot integrates ULS Robotics self-developed advanced intelligent digital actuator, integral modular deceleration system and adaptive intelligent motion control system, combined with ULS Robotics unique software mechanics impedance, self-learning adaptive gait and AI-based motion control algorithms and pattern recognition, a high degree of human-machine integration performance, improve human body strength and endurance of the lumbar (joint) joints, effectively reducing the labor burden of workers by more than 50%, enhancing the production and operational efficiency of enterprises, digitally visualizing personnel efficiency management and health data, and at the same time being able to prevent workplace injuries and reduce the hidden losses of personnel turnover and retraining.