Workers who carry tons of goods daily endure spinal pressure eight times their own body weight. Exoskeleton robots are changing all that.
In physically demanding industries such as manufacturing, logistics, and construction, musculoskeletal injuries are the leading cause of occupational diseases. Prolonged overwork not only destroys workers' bodies but also incurs enormous social healthcare costs.
Now, a cutting-edge technology originating from the aerospace and military industries is entering ordinary factories and warehouses—this is the industrial exoskeleton robot.
Core performance data
≥40% reduction in load, aiding weight loss
8+ hours continuous working hours
20 km/charge Battery range
An industrial exoskeleton robot is a wearable mechanical power device that uses sensors to detect human movements and drives mechanical joints to provide synchronous assistance. This distributes the stress on the body's muscles and bones to the mechanical structure, thereby achieving:
• Significantly reduced stress on the lumbar spine, shoulder joints, and knee joints
• Significantly increased lifting capacity without altering operating habits
• Reduced fatigue accumulation, extending workers' effective working time
• Reduced occupational disease incidence, ensuring workers' long-term health
Simply put: Wearing it, you can lift twice the weight you used to, while suffering only half the damage to your body.
Intelligent Power Assist System: Equipped with a high-performance servo motor and a real-time sensor fusion algorithm, it accurately senses the user's movement intentions with a 0.02-second response delay, providing a natural and smooth assist experience.
AI Adaptive Control Algorithm: Built-in deep learning motion prediction model dynamically adjusts the assist curve based on the user's gait, weight, and work conditions, becoming more and more intuitive with use.
High energy density lithium battery system: It adopts a modular soft-pack lithium battery pack, which can support 8 hours of continuous operation on a single charge, and the fast charging technology can restore 80% of the power in 90 minutes.
Industrial-grade lightweight structure: The aerospace-grade aluminum alloy and carbon fiber composite frame makes the whole device weigh only 6.5kg, making it comfortable to wear and suitable for various body types. It also has an IP54 protection rating.
Remote Monitoring and Data Platform: Built-in 4G/WiFi communication module enables real-time uploading of usage data. The management platform provides a visual display of equipment health and ergonomics analysis reports.
▶ Automotive Manufacturing Assembly Lines: For high-frequency bending and heavy lifting scenarios such as engine assembly and chassis operations, exoskeletons can reduce lumbar spine stress on workers by up to 45% and increase shift productivity by 18%.
▶ E-commerce Logistics Warehousing: In handling, palletizing, and sorting operations, workers wearing exoskeletons increase their daily handling capacity by 60% and reduce the next-day absenteeism rate by 70%.
▶ Construction Engineering: In high-altitude operations and heavy material installation scenarios, exoskeletons, combined with safety rope systems, balance efficiency and safety.
▶ Medical Rehabilitation: Assisting patients with mobility impairments in gait training, it has entered the clinical application stage in the rehabilitation departments of several top-tier hospitals.
▶ Emergency Rescue: In special rescue scenarios such as earthquakes and mine disasters, it helps firefighters and rescue personnel work long hours at high intensity without losing combat effectiveness.
▶ Agricultural Production: Significantly reducing physical exertion in high-intensity agricultural labor such as harvesting and fertilizing in hilly and mountainous areas, contributing to the modernization of agriculture.
According to data from the International Federation of Robotics (IFR), the global industrial exoskeleton market reached $1.8 billion in 2023 and is projected to exceed $12 billion by 2028, with a compound annual growth rate (CAGR) of over 45%.
China, the world's largest manufacturing nation, has an extremely urgent need for domestically produced industrial exoskeletons. With the deepening implementation of the "Industrial Foundation Strengthening" strategy and the continued release of policy dividends, the domestic and international exoskeleton robot market is about to enter a period of explosive growth.
Conservative forecast: By 2030, the Chinese industrial exoskeleton market will exceed 30 billion RMB, with leading companies achieving a market share of over 6 billion RMB.
We are a high-tech enterprise specializing in the R&D and mass production of industrial exoskeleton robots. Our core team comes from Tsinghua University, Harbin Institute of Technology, and leading industrial robot companies, and we hold over 80 independent intellectual property patents.
Since our establishment in 2018, we have provided exoskeleton solutions to over 200 leading companies in the manufacturing and logistics industries, with over 5,000 units deployed to date, achieving a worker satisfaction rate of 98.6%.
