The ULS Robotics exoskeleton robot, hailing from Yangpu, Shanghai, made its grand debut at the prestigious annual global technology event, CES 2024.

At CES 2024, the exoskeleton robot from ULS Robotics showcased its cutting-edge fourth-generation wearable exoskeleton technology, developed in-house. ULS Robotics has introduced the BES-HV waist exoskeleton robot, which comprises a waist control system, lower limb control system, and total control integration system. This system enables intelligent electric power assistance for the user's thighs and waist. The product features a self-developed motion control card and a supporting drive unit. To effectively alleviate the labor burden on workers in enterprise heavy manual positions, it is imperative to achieve a reduction of more than 50%. Additionally, mitigating the loss of workers and enhancing production efficiency are crucial objectives to ensure a robust operational framework. The exoskeleton incorporates data collection and learning functionalities, enabling business managers to receive valuable insights for analyzing employee efficiency and health data.

Over five years of relentless research and development, our wearable exoskeleton product has undergone four iterations. Bolstered by CE safety certification from the European Union and honored with the DIA China Design Intelligence Award in 2023, it has earned widespread acclaim. Its versatility shines through as it's been embraced by nearly 100 customers across various industries, including aviation, mining, electric power, and pensions, proving its effectiveness in diverse real-world scenarios.

In early 2023, the Ministry of Industry and Information Technology, alongside seventeen other departments, issued a notice outlining the implementation program for the "robot+" application action. The notice also explicitly mentioned the support for the development of exoskeleton robots. Simultaneously, ULS Robotics' exoskeleton was selected by the State Ministry of Industry and Information Technology to be featured in the list of exemplary cases of "robot+" application. As the "robot+" action unfolds steadily, the exoskeleton robot industry is making significant inroads into various sectors such as manufacturing, aviation logistics, mining, healthcare, and emergency rescue. This expansion is broadening both the scope and scale of exoskeleton robot applications, nurturing the growth and utilization of exoskeleton robot ecosystems.

As a leading domestic enterprise in the field of exoskeleton robotics, ULS Robotics is dedicated to advancing research and development in exoskeleton robotics technology. Our focus lies in empowering the transformation and enhancement of human-machine integration in various settings. ULS Robotics is actively spearheading the advancement of exoskeleton "robot+" applications by building a robust technology platform. We are dedicated to providing comprehensive and flexible man-machine collaboration solutions tailored to the diverse needs of our customers across various industries. Our solutions span automotive manufacturing, 3C home appliances, aviation logistics, mining, construction, emergency services, pensions, and more, ensuring seamless integration and optimization in every scenario.

Exoskeleton Robot +

Manufacturing industry

NO.1

Exoskeleton "Robot+" for Automobile

ULS Robotics' exoskeleton technology has been a cornerstone in the automotive OEM assembly sector for numerous years, catering to several renowned global OEMs. Our expertise extends across a spectrum of automotive assembly tasks, including chassis screw installation and fixation, battery installation, driveshaft assembly, interior parts assembly, and wiring harness lifting, among others.

The exoskeleton robot offers mechanical engineers a swift and efficient solution for the challenging issue of flexible manufacturing. Workers equipped with exoskeleton robots can effortlessly handle loads of ten to twenty kilograms of mounting equipment or parts, enabling them to move flexibly around the factory. This capability serves as a robust assurance for factories to alleviate work intensity, refine workers' operational movements, and enhance overall work efficiency. (Details of Automobile Manufacturing Flow scenarios)

NO.2

Exoskeleton "Robot+2S" 3C

To meet the increasing demand for improved quality of life, the field of 3C home appliances experiences a significant requirement for multi-model, multi-category, and order-type mixed-line production. This necessitates a considerable amount of flexible human-machine collaborative work. ULS Robotics'  exoskeleton technology has successfully been implemented in various headline customer scenarios, particularly in the production of general assembly factories for washing machines, water heaters, refrigerators, and other sub-segments. Its applications cover a wide range of flexible production scenarios including the installation of counterweight blocks, inner liner assembly, refrigerator door installation, and more.

NO.3

Exoskeleton "Robot+" chemical fiber

The chemical fiber industry is characterized by significant capital investment, high productivity, advanced technology integration, and extensive automation. In production sites characterized by high temperatures, high speeds, and high noise levels, certain key operations necessitate meticulous manual refinement. Additionally, numerous old factories in the chemical fiber industry require automation upgrades. ULS Robotics is actively collaborating with industry enterprises to address these challenges and further advance the application of robotics in the chemical fiber industry.

Exoskeleton "Robot+”

Aviation Logistics

In China, approximately 80% of airports primarily accommodate narrow-body airplanes, where baggage handling involves manual processes from check-in transfer to the baggage room and offloading onto the ramp. The vast demand for automated processing of passengers' checked baggage remains unfulfilled due to the diverse sizes, materials, and types of luggage. ULS Robotics' exoskeleton technology has found application in various ground scenes at airports, including cargo handling, aircraft overhaul and modification, as well as aviation engine maintenance.

ULS Robotics has emerged as a prominent player in airport applications domestically, with a strong focus on the aviation ground service sector. Our aim is to alleviate the physical strain on aviation ground service personnel, thereby enhancing the quality of baggage transportation for airports and airline companies. Through the implementation of exoskeleton robot technology, we strive to create intelligent and human-centric services to accompany travelers, while continuously expanding the scope and opportunities for exoskeleton robot applications in this field. (Details of Aviation Logistics Scenarios)

Exoskeleton "Robot+”

Mining

Mining equipment utilized in mines is often characterized by its large size and efficiency. Similarly, engineering equipment involved in mining, transportation, and discharging operations also tends to be large and efficient. Consequently, maintenance and repair work within this sector must also be conducted efficiently to ensure optimal productivity. At present, in coal production, a significant portion of operators are tasked with lifting and carrying heavy production equipment, often resulting in equipment weight overload handling. In complex scenarios where auxiliary equipment cannot be utilized, this practice has led to a considerable prevalence of occupational diseases such as lumbar muscle strain and lumbar disc issues among frontline employees. Consequently, this issue has become a significant impediment to frontline workers' productivity and efficiency in their work. Exoskeleton robots have emerged as a powerful solution to address the physical strain experienced by operators, enabling them to efficiently accomplish heavy physical tasks with ease.

ULS Robotics collaborated with a renowned large mining enterprise and was selected by the Ministry of Industry and Information Technology to be featured in the list of exemplary scenes for "robot+" application release. The focus is on leveraging exoskeleton robots to aid in various operational scenarios, enhancing efficiency and safety in tasks such as installation. The focus is on leveraging exoskeleton robots to aid in various operational scenarios, enhancing efficiency and safety in tasks such as installation. (Details of Mining Scenario)

Exoskeleton "Robot+”

Electric Power

In the electric power industry, there is a need to transport large equipment and heavy objects, such as batteries and transformers. Exoskeleton-assisted technology can significantly alleviate the burden on workers by providing additional strength and support, thereby making lifting tasks easier and more efficient. The power industry involves overhead work, including tasks such as patrolling poles and installing equipment. Exoskeleton-assisted technology can offer stabilizing support and enhance balancing capabilities, thereby reducing the risks associated with working at high altitudes and improving overall work efficiency. The maintenance and overhaul of power equipment demand workers to manage both gravitational forces and perform precise movements. ULS Robotics' exoskeleton technology has been successfully deployed in various scenarios within the State Grid and South Grid. The exoskeleton-assisted technology enhances workers' strength and precision, reducing fatigue and errors while simultaneously enhancing the quality and efficiency of maintenance tasks. (Details of Power Scenario)

Exoskeleton "Robot+”

Emergency Rescue

When natural disasters strike, rescuers often encounter significant challenges, such as individuals being trapped under rubble and transportation being disrupted by collapsed buildings. In such challenging situations, exoskeleton robots can leverage their unique advantages. An exoskeleton is a device designed to augment the strength and mobility of the human body using mechanical structures. Exoskeletons are capable of bearing heavy loads that would be impossible or challenging for the human body to manage alone, thereby assisting rescuers in effectively carrying out their tasks.

The potential of exoskeleton robots lies in their ability to significantly enhance the efficiency of rescuers. When pre-planned and coordinated with rescuers, exoskeletons can effectively perform complex and challenging tasks, including lifting heavy objects and conducting inspections in earthquake zones. By alleviating the physical strain on rescuers and enabling them to sustain their tasks for longer durations, exoskeletons enhance the overall effectiveness of rescue operations.

Exoskeleton "Robot+”

Construction

Construction sites often entail numerous scenarios involving heavy material handling and prolonged periods of bending, such as yard loading and unloading, site adjustments, and wall and floor treatments. These tasks necessitate frequent and prolonged bending work. Long-term overuse of the muscles around the waist can result in a decline in workers' efficiency and pose a threat to human health. Moreover, there is an increased risk of injury to the hands and other joints, particularly for older, frail individuals, and those engaged in heavy manual labor. These issues represent significant challenges within the construction process.

Many domestic construction companies have implemented ULS Robotics, especially in environments with complexity and limited space on-site. Wearable exoskeleton robots have emerged as a flexible and reliable option in such scenarios. They offer assistance to workers without disrupting their usual movements, helping to lower the risk of lumbar muscle strain and hand injuries. Simultaneously, they alleviate overall worker fatigue, ensuring sustained work efficiency.

Exoskeleton "Robot+”

Education

The ULS Robotics exoskeleton robot boasts a rich array of hardware and software packages, supporting various development function modes and real-time control API interfaces. It also offers a user-friendly developer open platform, which is simple and easy to use.

ULS Robotics actively promotes the seamless integration of industry-university-research, supports universities and colleges in various fields such as artificial intelligence, brain-machine interfaces, and human-machine integrated robotics. This collaboration extends to talent training, scientific research, innovation, and skills development, fostering partnerships between academia and industry. ULS Robotics has effectively executed numerous projects in university teaching and research, experimental practices, and joint development, showcasing its dedication to bridging the gap between education and industry.

Since the start of 2018, the Science and Technology Park at the Shanghai University of Finance and Economics has been supporting the development of ULS Robotics through a range of business incubation services. These services include venue provision, connecting with government and enterprise resources, facilitating investment and financing opportunities, and aiding in market development. Additionally, the park offers policy advisory services to ULS Robotics, assisting in the identification of high-tech enterprises, science and technology-based SMEs, accessing science and technology innovation funds, and planning for intellectual property rights. These services have played a crucial role in the rapid development of the company.