DEEP Robotics

Deep Robotics develops advanced quadruped robots with integrated AI for industrial inspection, emergency response, and research applications. Their robots navigate complex terrains, perform hazardous environment tasks, and provide autonomous monitoring across power plants, construction sites, and underground operations. Specialized robots like the Jueying X20 and Lynx can climb steep slopes, carry heavy payloads, and operate in extreme temperatures while delivering precise data and enhancing workplace safety.

HachiBot

HachiBot develops intelligent quadruped robots designed for emotional companionship. Their robots walk inside homes, interact with humans, and possess intelligence comparable to a 5-year-old child. The company creates companion robots that establish emotional connections while providing a friendly, approachable technological experience.

LimX Dynamics

LimX Dynamics develops full-size humanoid robots with advanced mobility capabilities. The company creates biped and quadruped robots designed for diverse applications across manufacturing, household services, and technical research. Their robots feature sophisticated motion control, can perform complex movements like squats and rotational actions, and are engineered to handle various physical tasks with high stability and dynamic performance.

Moying Robotics

Moying Technology develops mobile collaborative robots for precision tasks in biotechnology, semiconductors, and electronics manufacturing. Their robots autonomously handle complex operations like unloading, assembly, and equipment management with high-precision capabilities. The company’s robotic systems reduce production expenses by up to 50% and can navigate tight factory spaces while performing intricate tasks without human intervention.

Stardust Intelligence

Astribot (Stardust Intelligence) develops advanced humanoid robots designed to perform household and industrial tasks with remarkable speed and precision. Their S1 robot can handle complex activities like cooking, cleaning, and delicate manipulations using AI-powered technology. The robot demonstrates extraordinary movement capabilities, including lifting 10 kg per arm and executing tasks at speeds up to 10 m/s, representing a significant leap in robotic assistance and automation.

Titanium Tiger Technology

TI5 Robot develops advanced collaborative robotic solutions specializing in customized hardware and intelligent robot technologies. The company creates modular robotic systems with high precision, including lightweight robotic arms and humanoid robots designed for industrial automation, research, and service applications. Their products feature precise movement capabilities, flexible control interfaces, and adaptable designs that enable seamless integration across manufacturing, healthcare, security, and educational sectors.

ULS Robotics

ULS Robotics specializes in developing advanced exoskeleton solutions designed to enhance human capabilities in various industries. Their technology is applied in sectors such as automotive manufacturing, aviation logistics, and construction, where it helps reduce physical strain and the risk of injuries for workers. The company focuses on creating wearable robots that provide support during demanding tasks, improving efficiency and safety in the workplace.

PaXini Tech

Paxini develops advanced humanoid robots with exceptional tactile perception and dexterity. Their robots feature multi-axis tactile sensors, high-precision movement capabilities, and versatile applications across industrial settings like warehouses, car assembly, and service environments. The robot model “Tora” can carry up to 10kg, move at speeds of 25km/h, and includes sophisticated visual and tactile sensing technologies with 180 multi-axis tactile sensors and multiple camera systems.

Innoplier

INNOPLIER develops advanced robotic solutions for underwater and surface environments. The company engineers specialized robots for pipe network inspections and marine exploration, creating remotely operated vehicles (ROVs), uncrewed surface vessels (USVs), precision thrusters, and advanced sonar systems. Their technological innovations support critical infrastructure monitoring and marine research applications.

Burro

Burro AI develops autonomous collaborative robots for agriculture that enhance worker productivity. These robots use computer vision, GPS, and AI to navigate complex environments, carrying loads, scouting crops, and performing multiple tasks without requiring new infrastructure. Burro robots can follow workers, learn routes, and operate both indoors and outdoors, with capabilities ranging from transportation to data collection across various agricultural settings.