COWINTECH goes beyond simply supplying robots, offering the capability to build robotic systems that flexibly respond to industrial processes and logistics flows on-site. Based on intelligent mobile robots, such as AMRs, that autonomously make decisions, move, and collaborate with people, we realize full factory automation through integration with industrial robots, including articulated robots. By organically connecting all production, logistics, and distribution flows through robotic systems and minimizing human intervention, we realize unmanned factories that operate continuously 24 hours a day.

We design robots tailored to the environments and characteristics of each industry, including batteries, ESS, semiconductors, automobiles, and food, and carry out the entire process in-house, from manufacturing, installation, and operation to customer service. We ensure reliable robot operation even in specialized environments such as cleanrooms, explosion-proof areas, and cryogenic conditions, while meeting domestic and international safety standards and certification requirements for each industry. With multi-sensor-based collision prevention and real-time safety control systems, we ensure operational safety and continuously manage system performance through predictive maintenance capabilities.

Through our proprietary autonomous driving technology, robots can identify optimal routes even in complex environments, while AI-based precision control ensures consistent quality and stability in high-speed, repetitive operations. We provide differentiated solutions powered by innovative mobile robotics technologies, including Direct-Docking, which directly connects mobile robots with equipment, ultra-heavy-load handling technology for loads of several dozen tons, and ultra-high-reach High-Pick technology based on inter-floor logistics transfer. Based on AI and data, we create an intelligent robotics environment where robots autonomously interpret on-site conditions, learn from operations, and continuously advance throughout the operating process.