Customized Product

Ezhan robots are specifically designed for aviation catering logistics, precisely meeting operational needs across various scenarios including airport dining areas, aprons, and taxiways. The system integrates high-precision laser SLAM navigation, multi-sensor fusion obstacle avoidance, and adaptive load-bearing adjustment technologies, accommodating meal car sizes of different aircraft models. It effectively addresses pain points of traditional manual handling such as low efficiency, susceptibility to damage, and insufficient capacity during peak hours. A single robot can complete over 80 transfer tasks daily, replacing two staff members, with a 45% increase in transfer efficiency and a food spoilage rate below 0.1%.

Ezhan Company has developed a customized medical transport robot specifically for intelligent healthcare projects, which can precisely adapt to scenarios such as hospital wards, operating rooms, and pharmacies. This equipment safely and efficiently transports medications, dressings, specimens, and medical waste, equipped with collision-avoidance sensors and sterile materials compliant with medical standards. It can flexibly move and autonomously ride elevators in complex hospital environments. The robot effectively addresses pain points of traditional manual transportation, including low efficiency, high error rates, and potential cross-infection risks. After its deployment in a tertiary hospital, the transportation efficiency of medical supplies improved by 50%, with the error rate reduced to zero.

The customized roller robot designed by Ezhan can easily adapt to narrow passages, dusty environments and high-temperature operations. Its core functions include heavy-duty material handling and automatic production line docking, with flexible customization available for different needs.

Equipped with servo drive and roller buffer devices, it can carry materials ranging from 300 kg to 30 tons, and achieve smooth transportation between warehouses and production lines via preset routes. Integrated with laser SLAM and visual navigation technology, it enables precise docking without manual operation, effectively solving the problems of low efficiency and insufficient accuracy in traditional manual handling.

After deployment, material transfer efficiency is improved by 40%–50%, labor costs are reduced by 60%, and the intelligent level of the workshop is significantly enhanced.

Ezhan Robotics offers customized stainless steel robots specifically engineered for highly corrosive and ultra-clean PCB manufacturing environments. Featuring an industrial-grade stainless steel chassis, these robots are equipped with fully sealed corrosion-resistant electrical systems and acid/alkali-resistant surface treatment processes, making them ideal for etching, cleaning, and electroplating operations. They effectively address common issues with standard equipment such as rust, short lifespan, and contamination. Integrated with laser SLAM navigation and high-precision docking technology, they enable fully automated material handling from warehouses to production lines. Supporting automatic/rapid battery replacement and 24/7 round-the-clock operation, they seamlessly integrate with MES/ERP systems. This robot eliminates the high failure rate of traditional robots in corrosive environments while reducing safety risks and manual inefficiency. At a PCB manufacturer, equipment lifespan was extended by 2-3 times, maintenance costs decreased by 60%, manual operations reduced by 80%, and production efficiency improved by over 30%.