Application Case of fly boat Robots in Automotive Manufacturing

    An automotive parts manufacturing company based in Los Angeles, USA, facing challenges with internal logistics costs, introduced Reeman’s fiy boat handling robots to optimize delivery processes.

    The company’s primary task was to reduce internal delivery costs. With over 400 employees and a footprint of 6,000 square meters, the factory previously used small-capacity, outdated AGV carts to transport finished products from the production line to the warehouse. The delivery routes were congested, disordered, and sometimes overlooked the presence of personnel, resulting in safety incidents. In contrast, the fiy boat handling robot could operate safely in dynamic environments, detecting both people and machines, stopping or bypassing employees and obstacles as needed. The standard configuration for the fiy boat robot includes a 3D camera and a single-line LiDAR.

    After reviewing the products available on the market, this automotive parts factory decided to adopt Reeman’s fiy boat handling robots. The choice of fiy boat robots was due to their performance features, such as a load capacity of 300 kilograms, autonomous obstacle avoidance, autonomous elevator navigation, automatic door control, and high safety.

    Following the introduction of the delivery robots, the company experienced significant improvements in production efficiency, increased delivery speed, and shorter production cycles. Additionally, labor costs were reduced, and the risk of personal injury during delivery processes was minimized.

    Through this automation solution, the company successfully optimized the automotive parts production process, enhancing competitiveness and production efficiency. Their use case demonstrates the significant role of delivery robots in modern manufacturing industries, and it is expected that more enterprises will adopt similar automation solutions in the future.