As we enter 2024, the deadline for submitting the answer sheet for "Intelligent Manufacturing 2025" is getting closer and closer. In terms of construction and development direction, intelligent factories that practice industrialization and informatization have become the core of "Intelligent Manufacturing 2025".

Mobile Robots: A Key Step in Building Intelligent Factories

As an intelligent device, mobile robots are widely used not only to improve production efficiency and quality, improve labor environment, ensure personal safety, and reduce production costs, but also to meet the growing personalized and diversified needs of consumers. In the process of entering the Industry 4.0 era with the theme of smart factories, mobile robots also play an irreplaceable role.

In industrial scenarios, the most obvious manifestation is the difficulty of recruitment, labor shortage, and increased employee mobility. On the basis of the original increase in labor costs, management costs are further increased, further compressing profit margins. Therefore, with the aim of reducing costs and increasing efficiency, the phenomenon of mobile robots replacing people is gradually emerging in industrial scenarios, especially in the process of automated assembly line transformation.

Just one thing to note is that due to factors such as complex and diverse scenarios, traditional automation solutions are gradually unable to meet the needs of flexible production in the manufacturing industry. For example, in traditional automation solutions, the movement path of mobile robots is mostly fixed, relying on magnetic strips and QR codes deployed on the ground. On the one hand, it cannot achieve flexible changes, and on the other hand, it has not been officially implemented yet. Therefore, it is necessary to first renovate the infrastructure, which may compromise the cost reduction and efficiency improvement results for manufacturers.

To do a good job, one must first sharpen one's tools

As an industrial grade photoelectric sensor manufacturer of domestic LiDAR, Laser Eye has accumulated market experience and received industry feedback for many years. In response to the usage needs in industrial application scenarios, it has launched the F30 Navigation Obstacle Avoidance LiDAR. It integrates navigation and obstacle avoidance, with advantages such as high measurement accuracy, fast scanning speed, and strong anti-interference ability. It can help mobile robots achieve effective and accurate positioning and complete difficult production tasks.

At the same time, relying on its 50 meter measurement obstacle avoidance range and mature navigation obstacle avoidance algorithm, it can still operate effectively without laying any tracks in advance, facilitating the upgrading and transformation of factory production lines and navigation route changes. Real time obstacle avoidance and strong environmental adaptability can better achieve coordinated control of multiple mobile robots.

LEIMOU is compatible with different vehicles and meets the standard requirements of multiple industry users for factory operation processes. Providing standard communication interfaces enables interoperability with multiple system data and supports access to external devices, greatly enhancing the system's rapid deployment capability and effectively saving project implementation and maintenance costs.