Faced with increasing pressure from rising order volumes, a major manufacturer of beauty devices realized that the traditional in-house logistics model, which primarily relied on manual cart operations, was no longer capable of meeting the demands of the production rhythm. Issues such as reliance on experience for personnel scheduling, significant fluctuations in logistics rhythm, and low efficiency in cross-floor transportation coordination have become critical bottlenecks hindering the release of production capacity. To address this, the company decided to systematically upgrade its material distribution system and introduce Reeman AMR (Autonomous Mobile Robot) handling solutionsto drive overall manufacturing efficiency through Automated and digitalized logistics.

Precise Delivery: AMR Technology for Navigating Complex Production Environments

The Reeman “Big Dog” series AMR handling robotselected for this project has a load capacity of 100 kg and a compact body design that is suitable for narrow corridors and areas with dense equipment. Through lidar and multi-sensor fusion navigation technology, the robot can create a real-time map, avoid obstacles, and plan routes in dynamic environments where humans and roBots coexist. This ensures that the movement of objects does not get disrupted due to temporary material storage or personnel operations.

In actual deployment, the Reeman AMR system handles point-to-point distribution tasks ranging from the warehouse stock preparation area to multiple assembly lines. By centrally managing material calls, task assignments, and robot scheduling through a centralized dispatch system, it completely eliminates reliance on manual judgment and coordination. Production line operators can initiate requests with a single click through terminal devices, and the system automatically assigns the nearest avAilable AMR to perform the task, significantly reducing the response time for material replenishment and ensuring a highly synchronized supply of materials with the production rhythm.

Automatic, cross-floor connectivity: breaking spatial limitations within the factory complex.

In response to the layout characteristics of the enterprise’s multi-floor production process, Reeman AMR achieved seamless integration with the elevator control system, enabling autonomous call-up, boarding, and exit across floors, thus creating a continuous automated logistics channel. Additionally, the AMR’s ability to interact with the factory’s electric gates and automated access control systems further eliminates the bottlenecks in floor-level transfers and material loss risks inherent in traditional manual handling. This feature is particularly crucial for the production of beauty instruments, as various processes such as inspection, aging testing, and packaging are often conducted on different floors. The fully automated logistics system ensures the stability and consistency of process transitions.

System-level benefits: transitioning from logistics to manufacturing flexibility.

Following the implementation of the project, the company was able to achieve simultaneous and efficient operation of multiple production lines without increasing logistics personnel. The frequency of logistics-related anomalies decreased significantly, and the overall stability of production rhythms was greatly improved. This not only alleviated the pressure of delivery during peak order periods but also provided ample flexibility for future capacity expansion.

As the origin of AMR robot development and manufacturing, Reeman possesses full-chain capabilities ranging from hardware design and algorithm development to system integration. It delivers thousands of units of mobile robot products to the global market every year and has exported products to various regions such as Europe, Southeast Asia, and the Middle East. It has accumulated extensive experience in verifying stability in complex industrial scenarios.

The inevitable path to a digital factory.

For the beauty instrument manufacturing company, the introduction of the Reeman AMR system is not merely an upgrade of logistics equipment but a crucial step towards achieving flexibility and digitalization in its smart factory. In the context of increasingly intense competition in the electronics manufacturing industry and accelerated product iterations, automating logistics to bridge the gap between information flow and physical flow, enabling real-time visualization of production data and dynamic optimization, has become a key competitive advantage for high-value-added manufacturing enterprises.

Reeman will continue to focus on the scenarios within the electronics manufacturing industry. Through its modular, configurable AMR product matrix and intelligent scheduling platform, the company will help more enterprises build modern production and logistics systems that are responsive, rhythmically stable, and collaborative between humans and machines, thereby gaining a competitive edge in the global manufacturing revolution.

Reeman | Born for Precision Logistics

We specialize in the development and application of AMR robot systems, aiming to help clients in industries such as electronics manufacturing, semiconductors, and new energy through flexible automation solutions to improve logistics efficiency, reduce operational costs, and achieve digital upgrades. For more information on industry case studies or customized solutions, please feel free to contact us.

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