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Multiway Robotics  (Shenzhen) Company
Multiway Robotics  (Shenzhen) Company

Multiway Robotics Breaks the Barrier of Cargo Handling and Rejuvenates Intelligent Factory

Ⅰ. In the "smart" factory, unmanned handling becomes the key


The traditional demographic dividend is decreasing and labor costs are rising. Under the environment of increasingly fierce market competition and diversified changes in market demand, the manufacturing industry is in the stage of continuous adjustment, transformation and upgrading.


With the in-depth advancement of "Made in China 2025" initiative, various enterprises have put forward diverse needs at different levels and depths for intelligent manufacturing. "Machine replaces human" and "smart factory" have become important tradeoffs for the long-term strategic layout of enterprises.


Ⅱ. Handling links are cut off, resulting in incomplete logistics information


The logistics handling process includes the processes of raw material handling and storage, the storage, loading and unloading, and handling of semi-finished products in the production process, as well as the warehousing acceptance, storage, and distribution of the circulation department, which run through the entire production process of the enterprise.


At present, many manufacturing enterprises are facing difficult problems of transformation and upgrading. The outstanding performance is that logistics automation is in a state of fragmentation, and the factory warehousing, loading and unloading, handling and related operations which support production operations are horizontally fragmented, and the vertical operation level of enterprise production logistics is still relatively low. Traditionally, its low degree of intelligence and informatization has led to the fragmentation of logistics handling, the phenomenon of logistics information in lonely islands is serious, and it is difficult to achieve business coordination, resource coordination, and information systems in logistics operations.


In addition, the production logistics and production operations at the enterprise level cannot be organically integrated, and real-time and efficient delivery and collaboration cannot be achieved, making it difficult for logistics operations to support enterprise development efficiently, flexibly, quickly and accurately.


The specific manifestations are as follows:


(1) Manual operation, high cost, difficult management and maintenance.


(2) The handling process cannot be monitored in real time, lacks standardized management, and has certain potential safety hazards.


(3) Manual handling, command and dispatch are based on experience, and it is difficult to handle tasks in real time and confirm the location of handling.


(4) The inventory of goods is mainly manually checked, which is time-consuming and labor-intensive, prone to errors, labor-intensive and low-efficiency.


(5) The utilization rate of traditional handling equipment is low, and the operation efficiency data cannot be accurately calculated, which cannot provide an effective decision-making basis for management.


Ⅲ. Multiway intelligent logistics solutions fully empower the industry


With all these problems, how to choose the correct and suitable intelligent logistics solution has become a headache for major enterprises. Perhaps, Multiway's intelligent logistics solution is the answer to this headache!


In response to problems such as the fragmentation of the handling in intelligent factories, the intelligent logistics solutions of Multiway empower factory customers in an all-round way: Multiway Robotics's AMR robot is driven by technology, self-developed core hardware, algorithm and software system, through the construction of a trinity software system platform, featuring collaborative evolution and rapid iterative upgrade.


The underlying vehicle system: the decoupling design is adopted, and the logic is an independent module, which can be deployed by the implementer without debugging the code.


Upper-level system: it is quickly connected to the customer management system. Visualized upper-layer management system can handle customer-related business, realize data analysis and transparent and visual management of information, comprehensively predict and monitor the system status, and ensure the healthy operation of the system.

MW RCS Multiway dispatch system: the dispatch system can support hundreds of vehicles of different models to run together at the same site, and quickly plan the optimal route, realize the overall optimal navigation route planning, complete the task in the shortest time, and ensure the highest efficiency operation.


MW WCS Multiway equipment control system: it helps enterprises transform from passive equipment maintenance to whole proactive maintenance, so as to reduce equipment failure rate and ensure efficient production.


MW WMS Multiway warehouse management system: it creates an efficient production system with orderly production, transparent process, transparent and convenient information, breaks the black box state of material assets, and helps you master real-time information of inventory and cost occupancy.

Multiway cloud system: it provides remote equipment upgrade, continuous iterative optimization, provides a unified management platform and operation and maintenance platform for data collection/feedback analysis, and can customize reports according to enterprise needs.


After delivery, it provides remote operation and maintenance, remote diagnosis of usage problems of user system, and real-time processing. The platform provides a wealth of intelligent micro-applications and opens secondary development interfaces to users; users can build micro-applications in modules according to the goals of digital transformation, which saves costs and is ready to use.


Ⅳ. In the era of intelligent manufacturing, our goal is to develop stronger, reduce costs and improve efficiency


The integrated solution of Multiway helps customers significantly reduce costs and improve efficiency, and provide continuous value. The specific operation is divided into four steps.


The first step is to provide optimized automated processes and on-site system management.


The second step is to save labor costs, improve driving safety, improve work efficiency, and reduce operating costs such as maintenance and repair costs.


The third step is to realize the interconnection with other logistics equipment and warehousing equipment like autonomous warehouse robots based on big data, developing from a single product to a systematic application to achieve overall optimization.


Finally, after the introduction of unmanned forklifts, the relevant upstream and downstream links involved in production, warehousing, and logistics can increase efficiency by more than 20%.