What More Does The Industry Need From The Perfect Composite Mobile Robot?

Key equipment to build intelligent factory

Composite mobile robot

The human-like composite mobile robot is a key piece of equipment to perform complex operations and get through the last meter of a factory. However, the composite mobile robot industry still faces application problems such as diversified business, complex scene, multi-system and long landing cycle.

Emerging products are difficult to solve the above problems, the industry is facing new problems, the old problems have not been solved. How to solve the application problem is the most important to promote the development of enterprises.

What more does the industry need from the perfect composite mobile robot?

Based on the industry and from the perspective of products, Xiangong Intelligent deeply analyzes the practical application pain points of current composite mobile robots and gives corresponding countermeasures:

1. Diversified businesses, complex scenes and difficult transition

The industry is still in the stage of concept exploration and trial, lack of concrete scene experiment and trial; Semiconductor, 3C, inspection and other scenarios are complex, and robot hardware scenarios are customized, making it difficult to form standards.

2. Complex structure, long landing cycle and low deployment efficiency

The complex system structure increases the number of interconnection ports, which reduces the system coordination fluency and leads to low deployment efficiency.

3, multi-process, multi-system, information flow is not smooth

The production process is discrete and the data is not shared. The monomer connects to different systems, and the information between systems is not smooth.

Targeted solutions accelerate industry development

Solutions help intelligent manufacturing upgrade

The company has provided solutions covering AMR, composite mobile robots and software systems for many industries such as 3C, textile, semiconductor, e-commerce and retail, with a large number of landing solutions. The findings in the practice of the case are integrated, and the feedback to the product, continuous adjustment, and strive to polish the solution for multiple industries, to help customers in all industries out of the tight encirclements, to achieve the advancement of intelligent manufacturing.

1. System construction and steady promotion of transition

Powerful controller + intelligent vision algorithm + advanced software system to solve the application problems of diverse business, complex scene and difficult production.

The strongest control brain, hardware organic integration

What more does the industry need from the perfect composite mobile robot?

The future of composite robots is bound to appear as a stand-alone product in various applications. In the construction of composite robot system, the organic combination of software, algorithm and hardware is an important trend of the development of composite robot. It can get through the commonness in many non-standard application scenarios, so as to lay a foundation for the realization of standardization.

Intelligent visual algorithm to create flexible manufacturing core

What more does the industry need from the perfect composite mobile robot?

(3) Advanced software system to ensure the rapid landing of the project visual AI for the composite mobile robot to provide higher positioning, take and release redundancy, is the core link of flexible intelligent manufacturing, whether from the technical field, or the application field, can do more convenient, stable, accurate, to achieve the application of the composite robot to expand space. With the deepening of AI technology in the field of robotics, more AI-based robot products will emerge in the future. With the help of AI, the productization of composite mobile robots will be promoted to a new stage.

What more does the industry need from the perfect composite mobile robot?

Xiangong Intelligent has invested great energy in this aspect, unifying the robot calibration, teaching, use and other processes in RoboShop Pro, again reducing the skill requirements of construction personnel, greatly speeding up the on-site implementation progress and ensuring the overall progress of the site. Software foundation is the guarantee for rapid deployment and landing of composite mobile robot. One of the productization problems faced by most of the current composite mobile robots is that the field deployment conditions are poor, the efficiency is low, and there is a lack of an effective system software to assist the field personnel to land quickly. Therefore, in the long run, the software system working with the composite robot system is bound to be more simple and efficient.

2, higher compatibility, better adaptation

Solve the application problems such as complex structure, long landing cycle and low deployment efficiency, achieve rapid landing of solutions and reduce the implementation time loss.

3, standard interface (API) to get through each system, get through the information island

At present, the level of major manufacturers in the field of composite robot is basically the same. Players mainly include their own players (their own chassis + their own arm), cooperative players (their own chassis + other arm/other chassis + their own arm), and integrated players (other chassis + other arm).

The advantage of Xiangong intelligent lies in the deep cultivation and understanding of control, as well as in their own skills: navigation and motion control of the motion chassis, first of all in the motion chassis to ensure the vehicle repeat to point consistency, to lay a good foundation for the next operation of the composite robot. At the same time, it has the ability to independently develop the visual system to escort the visual perception of the arm, and the strong combination of the two manufacturers of the robot arm, providing strong support in the two biggest key technical points of the composite robot.

But we will also be faced with the fragmentation of a process in the real world and the docking of multiple systems. Therefore, the joint efforts of major manufacturers and customers are needed in the future to form the overall standard of composite robots. At present, multilevel tasks can be integrated into one system and implemented in one time, such as the task chain of RoboShop Pro of Cygong Intelligent, which can effectively divide multilevel tasks into sub-tasks and complete them in one implementation, which is very smooth.

What more does the industry need from the perfect composite mobile robot?

Moreover, composite robot control, status, interaction standard is also very important, especially in electrical communication interface and software interface is more urgent, in the several big industry, composite robots usually need docking control, display, or other interactive system, each system requires good agreement between the "common language" (API), information island situation will be improved greatly.

In addition, the in-depth cultivation of specific business scenarios is of great help to improve the state of poor information and help the product iteration of major companies and industries. Therefore, it is extremely urgent to cultivate a group of talents who understand business and skills.

Blue Book on The Development of Composite Mobile Robot Industry 2021 Edition

Blue book on industry development released

The blue Book on the Development of Composite Mobile Robot Industry (2021 edition), which was compiled by Xiangong Intelligence, was officially released.

This Blue Book aims at analyzing the development level and characteristic trend of the domestic composite mobile robot industry in 2020-2021, and deeply analyzes the development status of the composite mobile robot industry in China by combining qualitative judgment and quantitative analysis, so as to provide a reference basis for the development direction, path and mode for the majority of domestic enterprises. It provides reference for the selection of application terminal clients and promotes the application of composite mobile robots.