Intelligent composite robot is a robot system that integrates mobile robot (AMR) and collaborative robot (Cobot) with functions of movement, perception, control and execution. Intelligent composite robots can autonomously plan paths, obstacle avoidance, grasping, transportation, assembly, etc., and can complete a variety of operational tasks in complex environments.

The advantages of intelligent composite robots are mainly reflected in the following aspects:

Flexibility and adaptability: intelligent composite robots can be flexibly deployed according to production needs and adapt to a variety of complex environments.
High safety: intelligent composite robots using the safety design concept of collaborative robots, can work with people safely.
High efficiency: intelligent composite robots can autonomously complete a variety of tasks to improve production efficiency.
Intelligent composite robots have broad application prospects, with great potential in industry, logistics, medical care, service and other fields.

The following are typical application scenarios of intelligent composite robots:

Industrial manufacturing: intelligent composite robots can be used for material handling, assembly, testing, etc., to improve productivity and flexibility.
Logistics and warehousing: intelligent composite robots can be used for cargo handling, picking, sorting, etc., to improve logistics efficiency.
Medical field: Intelligent composite robots can be used for drug distribution, patient care, etc., to improve the level of medical services.
Service field: intelligent composite robots can be used for cleaning, janitorial, food delivery, etc., to improve service efficiency.
With the rapid development of artificial intelligence, machine vision and other technologies, intelligent composite robots will usher in a broader application prospects.