What Is Robotic Equipment Manufacturing?
Robotic equipment manufacturing refers to the production of robotic systems designed to automate operations, reduce human labor and costs, and enhance efficiency by substituting traditional manpower with industrial robots.
While standard packaged industrial robots can provide various benefits depending on the application environment, some scenarios may require the development of custom robotic solutions. Robotic equipment manufacturing addresses such needs, adapting to specific requirements and challenges of the deployment environment.
Uses of Robotic Equipment Manufacturing
Two key industries where robotic equipment manufacturing is particularly prevalent include:
1. Automotive Industry: In the automotive sector, industrial robots are utilized for tasks such as assembly, welding, processing, painting, and parts delivery. China has been at the forefront of integrating robots into this industry, contributing to a growing global market share for industrial robots.
2. Logistics Industry: In logistics, industrial robots are employed for loading, unloading, transporting, sorting, and picking goods. Companies like Amazon.com, Inc. are leading the adoption of industrial robots in this sector.
Principles of Robotic Equipment Manufacturing
Robotic equipment operates on a system that includes sensing systems, control systems, information processing systems, and manipulators as key components.
Sensing systems gather information, mimicking the sensory functions of living organisms. Control systems execute actions based on data from sensing systems. Information processing systems, often employing artificial intelligence, make complex decisions. Manipulators constitute the physical part of the robot.
Robot systems are categorized into applications and robot platforms. Applications encompass control functionalities, while robot platforms consist of both software and hardware. The software integrates operating systems, middleware, and device/controller control software. Hardware comprises microprocessors (MPUs), MPU communication controllers, sensor controllers, robot controllers, and network controllers.
The manufacturing of robotic equipment is a process of developing, researching, and optimizing these components to suit the specific installation environment and application.