Robotics play a crucial role in the manufacturing processes resulting in being less labor intensive and more productive that is important. This is of great significance to places such as china as they have labor shortage.
The robotic process of designing is simplified, while working closely with different solution providers as it includes developed pre-validated and pre-integrated solutions for an array of robotics applications. Nowadays the use of several robotics systems has resulted in proven designs using components from many vendors.
Robotics presents a perfect example of moving to computerize industrial manufacturing. Almost all the aspects are now digitized, monitored, including the spanning machine control, data reporting, management, and analysis. In fact, even the operators interact digitally with machines using a human machine interface.
There are many benefits with robotics systems and this includes working hour’s reduction for operators and opportunities to promote boost yields, thereby to reduce downtime, improve efficiency through insights acquired due to advanced analytics.
Components of Robotic Systems
A robotic production line entails beyond the robots aspects and some are challenging. There are data processing, sensing, actuation controls, and operational intelligence presenting issues around machine-to-machine communication, system integration, and information integration. The robotic system manufacturing is based on robots and complexity layers introduce to handle big data technologies with ease.
The robotics systems are in all the sizes and shapes and the robotic system typical components include:
- Robot Body: It is made of materials in high-strength and is designed to meet harsh environments. The robot body has a great role in goods manufacturing and it performs various tasks such as painting, welding, inspecting, packaging, etc.
- Robotic Control: There are responsible control systems for motor driving, sensing, and movement functions requiring sophisticated algorithms. The complicated systems designs require vast experience in know-how application, remote teaching, and network technology suitable to industrial environments. The components of control system may encompass: Controller, Teach Pendant, Algorithm, and Communications.
- Equipment and Devices: Apart from the robotics, the other systems required to complete production line include Remote I/O that include peripheral devices communication with actuators, sensors, networks, etc. Conveying system: Several equipments to shift goods in the production line. HIM: The PCs in the panel enabling the operators in the production equipment to interact.
- Distributed Control System: The design is connect flexibly the sensors, I/Os, and drives so that the developers implement the design of robot with convenience.
