Industrial robot examples show the rapid increase in technological advancements and their benefits. Moreover, the manufacturing industry witnesses a drastic change owing to the adoption of robotics and various applications.
Further, industrial robots and their examples can be seen in food packaging, automotive, industries, etc. As a result, industrial robot examples encourage manufacturers to incorporate various technology production processes. Hence, it helps increase efficiency and profitability.
Also, a report from Markets and Markets states, “The industrial robotics market is projected to reach USD 75.3 billion by 2026, it is expected to grow at a CAGR of 12.3% from 2021 to 2026. The Industrial Robotics Market is divided based on Type, Component, Payload, Application, Industry and Region”
Further, governments from various countries suggest various industrial sectors employ manufacturing robots. Moreover, the challenges faced in the Covid-19 Pandemic only encourage the use of robotics to create more opportunities.
Therefore, in this article, we will learn more about the robot in the manufacturing industry and their examples.
Understanding Industrial Robots and their various Examples
Industrial robots are autonomous systems that use sensors, controllers, manipulators, end-effectors, and drivers to perform tasks. Further, these systems execute operational and functional tasks within the manufacturing process. It also uses regulatory commands by Programs to continuously operate and execute repetitive tasks. Therefore, it helps reduce and mitigate human intervention. It also increases the processing speed, quality, and capability of machines.
Moreover, industrial robots help execute tasks like assembling, handling, packaging, etc. Further, the agenda of developing and evolving robotic designs is to efficiently perform repetitive tasks. It also alleviates human resources of strenuous and time-consuming physical labor. Moreover, there is a significant change in industrial robots with machine vision and artificial intelligence development. Hence, it enables manufacturing robots to engage and resolve various scenarios and offer insights into their performances.
Types of Industrial Robots:
- Articulated Robots
- Cartesian Robots
- SCARA (Selective Compliance Assembly Robot Arm)
- Delta Robots
- Polar Robots
- Cylindrical Robots
Since the industrial revolution brings multiple advancements in the manufacturing industry. Moreover, the concept of incorporating machines to generate products at lower costs emerges. Further, machines now evolve into robots that use artificial intelligence to control various processes. Hence, here are the various ways in which industrial robots are used:
Industrial robots help handle a variety of products from healthcare to manufacturing industries. Further, it helps handle products and materials that need certain steadiness and cautious manipulation. Manufacturing robots also perform the basic functions and reduce human intervention.
Welding is the process of joining metal objects together using heat and pressure. Although welding can lead to serious injuries and disrupt the production process. As a result, the process can become hazardous but can be properly executed with the right tools and expertise. Therefore, robots are becoming a popular choice for various welding requirements to avoid dangerous circumstances.
Gathering products and product parts is a repetitive and monotonous task. Moreover, there can be various errors that can disturb the flow of work. Hence, businesses often rely on robots and machines to assemble and streamline the process. It also reduces errors and increases the quality of production.
Manufacturing robots can work in a variety of environments. Hence, industrial robots work in the following environments:
- Various environments like high-pressure and vacuum chambers.
- Cleaning and sanitizing workstations.
- Dangerous and hazardous environments.
Moreover, industrial robots can handle fragile, heavy, and hazardous products. It also equips various tools to offer precise, accurate, and rapid results. Therefore here are the four main components of an Industrial Robot:
The manipulator works as the arm that moves different product resources in multiple directions.
The controller functions as the “brain” of the robotic system. Further, the controller maintains various programming codes and receives signals from sensors and input devices. Moreover, it processes the signals and provides various results.
- Human Interface Device:
This component refers to programming the arm (manipulator) and controller for various movements.
- Power supply:
The power supply is the final component, and it signifies the resources industrial robots use to perform tasks. Moreover, there are various energy sources that fuel the controllers and actuators.
Firstly, ABB is a leading manufacturer of Industrial Robots and solutions. Moreover, the company caters to over 53 countries and deploys more than 400,000 robots globally. ABB robotics is also a pioneer of their industry that offers robotics, machine automation, and digital services. For instance, ABB’s New IRB 5710 and IRB 5720 offer great support for electric vehicles. It also increases the speed and flexibility of production. According to Joerg Reger, Managing director of ABB Robotics’s automotive business line, “These new robots accelerate ABB’s continuing expansion into the rapidly growing EV market, meeting customer demand for robust units with the speed, path accuracy, and dexterity to handle complex EV battery assembly duties”
Yaskawa’s Motoman, an all-electric industrial robot, is one of the oldest examples. Moreover, the company has become a market leader in its field since Motoman’s launch in 1989. Further, there are more than 400,000 Motoman industrial robots globally. Moreover, the company develops products and solutions for almost all industries that need robotic applications.
KUKA is a German manufacturer of industrial robots and systems that help in factory automation. Since 2016 the Chinese company Midea Group now owns the world’s leading supplier. Moreover, the company offers a wide range of industrial robots according to business and operational requirements. KUKA’s Six-axis robots come in all sizes that bring in various payload capacities. It also helps businesses with its variety of reach and variants for different industries. The company also offers HRC-capable lightweight robots, heat, and dust resistant robots, palletizing robots, etc.
EPSON’s industrial robots help reduce costs, enhance productivity, and acquire opportunities for businesses. It also offers award-winning SCARA and 6-axis robots to various industries. EPSON’s SCARA robots provide over 300 models ranging from 175 mm to 1000 mm in reach. It also supports payloads up to 20 Kgs and reduces the repeatability to 5 microns. Hence, EPSON’s SCARA is a great example of an industrial robot due to its precision and automation capabilities. Therefore, it provides higher speed and higher accuracy which makes it a market leader.
In conclusion, industrial robot examples display the execution of various functions and operations in the manufacturing processes. Moreover, it offers insights into the companies that produce the robotic solutions that enable the manufacturing industry.
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