According to Loup Ventures research, the industrial robot sector is predicted to grow by 175% over the next decade. Robotic machines are now a fundamental aspect of science and innovative engineering. They’re a work of art, designed to influence and optimize various production and assembly line procedures across several industries.
Understanding robots, their specifications, and implementation purposes aren’t as hard as it might seem. Many people also refer to them as a substitute or a replicate of human actions. Adidas, Nike, and Amazon, and many other renowned companies are already deploying modern robotics to make their manufacturing tasks more proficient.
Let’s talk more about the four most common types of robots, their features, purposes, and capabilities.
Painting Robots
The use of robots in painting processes isn’t new. Although older versions of paint robots were less innovative, manually operated, and bulkier, advanced technology and design have made them less complicated and more productive.
Deployment of paint robots in manufacturing and assembly line processes ensures low-cost production, persistent quality, and impeccable process efficiency. They work under defined trajectory requirements and follow a preset, high-standard quality criterion for paint application.
Paint robots are commonly used in the automotive, aerospace, and medical machinery manufacturers.
Welding Robots
According to OSHA, more than 4,500 factory workers have been seriously injured or died due to unsafe factory processes and machinery hazards in the last five years. And among the culprits, manual welding processes top the list!
Welding robots have enabled more effective workplace safety standards and implementation by replacing human interaction with hazardous electrical and mechanical equipment. They are used for arc welding, spot creation, and other high precision manufacturing procedures. These benefits make them a great addition to any manufacturing plant.
Assembly Line Robots
Putting parts together is the most fundamental step of any production line. And in the current tech-driven world, assembly line robots have developed a sweet spot between manual and automated assembly applications.
Some common types of assembly line robots include six-axis, SCARA, collaborative, and dual armed robots that ensure fast, steady, accurate, and error-free motion with six-degree freedom.
Material Handling Robots
Material handling robots are a great value addition to warehousing business. MH robots are designed with superior efficiency and precision, and they work like vehicles.
They come with a gripper, hydraulic lifter, carrier, and wheel axis to support and carry goods from one point to another.
Besides, MH robots are also deployed in manufacturing plants to move production parts from conveyor belts and storage bins to production or assembly line belts.
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