POPULAR APPLICATIONS OF INDUSTRIAL ROBOTS

An industrial robot is a robot system that is used in production. Industrial robots are computerized, programmable, and allowed to move on three axes or more. Typical robotic applications involve welding, painting, installation, disassembly, selection and placement of electronic components, packaging and branding, stacking pallets, product examination and evaluation; all done with high endurance, accuracy and speed. They can support in handling materials. Over the last few years, the deployment of industrial robots over production facilities has expanded rapidly. Through enhancing efficiency, accuracy, performance and versatility, robotics companies like Fanuc Robots have enabled businesses to boost productivity at a minimal cost. In large manufacturing plants, they can be seen doing a variety of activities with accuracy. The popular application of industrial includes:

• Materials handling robots:

Robot handling materials are used for transporting, packing, and picking items. They can also optimize functions that involve the transfer of components from one piece of machinery to the other. Direct labor costs are reduced, reducing much of the repetitive and dangerous activities usually carried out by human labor.

• Robotic automation for machine tending:

The method of loading and unloading raw materials into machines for manufacturing and supervising the equipment while it is doing a job is robotic control for machine tending.

Robotic painting:

Robotic painting is being used in automotive manufacturing and several other fields, as it improves product consistency and quality. Cost savings are also achieved from less rework.

Robotic picking and packaging:

Most products are processed several times before the final shipment. Robotic picking and packaging tend to increase speed and efficiency and lowers the cost of production.

• Assembly:

Robots assemble the items regularly, removing boring and exhausting jobs. Robots are rising performance and reducing operating costs.

• Mechanical cutting, buffing, and polishing:

Constructing dexterity into robots offers a manufacturing option that would otherwise be very hard to automate. The production of orthopedic implants, such as knee and shoulder joints, is an aspect of this. It can generally take 45-90 minutes to buff and paint a hip joint by hand, whereas a robot can do the very same task in just a couple of minutes.

• Adhesive Sealing:

Sealer robots are constructed with various arm configurations that allow the robot to attach adhesives to any type of product. The primary advantage of this implementation is improved end product efficiency, volume, and accuracy.

Although the most popular uses and forms of industrial robots might have been these stated above. In the intervening years, robots were called upon to perform very specific jobs, usually at a fixed position. But they are progressing drastically today, thanks to environmentally friendly sensors that influence their form factor and usability. Now these interactive robots, or co-bots, are working alongside factory workers, doing a portion of all the things people do. The emergence of sensors has allowed them to work with individuals in an environment and to collect data about their surroundings. As a consequence, we can gather data for full traceability and comprehensive data analysis on any step of the production process to make better choices for the coming years.