The work of an industrial robotics electromechanic is a key role in the design, installation, maintenance and repair of advanced robotic systems used in industry. An industrial robotics electromechanic specializes mainly in the operation and maintenance of industrial robots and related infrastructure.
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Electromechanic:
- drive systems
- industrial automation
- industrial robotics
- measurement and quality control
- material transport
Robotics and automation
The difference between industrial robotics and industrial automation is mainly in the scope of responsibilities. Firstly – Industrial robotics mainly focuses on the design, installation, programming and operation of industrial robots. Secondly, industrial automation covers a wider range of tasks. It mainly concerns the automation of production processes.
An industrial robotics electromechanic builds and maintains various types of robotic systems. Including manipulation robots, welding robots, assembly robots, painting robots, and mobile robots. In addition, it also maintains robot-related infrastructure, such as conveyor belts, docking stations and vision systems.
Types of industrial robotics systems
Industrial robotics systems include various types of robots and infrastructure used in manufacturing processes. Here are some examples of different types of industrial robotics systems:
- Manipulation robots: These are the most common type of industrial robots that are designed to perform a variety of manipulation tasks, such as gripping, moving, arranging and assembling elements. Examples are SCARA robots, Cartesian robots, delta robots.
- Welding robots: These robots are specially designed to weld various structural elements, ensuring precision, repeatability and high quality welds. Examples include TIG, MIG/MAG, and point robots.
- Assembly robots: These are robots used to assemble various components or elements into final products. They can be used for electronic assembly, mechanical assembly, integrated circuit assembly, etc.
- Painting robots: These robots are used to automatically paint the surface of products, which ensures even paint application and high-quality finish. Examples include painting robots used in the automotive, aviation, furniture industries, etc.
- Palletizing robots: These are robots specially designed to place products on pallets or other packaging, which enables efficient and precise packaging and transportation of goods.
- Mobile robots: These robots are equipped with a mobile platform and are able to move around a factory or warehouse to perform a variety of tasks, such as transporting goods, inspection, and data collection.
- Collaborative robots (cobots): These are robots designed to work safely with humans within the same workspace. Cobots are used for various tasks such as assembly, inspection, packaging, etc.
- Vision robots: Robots equipped with vision systems capable of identifying, locating and manipulating objects based on image data. They are used in assembly processes, sorting, quality inspection, etc.
Industrial robotics electromechanic – demand
The types of industries that show the greatest demand for industrial robotics electromechanics are the automotive, electronics, metallurgical industries, as well as the food and pharmaceutical industries. These economic sectors are increasingly using advanced industrial robots to automate production processes and increase efficiency.
Finally, a well-built industrial robotics system can significantly impact a company’s operations by increasing efficiency, flexibility and production quality. Moreover, industrial robots can perform tasks faster, more accurately and without interruptions, which leads to cost reduction and increased company competitiveness. In addition, the use of industrial robots can also reduce the risk of accidents and injuries in the workplace. As a result, while improving working conditions for employees.
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