AUTOMATION AND ROBOTISATION

AUTOMATION AND ROBOTISATION

Industrial automation and robotisation is constantly evolving throughout the world and covers all sectors. In the past, both automation and robotisation were mainly used in the automotive industry, while today they are penetrating almost all areas of human activity. They can be found in the aeronautical, food and woodworking industries, as well as other sectors in various activities, such as painting, dying, cutting, polishing, etc. It is a masterpiece that causes admiration, even among the most demanding.

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Robotisation is used in industries where flexibility is required, while automation is suitable for jobs where elements of the same dimensions are repeatedly produced.

While there is an ongoing global debate about displacement of human labour in favour of automation and robotisation, we at Nopromat believe that robots and employees work hand in hand, namely, robots relieve employees of the burden of work in the production of harmful products, physically demanding work or work carried out under dangerous working conditions and, last but not least, monotonous work. With the introduction of automation and robotization, companies contribute to greater competitiveness and economy in production. Shorter production times, reduction of production costs and an increase in productivity lead to a higher profit for the company. By avoiding the human factor in the production process, it is possible to achieve uninterrupted production, stable processes, guaranteed constant quality of the final products and greater flexibility to meet market requirements.

Industrial automation and robotisation is constantly evolving throughout the world and covers all sectors. In the past, both automation and robotisation were mainly used in the automotive industry, while today they are penetrating almost all areas of human activity. They can be found in the aeronautical, food and woodworking industries, as well as other sectors in various activities, such as painting, dying, cutting, polishing, etc. It is a masterpiece that causes admiration, even among the most demanding.

MORE

Robotisation is used in industries where flexibility is required, while automation is suitable for jobs where elements of the same dimensions are repeatedly produced.

While there is an ongoing global debate about displacement of human labour in favour of automation and robotisation, we at Nopromat believe that robots and employees work hand in hand, namely, robots relieve employees of the burden of work in the production of harmful products, physically demanding work or work carried out under dangerous working conditions and, last but not least, monotonous work. With the introduction of automation and robotization, companies contribute to greater competitiveness and economy in production. Shorter production times, reduction of production costs and an increase in productivity lead to a higher profit for the company. By avoiding the human factor in the production process, it is possible to achieve uninterrupted production, stable processes, guaranteed constant quality of the final products and greater flexibility to meet market requirements.

GRINDING

Grinding is fine processing of material by means of cutting, with which we can achieve high precision and exceptional quality of the processed surface. Grinding can be used to process various materials, such as metal, wood, glass, plastic, concrete and very hard materials, which is especially advantageous when finishing tempered objects. The advantages of robotic grinding compared to traditional CNC machines are higher returns, greater flexibility and a larger working area as well as lower energy consumption.

The robot grinding cell processes parts that must achieve a smooth surface. The robotic cell consists of a robot that is responsible for dosing and placing the work pieces on the grinding units. The grinding units are pneumatically controlled and, of course, equipped with grinding belts. During the grinding process, dangerous dust particles are distributed in the room, which is why the robot cell is equipped with a vacuum cleaner. A robotic grinding cell prevents employees from having to perform heavy, demanding and harmful tasks.

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Nopromat is an ambitious, creative, and development-oriented company, and we are used to thinking outside the box. There is no such thing as mediocrity in our company, because nobody admires mediocrity. That is why we have decided to offer a top product in grinding as well, with which you will achieve the best results and top quality. For this purpose we use ACF technology (Active Contact Flange), which gives the robot touch sensitivity and enables it to perceive the environment. Unexpected disturbances and/or deviations are compensated with exceptional sensitivity and speed. In production processes that require controlled and/or constant machining force, sensitivity and force dosage, ACF technology allows the industrial robot to have the sensitivity of a human hand while ensuring precision in repeatability, short cycle times, high quality standards and data collection and analysis.

GRINDING

Grinding is fine processing of material by means of cutting, with which we can achieve high precision and exceptional quality of the processed surface. Grinding can be used to process various materials, such as metal, wood, glass, plastic, concrete and very hard materials, which is especially advantageous when finishing tempered objects. The advantages of robotic grinding compared to traditional CNC machines are higher returns, greater flexibility and a larger working area as well as lower energy consumption.

The robot grinding cell processes parts that must achieve a smooth surface. The robotic cell consists of a robot that is responsible for dosing and placing the work pieces on the grinding units. The grinding units are pneumatically controlled and, of course, equipped with grinding belts. During the grinding process, dangerous dust particles are distributed in the room, which is why the robot cell is equipped with a vacuum cleaner. A robotic grinding cell prevents employees from having to perform heavy, demanding and harmful tasks.

MORE

Nopromat is an ambitious, creative, and development-oriented company, and we are used to thinking outside the box. There is no such thing as mediocrity in our company, because nobody admires mediocrity. That is why we have decided to offer a top product in grinding as well, with which you will achieve the best results and top quality. For this purpose we use ACF technology (Active Contact Flange), which gives the robot touch sensitivity and enables it to perceive the environment. Unexpected disturbances and/or deviations are compensated with exceptional sensitivity and speed. In production processes that require controlled and/or constant machining force, sensitivity and force dosage, ACF technology allows the industrial robot to have the sensitivity of a human hand while ensuring precision in repeatability, short cycle times, high quality standards and data collection and analysis.

SCREWDRIVING WITH COLLABORATIVE ROBOTS (SCREWDRIVERS FIAMM, FANUC)

In our mission to improve and simplify the work process for employees as much as possible and to increase the efficiency and success of the company, Nopromat is also committed to close cooperation between robots and workers. The fact that this is possible and desirable is demonstrated when working with collaborative robots. Today’s collaborative robots meet the highest safety standards and the employee, in addition to the robot, can perform his work in complete safety. This is ensured by safety and force sensors, which stop the robot at the slightest touch. The collaboration between robot and human improves the speed and efficiency of the work process, to which everyone contributes with their best qualities.

SCREWDRIVING WITH COLLABORATIVE ROBOTS (SCREWDRIVERS FIAMM, FANUC)

In our mission to improve and simplify the work process for employees as much as possible and to increase the efficiency and success of the company, Nopromat is also committed to close cooperation between robots and workers.

VEČ

The fact that this is possible and desirable is demonstrated when working with collaborative robots. Today’s collaborative robots meet the highest safety standards and the employee, in addition to the robot, can perform his work in complete safety. This is ensured by safety and force sensors, which stop the robot at the slightest touch. The collaboration between robot and human improves the speed and efficiency of the work process, to which everyone contributes with their best qualities.

PAINTING OR COATING WITH OTHER MATERIALS

Our passion and motivation to find the best solutions for your company are driven by our wish to make work easier for the employees, to protect them from harmful work processes, and to save them long hours of monotonous and arduous work. We want to produce robots that work for the employees and enable them a better quality of life.

One of those examples is the robot for painting and coating with other materials. The industrial use of robots began precisely in the field of powder coating, where working conditions are extremely difficult and hazardous to health. Protection of employees is the main reason why robots are used in various industrial sectors for painting and coating with other materials. Other advantages of such robots are consistent quality, higher productivity, easy access, the possibility of using them in hazardous environments and, of course, higher precision of the product.

PAINTING OR COATING WITH OTHER MATERIALS

Our passion and motivation to find the best solutions for your company are driven by our wish to make work easier for the employees, to protect them from harmful work processes, and to save them long hours of monotonous and arduous work. We want to produce robots that work for the employees and enable them a better quality of life.

VEČ

One of those examples is the robot for painting and coating with other materials. The industrial use of robots began precisely in the field of powder coating, where working conditions are extremely difficult and hazardous to health. Protection of employees is the main reason why robots are used in various industrial sectors for painting and coating with other materials. Other advantages of such robots are consistent quality, higher productivity, easy access, the possibility of using them in hazardous environments and, of course, higher precision of the product.

PALLETISATION AND FEEDING

The goal of automation and robotization is to increase profit and competitiveness of the company and at the same time to relieve the employees from heavy and dangerous work processes. This certainly includes palletizing and feeding. Palletization is part of the production, transport, storage and distribution process, which has an impact on reducing costs, increasing work efficiency, rationalizing production processes and increasing productivity.

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The palletization process can vary greatly from one industrial sector to another, both because of the different types of packaging and products, and because of the types of pallets and additional functions required by each company in its specific palletizing process. We at Nopromat are aware of this, so we adapt every solution to different types of industry. We like creating something that only you will have and no one else. Something that will perfectly adapt to your needs and provide you with the best results. That is why we pay particular attention to the grips of the industrial robot for palletizing, as well as a series of additional functions that contribute to the optimization of the palletizing process. Automation of feeding by robots is another process that helps companies increase their productivity and product quality. In order to avoid manual handling and handling with products, companies are increasingly opting for industrial robots, which they integrate into their systems for moving, loading or dismantling and transferring of parts (tools), i.e. for feeding. Industrial robots for handling and manipulation robots are an excellent investment as they allow higher return on investment with lower labour costs, relieving workers of monotonous and arduous work, and they do this quickly and precisely, with the ability to work all day long.

PALLETISATION AND FEEDING

The goal of automation and robotization is to increase profit and competitiveness of the company and at the same time to relieve the employees from heavy and dangerous work processes.

VEČ

 This certainly includes palletizing and feeding. Palletization is part of the production, transport, storage and distribution process, which has an impact on reducing costs, increasing work efficiency, rationalizing production processes and increasing productivity. The palletization process can vary greatly from one industrial sector to another, both because of the different types of packaging and products, and because of the types of pallets and additional functions required by each company in its specific palletizing process. We at Nopromat are aware of this, so we adapt every solution to different types of industry. We like creating something that only you will have and no one else. Something that will perfectly adapt to your needs and provide you with the best results. That is why we pay particular attention to the grips of the industrial robot for palletizing, as well as a series of additional functions that contribute to the optimization of the palletizing process. Automation of feeding by robots is another process that helps companies increase their productivity and product quality. In order to avoid manual handling and handling with products, companies are increasingly opting for industrial robots, which they integrate into their systems for moving, loading or dismantling and transferring of parts (tools), i.e. for feeding. Industrial robots for handling and manipulation robots are an excellent investment as they allow higher return on investment with lower labour costs, relieving workers of monotonous and arduous work, and they do this quickly and precisely, with the ability to work all day long.

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