The industrial robots are being implemented where welding is executed in series. With these robots, it is possible to palletize and move products together with the product loading, as well as to move large-sized products.Īccording to the information posted on * developed based on a report from, welding is one of the most commonly robotized processes. Depending on the model, the articulated robots can lift workpieces weighing between 1 kg and 2 tonnes. Larger workloads and a wider working range, such as in palletizing, require industrial robots with a large payload and more axes. On the other hand, such an investment makes it possible to increase the efficiency of the plant and the quality of products.Īs one of the few integrators, we provide industrial robot programming for deburring and milling. Unfortunately, advanced stations require large financial outlays. The implementation of a robotic deburring station, in addition to a suitable robot, requires the use of several accessories that enable precise machining of workpieces. They make it possible for the robot to "see" the burr and properly remove it. The deburring process is used mainly in the foundry industry and in companies that use injection molds for the production of products. In which industries are deburring used and why is this process not commonly implemented in companies? That is why an industrial robot should be individually selected and programmed depending on the type of production line and product. These are precision processes that require flexibility from the robot. Grinding, honing, lapping, and polishing can also be applied to steel after milling. Both metal and plastic products can be milled or deburred. Milling and deburring are surface treatment processes that remove the excess material remaining on a component, whether after injection molding or other manufacturing processes. The advantages of SCARA robots are appreciated by the electronics, food, confectionery, automotive, and related industries. Besides, the compact design of these types of manipulators and their different assembly variants enable the creation of complex robot stations. Moreover, cooperation with high-speed vision systems enables their use in sorting processes and product quality control. These features make SCARA robots very well suited for precision assembly, dispensing, parts handling, or packaging applications. Their structure allows higher speeds compared to 5 or 6 axis robots with similar payloads. SCARA robots have high repeatability below 0.015 mm due to their unique design. What are the advantages of SCARA robots, and in which industries are they worth implementing? The moving velocity is, of course, dependent on the type of process, the tools used, and the associated equipment. This seemingly small device features by high speed (one of the highest among all industrial robots). For this purpose, SCARA robots are used, among others. Repetitive handling of workpieces in a high-performance production environment must be fast. We have described industrial processes which are worth robotizing in the company - check which ones can be implemented in your company.Īs part of a production line, the pick & place process is used for interleaving, sorting, stacking, and packaging parts, among other things. This type of robot is most often used in the electronics industry. In such a situation comes the implementation of cobots - or cooperating robots that perform activities directly with a human, complementing each other's tasks. It is also worth noting that in many of the processes complete automation is not possible. On the other hand, companies also face a deficiency of workers - in this situation, robotization will fill the production space not occupied by humans. Without them, the production environment could not function smoothly. The implementation of industrial robots, of course, does not mean the complete elimination of the human factor - machine operators, programmers, maintenance engineers, or technicians are also necessary for the industry. the process must be carried out accurately and repeatable.the worker is particularly exposed to chemical and dangerous substances,.the worker must perform monotonous or intensive physical work which may involve permanent loss of or damage to health,.The implementation of industrial robots is particularly important when: After all, faster manufacturing, packaging, and distribution times mean lower product costs. However, in rapidly growing companies, especially manufacturing, repeatability of actions and the speed of their implementation on a daily, monthly, and annual scale results in a significant increase in revenue. Especially when so far many mechanical operations were performed by employees. Investing in robotization is a big step for a company.
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