Tag Archives: EFFICIENCY IN THE PLASTIC INDUSTRY THANKS TO AUTOMATION

THE NEW COBOTS FOR VERSATILE PRODUCTION DTP SERIES

HC10DTP and HC20DTP are the two new six-axis collaborative robotic arms for applications such as assembly, dispensing, machine maintenance, material handling, packaging and welding. Designed by Yaskawa Motoman. Each robot has four modes of collaborative operation and can switch between collaborative speed in PFL mode and maximum speed in industrial mode, meeting established safety requirements

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ARTIFICIAL INTELLIGENCE AND ROBOTIC TOOLS, THE BEST ALLIANCE FOR INDUSTRIAL HANDLING

Pick and place activities are prevalent in most robotic applications, both in industry (machine care, assembly or palletizing / depalletizing), as well as service sectors. These autonomous procedures are, therefore, more than consolidated in specific organized contexts and with certain types of components. When components with high variability or in less situations must be handled,

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THROUGH AN APP, WELDING ROBOTS CAN BE PROGRAMMED WITH SMARTHPHONES

Hirebotics’ Cobot Welder is the new system for programming via the Beacon smartphone app, eliminating the requirement for programming skills. In addition, it includes the UR10e collaborative robot from Universal Robots. Welding is often considered a labor-intensive tack and lock technique found in many discrete manufacturing assembly activities. While many components of welding are still

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EFFICIENCY IN THE PLASTIC INDUSTRY THANKS TO AUTOMATION

EFFICIENCY IN THE PLASTIC INDUSTRY THANKS TO AUTOMATION

Greater efficiency, greater profitability and greater flexibility: there are several advantages that are attributed to the automation of robotic methods within the plastics industry, which ultimately contributes to the optimization of the process. For midsize plastics processing companies, automating the production process gives them an edge over their competitors, whether it’s operating injection molding machines

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