Articles and background information on the topic
In order to implement customer-specific system solutions for process automation economically, ANT Antriebstechnik relies on close cooperation with selected specialist companies from the fields of electrical engineering, control technology and switch cabinet construction.
read more...Pick and place in food production. ASA is focusing on a compact high-speed pick and place application for handling folding cartons in the food sector.
read more...Scaglia Indeva is presenting a special feature at Automatica: with the Indeva Modulo modular system, users can design and assemble their very own safe gripping tool and modify it as required.
read more...Goudsmit has developed a magnetic power gripper. According to the manufacturer, the magnetic gripper can be used as a lifting magnet for picking up or gripping heavy ferromagnetic parts from 6 mm.
read more...Servo-electric cobot gripper. For use with cobots, Weiss Robotics offers the CRG 200, a smart servo-electric gripper module that has been developed for cooperation between man and machine.
read more...Schmalz has developed a flow gripper (SCG) designed to safely transport plastic parts and printed circuit boards. The vacuum is built up in a very short time and therefore enables very fast handling cycles.
read more...Working from a conveyor belt is an efficient method of producing components from sheet metal directly on site, i.e. on an assembly machine. For parts with complicated shapes, this eliminates the often expensive handling process of "arranging".
read more...With the electric gripper swivel unit EGS from Schunk in size 40 from the 24V modular system, parts weighing up to 0.55 kilograms can also be picked up and rotated in a compact space.
read more...Easy Robotics presents its new intelligent solution Profeeder Q, which is designed to simplify the loading of CNC machines with the help of a transportable robot cell, a robot arm and gripper as well as a mobile transport container for workpieces.
read more...Automated, networked production systems are needed to make the smart factory a reality. Henrik Schunk explains how Schunk is creating the conditions for this with intelligent components in the run-up to Automatica.
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