Articles and background information on the topic
With its electric drives for small sizes, SMC aims to meet the demand for ever more compact and networked drive solutions. The compact slides in the LES series, for example, correspond to a height of 35 mm and a maximum stroke of 75 mm for size 8.
read more...Edag has developed a media-free gripper system for individual car body parts that is additively manufactured, which means it weighs less and is easy to assemble. The gripper is particularly suitable for simple handling tasks as well as for other gripper activities with low loads.
read more...The multifunctional gripper from Roteg is equipped with numerous sensors and enables multifunctional handling of different packages. The palletized goods consist of differently shaped containers and require differentiated handling technology.
read more...Automated machine loading. With Gripkit-PZ, Weiss Robotics offers the first fully integrated gripping solution for machine loading with universal robot arms.
read more...With the SM-4 series, Friedemann Wagner offers a compact quarter-turn actuator for small installation spaces. With an effective torque of 0.3 Newton meters, the mini module can handle up to 3.5 kilograms per square centimetre of inertia.
read more...Together with system partner Klocke Engineering, Yaskawa is presenting a new training cell and a modular robot cell for palletizing workpieces on CNC machining centers at Nortec.
read more...The Vogel Group produces interior and exterior parts such as consoles and sills for cars from plastic granulate. Six LPG forklifts and two three-wheel electric forklifts from Mitsubishi are available around the clock to ensure that the production flow does not come to a standstill.
read more...The drone gripper from Röhm enables the unmanned transportation of tools or other products in production halls. It was developed in cooperation with the Fraunhofer IAO and the Industry 4.0 experts from Digital Worx.
read more...Motors in robotics must be lightweight and deliver a high torque at the same time. Only then can arms and grippers be moved dynamically. However, DC motors cannot always be optimally integrated into a structure, and standard solutions reach their limits.
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