Adaptive suction cups for irregular surfaces: Traditional suction cups may struggle to grip objects with uneven or rough surfaces. Adaptive suction cups incorporate advanced materials and design elements to conform to such feelings, allowing for a more secure grip.
The primary component is the suction cup, often made of flexible and durable materials such as silicone or rubber. This flexibility allows the suction cup to conform to various shapes and contours, providing a reliable seal against the lifted object.
The electrodes have to be handled precisely to achieve best battery performance but with low mechanical stresses induced to the electrodes. Especially lifting of electrodes with state-of-the-art area vacuum grippers causes immense mechanical stress which can lead to damage of the electrodes resulting in the failure of the whole cell.
For the anode copper-foil is used usually coated with graphite. For the cathode aluminum- foil is usually coated with a lithium-oxide, e.g. LiCoO 2 . The way of handling the electrodes during the production process of lithium-ion batteries depends on the packaging technology.
Inspect the suction cups regularly for wear, damage, or debris accumulation. Clean the suction cup surfaces and ensure proper storage when not in use. These simple maintenance practices can help maintain the gripping performance and extend the lifespan of the suction cups.
Temperature variations can affect the flexibility of the suction cup material, potentially compromising the seal. Likewise, changes in atmospheric pressure can influence the gripping force. Moisture or contaminants on the surface may also hinder the suction cup’s ability to form a reliable seal.