A pioneering robot technology developed by Saarland University promises to reduce energy consumption in industrial production by 90%. Utilizing lightweight shape memory materials, these non-pneumatic gripper systems avoid the drawbacks of traditional pneumatic robots, such as noise and wear. This new approach enables compact, flexible designs suitable for small-scale applications. The team, led by Professors Stefan Seelecke and Paul Motzki, aims to showcase this groundbreaking technology at Hannover Messe, positioning it as a significant step towards making industrial robots more energy-efficient and easier to interact with for human workers.
High levels of energy consumption in industrial production processes raise costs and worsen the climate crisis, necessitating innovations in robot technology.
A new robot technology under development in Saarland could reduce energy use by 90% compared to conventional systems, highlighting the potential for efficiency.
The new gripper systems utilize lightweight, shape memory materials, eliminating the need for pneumatic systems and providing a quieter and more durable alternative.
Saarland University researchers aim to showcase their energy-efficient robot technology at Hannover Messe, demonstrating advancements in industrial automation towards sustainability.
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