Whether in an industrial environment or in a coffee machine, in order to maximize the service life of a linear guide and to keep the required drive energy low, it is important to reduce friction and wear as much as possible. igus, a motion plastics specialist, has now achieved a breakthrough in tribological plastics: With iglidur E3, igus has developed a new sliding material that has a friction coefficient that is up to 40 percent better and thus opens up design flexibility in linear technology for users for the first time from the classic 2:1 Rule expanded to 3:1.
Almost no limits on long travels, high dynamics, long running times – these are the characteristics that distinguish the innovative igus drive-chain. The world’s first energy chain with its own drive ensures significantly longer running times on extremely long travels because hardly any push/pull forces act on it. Across the globe, rail-mounted automated stacking cranes (ASCs) in ports are just one of the applications that benefit.
Acoustic walls shift as if by magic. Rows of seats emerge from the floor, ascending step by step like in a cinema. Gepber Szinpad, a Hungarian company, won the 2022 gold vector award with a multifunctional hall that transforms at the touch of a button. The judges at the Hannover Messe named the multifunctional hall the most spectacular energy chain application in the last two years – out of 233 entries from 36 countries.
Cradle-to-cradle: This is the principle of the circular economy, which is abased on nature. The aim: to return consumer goods to the biological or technical cycle in order to conserve valuable resources and raw materials. The motion plastics specialist igus is also pursuing this goal and has now developed the world’s first energy chain made from recycled material on the basis of its own “chainge” e-chain recycling program.
With the iglidur i3000, igus is now presenting the world’s first 3D printing resin specifically for DLP 3D printing of wearing parts. This enables the additive manufacturing of particularly small, precise components with a service life that is 30 to 60 times longer than with conventional 3D printing resins. igus is also expanding its 3D printing service with DLP printers that achieve a resolution of 0.035 millimetres.