With the T20 of the drylin W series, igus is launching a new linear carriage on the market, which has the same dimensions as most classic carriages with recirculating ball bearing guides. This enables a quick 1:1 replacement – without any structural adjustments. By using drylin W, applications benefit from freedom from lubrication, a long service life, less cleaning effort and reduced weight.
Reducing environmentally harmful emissions from global shipping: with this goal in mind, the Spanish start-up bound4blue has developed a novel propulsion technology – fully automated sails that significantly reduce fuel consumption. Lubrication-free and maintenance-free plain and radial deep groove ball bearings from igus are used.
Man, machine – or both? Humanoid robots are no longer science fiction, they are reality. igus has been researching humanoid robotics for some time and is now presenting a prototype of the motion plastics bot at the Hannover Messe: a humanoid robot that combines the advantages of high-performance plastics and Low Cost Automation.
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.