Gears are at the heart of many mechanical systems. They drive machines, make precise movements in robots possible and are indispensable in gearboxes and vending machines. Customised and durable gears are increasingly in demand. For this reason, igus has now developed a new 3D printing resin for the DLP process with iglidur i4000. The innovative material has been specifically designed for the special requirements of gears. Compared to conventional 3D printing resins, it offers a 13 times higher elongation at break and a five times longer service life.
From service robotics to medical technology to vehicle equipment: consumers are getting used to automated motion systems. To realise them in confined installation spaces, igus has developed the new, low-maintenance and electric telescopic extension drylin NTM-45.
If a conveyor belt in the woodworking industry breaks down due to a defective flange mounted bearing, every second costs money. To reduce assembly work by up to 80% in such an emergency, igus presented new flange mounted bearings from the igubal series at the LIGNA 2025 trade show in Hanover. The bearings made of robust high-performance plastic are divided into two parts and can be replaced without dismantling the shaft.
With their own trainee company “reguse”, the trainees and students of the Cologne-based company igus ensure that old electronic devices from igus employees find a second life within an environmentally friendly circular economy. They donate part of their annual turnover to charitable organisations. This year, €5,000 will go to the animal welfare organisation Notpfote Animal Rescue from Neuss.
After the start in Germany and successful stops in Asia, the igus:bike world tour is now continuing its journey in Europe. The launch in Spain marks the start of a new stage in the global mission: to raise awareness of a functioning circular economy for plastics. The aim of this world tour, which will also include the USA and Brazil after Europe, is to drive 6,000km without any lubricants, maintenance or rust.