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Advanced Engineering 2021

NEC Birmingham(B40 1NT)

03/11/2021 - 04/11/2021

Join us in our 12th and most important edition to date, as we invite engineers and management from all (more)

New Igus SLS material for electrostatically conductive wear-resistant parts

New Igus SLS material for electrostatically conductive wear-resistant parts

For safe and reliable production in the electronics and semiconductor industry, components are required that have electrostatically conductive properties. This is because even a small electric shock can destroy expensive production lines. Igus has now developed a new stable material for the SLS method so that users can make their wearing parts with ESD properties flexibly and cost-effectively. The lubrication-free special parts made of iglidur I8-ESD can be printed and shipped within just few days.

Wear-resistant parts in the electronics and semiconductor industry are not only required to have a long service life but must also be electrostatically conductive, because a surge of electrostatic charge that is not dissipated by an insulating material can easily destroy the product. For the fast-additive manufacture of electrostatically conductive special parts, Igus has now developed a new iglidur tribo-polymer. The new iglidur I8-ESD is the third material that Igus offers for the SLS method.

The advantages of this method are evident: the user has a great deal of design freedom and can make the component without any tool costs. Moreover, no plastic waste is produced as the excess powder can be used several times and printed parts can be recycled. The parts made of the new SLS powder - like all Igus materials - need no additional lubrication and are very structurally stable.

“With iglidur I8-ESD, we now include a 3D printing tribo-polymer in our product range that has the capability of electrostatic discharge this reducing the risk of static build up,” explained Dean Aylott, product manager for additive manufacturing at Igus UK. “In addition, the material is inherently black. As a result, subsequent colouring is not necessary, whereby costs are lowered and the delivery time is improved. The user receives a very durable component that comes with all the desirable ESD properties.”


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