With multi-material printing, slide and wear-optimised 3D printing materials are combined with up to three other materials within a component. This allows a wide variety of material properties to be combined in a single part.
iglidur I150 and I151, which are especially wear-resistant, make it easy to use large-format components in large-scale mechanical engineering. Additive manufacturing can reduce material usage and costs by up to 80%.
The laser sintering material iglidur I6 is the third wear-resistant, 3D printing plastic that has been tested for contact with food and has been approved in accordance with the requirements of FDA as well as EU 10/2011. Special parts, prototypes and series for applications in the food and beverage industry can now be made in quantities of 1 to 10,000 in only 3 days.
Thanks to the incorporated solid lubricants, lubrication of the moving parts is not necessary and the special combination of materials reduces abrasion by a factor of up to 50.
iglidur I10, the new laser sintering material, is ideal for applications in the food and electroplating industries because of its very high chemical resistance.
Beta test phase commencement: contact us if you would like to test individual 3D printed chemical-resistant components.
The abrasion-resistant iglidur I151 filament can be used on any 3D printer, complies with EU 10/2011 and FDA food requirements, and is ideal for applications in the food and packaging industry.
The new fibre-reinforced 3D printing filament igumid P150, has been specially developed as a partner material for iglidur I150, for the manufacture of especially strong and simultaneously low-friction components produced with the multi-material printing process. Thanks to its great strength and rigidity, igumid P150 can be used to print stable structural parts and for lightweight construction with little need for material.
The components made with the multi-material printing process enable predictive maintenance for quickly manufactured special parts so that machine downtime and maintenance work can be reduced sustainably. Due to the sensor layer, the intelligent 3D isense components issue a warning before the wear limit is reached or if overloading occurs.
The free CAD configurator allows toothed belt discs to be configured according to required dimensions online in just a few clicks and ordered immediately in the 3D printing service. No CAD skills are necessary.
The free CAD configurator can be used to configure customised single and double gears with low tooth counts online in just a few clicks and order them immediately. No CAD skills are necessary.
iglide I8-ESD is an electrostatically discharging SLS material for long-lasting, abrasion-resistant 3D printed components. With the iglide gear service life calculator, you can quickly and for free determine the expected service life of 3D printed gears, made from iglide I8-ESD.