Lubrication-free and maintenance-free technologies and components from igus are already playing a central role in most assembly kits and blueprints for 3D printers. Tribologically optimised high-performance polymers ensure enhanced 3D printing technology and lower costs. With its modular motion plastics system, igus enables maximum design freedom for self-constructed 3D printers: drylin linear plain bearings are almost noiseless as no metal bearings are used, and dryspin® lead screw nuts ensure efficient and precise adjustment of the print bed. In addition, energy chains from igus increase machine operating times, as a result of which corkscrews and general cable failures are a thing of the past. Extremely constricted installation spaces, very small bend radii, short assembly times-profit from our wide range of products with no minimum order quantity.
Our engineers have developed a high-temperature printer especially for the processing of high-temperature filaments, the design data of which you can download for free and use for building your own high-temperature printer:
Do you require individual, wear-resistant components for building your 3D printer or are looking for solutions for quickly manufacturing abrasion-resistant prototypes or small volumes?
Then you can use the igus 3D printing service: simply upload CAD, select material and compare prices right away. The completed parts are ready to ship in one to three days. We also offer 3D printing materials for food contact, ESD protection, fire safety and further special properties.
Zero-backlash lead screw nut
The 3D printer from Cobot impresses not only with its large installation space but also with its innovative design. The few installed parts are fail-safe and give the machine a modular and quickly assembled design. Our drylin linear technology enables completely lubrication-free and maintenance-free operation.
Where there is little installation space, space-saving products and cables with tight bend radii are in demand. A completely ready-to-install complete solution consisting of energy chain, cables, drylin linear bearings and motor unit fits into the compact design of this 3D printer from EVO tech GmbH.
High running performance, lubrication-free and robust: these are the requirements for linear components in 3D printers. Even in the first serial printer from Kiel-based company Kühling&Kühling, the drylin linear bearings used must withstand high accelerations and temperatures of up to 80°C.
This 3D printer allows rapid creation of plastic prototypes. The printer is characterised by a high degree of flexibility, which is achieved, among other things, by a print head for two filaments and linear guides with flexible magnetic joints. For fast, low-noise and precise movements, the developers relied on our drylin linear guides and carriages.
This laser-based 3D printing machine creates custom metal parts from titanium, aluminium, steel, or even gold. The printing process requires maximum precision when applying metal powder layers at high temperatures. For this reason, the manufacturer relies on a drylin linear guide system.
The central element of a 3D DLP resin printer is the Z axis motion system. A solution was sought here that guarantees high accuracy and is cost-effective.
Our iglidur bearings and drylin linear guides ensure, among other things, smooth movement of the pressure carriage and a minimum print resolution of 37.5 micrometres.