Speed and cost are primary factors of most decisions made by designers when looking at new parts. With 3d printing as an option, this reduces manufacturing time and reduces cost so it is not surprising that people are using this service for replacing metallic grippers. This blog highlights the main benefits of 3d printed grippers in comparison to traditional metal ones
There are so many applications where 3d printing a part has become beneficial over expensive replacements. This blog highlights a couple of applications where igus® have 3d printed some replacements parts. From the automotive industry to pushchairs!
In a world where prevention is better than cure, having “intelligent” industry 4.0 products can help the prevention of wear and breakdowns. With the isense range of igus® products, this “talking” between the component and the controller is essential to save time and money.
If a polymer gear can do what a metal one can do but is more cost-effective, you can have design flexibility and they can be produced in less than a week, ask yourself why you aren’t 3D printing your gears….
The 3d Printing product manager , Dean Aylott wanted to do even more than he already was with his day to day work. igus® are already working alongside the NHS but Dean wanted to take this one step further and personally invested in a 3d printing machine. Here is how his 3d printing journey unfolded and how he is doing his bit to help our key workers.
At igus®, we recognise the importance of wear and friction in industry. It comes as no surprise, then, that our core beliefs are based on wear-resistant polymers that naturally minimise wear and increase the service life of parts. Thanks to their tribological properties, our iglidur® parts are ideal for myriad applications and industries.
A house made by a 3D printer is no longer just a dream. Did you know the ‘Europa-Haus’ in the...
igus, the motion plastics specialist, has undertaken extensive research and development into 3D printing filament in order to offer its...