
The biggest step we’ve taken recently has been the enhancements in connectivity, using our unique desktop software. We’ve delivered ways for you to monitor and control your filament manufacturing process
The biggest step we’ve taken recently has been the enhancements in connectivity, using our unique desktop software. We’ve delivered ways for you to monitor and control your filament manufacturing process
Our focus has always been with the functional performance of our machines, and we then make the aesthetics work around that. We believe that’s how great extruding equipment should be
We’ve recorded a quick video to demonstrate how to change the barrel on a Noztek Extruder. this is specifically geared for The Noztek Pro and Noztek Touch (including HT models)
We’ve made some videos to give you a clearer engagement with our extrusion machine designs. We wanted to give a more intimate look at the quality of the build, and
This newly released package displays how Noztek’s advanced components, when used together, comprise the pinnacle of desktop extrusion. Including everything you need to maintain controlled quality from pellet to spooled
The Project The Noztek Pro is extruding wood. And not just any wood.. VioniloDigitale Creator Harris Matzaridis had the vision of 3D printing one of the most intricate and stunning
We recently had a customer request to develop an Xcalibur extruder capable of extruding at 750°C, There are a number of options regarding high temperature heater bands, but we decided
Microwave dielectric characterisation of 3D-printed BaTiO3/ABS polymer composites “Microwave dielectric characterisation…” where the Noztek Pror extruder was heavily used to produce the results. From Oxford University, UK The BaTiO3 microparticles
Noztek have upgraded the Touch and the Touch HT (with the pre-heaters) PCB board so that end user can control the pre-heater band independently. This is a useful option when
The below video shows the Noztek Xcalibur extruding tin. The footage was sent to us by our friends at Sheffield University, who are experimenting extruding metal alloys using our most