Titan Extruder-Standard-3mm Bowden Adapter-Titan Motor and Bracket (Titan-EXT-ST-+BR-+MTR-+BA300)

Titan: A Next-Generation Extruder for your 3D Printer Titan brings high-performance, lightweight extrusion to everyone! All the benefits of geared extrusion in a lightweight, punchy little package. 01. Performance With 3:1 gear reduction, precision milled hobbed gearing and E3D engineering, we?ve developed Titan to push with awesome power, while also being incredibly light and compact. 02. Power The gear ratio means you?re able to use lighter motors as you?ll need less torque for the same filament pushing force – so direct drive systems have a lighter moving carriage, and bowden-style printers become powerful, reliable little beasts when combined with your E3D V6 HotEnd. 03. Push Titan fits perfectly into E3D?s modular ecosystem, Titan works for all configurations of bowden, direct extrusion, 1.75mm and 3mm. To switch filament diameters only the filament guide needs to be swapped out, and both 3mm and 1.75mm versions are supplied with every Titan. To use Titan as a bowden extruder you just insert a bowden adaptor into the body instead of a HotEnd. 04. Speed Extruders with high gear ratios often struggle with snappy retracts and keeping up with Volcano for big, fast printing. Titan’s balanced gearing ratio of 3:1 means that you can cope with fast extrusion situations like Volcano, and the lightweight gear-set gives snappy retractions. 05. Resolution. Performance, Power, Push. Titan brings high performance, lightweight extrusion to everyone. Titan can be mounted on most RepRap 3D printers to improve extrusion, and works well with all E3D HotEnds. Direct-drive extruders can have issues with ?pulsing? of flow, because the lower resolution of filament motion results in filament being extruded in pulses. This results in a slight wavy surface finish, and is particularly prevalent when printing at low layer heights. Using 3:1 gearing triples the resolution of the system and allows for smooth printing at the lowest of layer heights, using the smallest of nozzles.