3mm x 0.6mm Brass Nozzle – M6 Thread V...

$ 68.40

The 3mm x 0.6mm Brass Nozzle – M6 Thread V5 V6 UM Compatible for Prusa 3D Printer is engineered for performance and compatibility. Ideal for users working with 3mm filament, this precision nozzle features a 0.6mm tip that strikes a balance between detailed prints and high-speed material flow. It’s fully compatible with the V6 ecosystem including Lite6, Titan Aero, UM hotends, and Prusa i3/MK2 printers. The internal design is optimized to reduce filament back-pressure and improve retraction response, resulting in clean, consistent extrusion. The custom-machined flat nozzle tip enhances the layer finish, especially on larger prints. Whether upgrading or replacing, this nozzle delivers reliable results for both hobbyists and professionals. �� Key Features Supports 3mm filament with 0.6mm output for speed and detail Precision machined flat tip for improved print layer smoothness Compatible with V6, Lite6, Titan Aero, Prusa i3/MK2, and UM hotends Reduces extrusion resistance with optimized internal flow M6 threading for secure installation Ideal for both high-detail and high-volume 3D prints �� Technical Specifications Product Type 3D Printer Brass Nozzle Thread Type M6 Filament Compatibility 3mm Nozzle Diameter 0.6mm Compatible Hotends V6, Lite6, Titan Aero, UM Compatible Printers Prusa i3, MK2, UM-series Internal Flow Design Optimized for reduced pressure Tip Geometry Flat – Custom machined Material High-quality Brass Net Weight Approx. 2g �� Applications Prusa 3D printing with 3mm filament Upgrading V6-compatible hotends Large-scale 3D models and parts High-speed printing with moderate detail Precision extrusion with smooth flow �� Why Choose This Nozzle? This 3mm 0.6mm Brass Nozzle for Prusa is the smart choice for clean extrusion, improved retraction, and reliable compatibility with leading 3D printer systems. A must-have for users seeking a dependable nozzle for diverse filament types and advanced prints. �� Package Includes 1 × 3mm x 0.6mm Brass Nozzle – M6 Thread