DiamondBack Polycrystalline Diamond (PCD) nozzle for 3D printing uses a solid diamond substrate rather than a coating, designed to handle challenging applications. It delivers easier cleaning, reduced tip clogging, improved layer adhesion, compatibility with any filament, longer life, lower operating temperature, and unmatched wear resistance. Key benefits Solid diamond tip (not a coating) provides exceptional hardness and wear resistance. Improves printing precision and layer adhesion through heat transfer from the hotend into the filament. inclass thermal conductivity helps maintain stable temperatures during printing. Easy to clean and resistant to tip clogging; compatible with a wide range of filaments. Longer tool life due to the wearresistant properties of polycrystalline diamond. Lower operating temperature and reduced wear contribute to extended nozzle durability. Material and performance highlights Solid polycrystalline diamond substrate, not a diamond coating. Diamond is the hardest material with thermal conductivity, enabling efficient heat transfer through the nozzle. Low friction and fracture toughness enhance durability and consistency across prints. Longevity and durability The Polycrystalline Diamond (PCD) used in every DiamondBack nozzle significantly extends overall life. Features extreme hardness, wear resistance, and thermal conductivity, along with low coefficient of friction and fracture toughness. In other applications, this configuration can extend tool life from 2 to 8 times compared with tungsten carbide and other hard metals. Frustration assembly Revo Nozzle combines the nozzle and HeatBreak in one preassembled unit. Eliminates hazardous hottightening and reduces the risk of incorrect assembly. Helps prevent hotend leaks and supports reliable 3D printing. Use scenarios detail prototypes and functional parts that require precise geometry and strong layer adhesion. Printing with a wide range of filaments where nozzle wear and clogging are concerns. Longduration prints or productionlike runs where reliability and reduced maintenance are important.