US Synthetic Diamondback Nozzles – V6 Compatible – Polycrystalline Solid Diamond Tip 3D Printer Nozzles, Improved Extrusion, Any Filament, Long Life, Wear Resistant, Layer Adhesion, USA Made (1.75mm x 0.25mm)

WARNING: We DO NOT recommend the 0.25mm nozzle for fiber-embedded filaments. HIGH QUALITY: The Diamondback Science team has been developing world-class diamond products for the energy industry for more than 40 years. Members of the team recently developed a proprietary Polycrystalline Diamond (PCD) nozzle to be used in 3D printing that can handle the most challenging applications! This makes it easier to clean and reduces tip clogging, improves layer adhesion, has a solid diamond tip, any filaments, longer life, lowers operating temperature, and delivers unmatched wear resistance! PRECISION PRINT: Our nozzles rely on a solid diamond tip to improve precision 3D printing. The tip is not a diamond coating, but rather a solid diamond substrate made of polycrystalline diamond. Not only is our diamond the hardest material in the world, but it also provides best-in-class thermal conductivity, or heat transfer capability that exceeds the thermal properties of copper, brass, tungsten carbide, steel, and ruby. The DiamondBack nozzle tip easily transfers heat from the hotend through the nozzle and into the filament--ensuring more precision printing and better layer adhesion on every print! ANY FILAMENT: Diamondback relies on a proprietary and patented diamond technology. This breakthrough technology allows 3D printers to print any filament on the same nozzle. A DiamondBack nozzle can easily print standard PLA and ABS filaments. (NOTE: 0.25mm DiamondBack nozzles are not recommended for fiber-embedded filaments.) LONGER LIFE: The Polycrystalline Diamond (PCD) used in every DiamondBack nozzle will significantly extend the overall life of the nozzle. The extreme hardness, wear resistance, and thermal conductivity of this unique material make it an ideal solution for 3D printing. The US Synthetic Diamond Science team is proud to offer the additive manufacturing industry a breakthrough technology that delivers high thermal conductivity, low coefficient of friction.