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Never Change Out Another Nozzle

Worry-free 3D printing

Professional 3D-printing companies and 3D-printing enthusiasts understand the benefits of cost, quality, speed, and flexibility when printing actual parts. Unfortunately, the development of embedded filaments (carbon fiber, glass, metals) is creating an even bigger need for more abrasion-resistant nozzles. To address this limitation and others of brass, professional 3D-printing companies and 3D-printing enthusiasts are considering specialty nozzles made of steel, tungsten carbide, ruby, and now diamond.

Of the options available, the clear leader in worry-free printing are DiamondBack™ Nozzles — delivering unmatched wear-resistance and versatility.

Diamondback nozzles logo
Diamondback nozzle.

Contact the DiamondBack Team: 

Email   |   801-235-9001

Precision Print | Any Filament | Longer Life

The DiamondBack Nozzle:

  • Prints any filament–no nozzle change out required
  • Improves layer adhesion and quality
  • Has a solid diamond tip, NOT a diamond coating
  • Is easier to clean and reduces tip clogging
  • Delivers unmatched wear resistance
  • Lowers required operating temperature
  • Improves extrusion efficiency
  • Is made in the USA
Small Diamond Nozzle


Diamondback graph
Diamondback graph
Diamondback packaging.
Buy V6 Compatible Nozzle
Buy Volcano Compatible Nozzle

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The diamond difference

With more than 40 years of diamond-engineering experience, US Synthetic has worked hard to deliver advanced Polycrystalline Diamond (PCD) material for durable 3D Printer Nozzles. Our diamond sintering process requires extreme heat and pressure. Typically, diamond is sintered at a temperature of around 1400°C (2550°F).

Sintering chart

Maintaining extremely high pressure during the sintering process allows the diamond to remain in its natural form. This typically requires pressures of around 60 kbar (nearly 1,000,000 psi).  To achieve these extremely high temperatures and pressures simultaneously, US Synthetic uses proprietary cubic press technology.  As soon as the press reaches the desired pressure, electric current flows through a resistance heater embedded in the pressure cell to generate the required high temperatures. These conditions are maintained long enough to ensure complete diamond-to-diamond bonding of the individual crystals.

US Synthetic employees in a factory.

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