0.8mm FlowTech CM2 Micro Swiss Nozzle

The 0.8mm FlowTech CM2 nozzle from Micro Swiss is a high-performance nozzle suitable for all applications where precision and durability are required. The core of the nozzle is made from a high-temperature resistant copper-chrome-zirconium alloy coated with an electroless nickel coating. This special alloy maintains its strength at significantly higher temperatures compared to traditional copper alloys. The tip of the nozzle is made from hardened high-speed steel M2 and treated with a special non-stick nano coating to minimize friction. Thanks to this advanced material combination, the CM2 nozzle offers excellent wear resistance and optimum performance over a wide temperature range.

Features:

Tight Nozzle System: Tired of leaky nozzles ruining your prints and wasting filament? Micro Swiss's CM2 nozzle, integrated into the FlowTech Hotend, provides a permanently sealed assembly of nozzle and thermal break. This leak-proof design ensures that no print is ruined by a leaking nozzle or material is wasted.
Easy nozzle change at cold state: Changing nozzles used to be a time-consuming and often dangerous process. With the CM2 nozzle system, you can effortlessly change nozzles without having to preheat them – a cool change is easily possible.
High-quality material composition: The nozzle is made from a copper-chrome-zirconium alloy that withstands high temperatures and retains its strength, even when it gets extremely hot.
Protection through nickel coating: The entire nozzle is coated with an electroless nickel coating. This coating protects against corrosion and wear, ensuring a longer lifespan for the nozzle.
Insert made of hardened steel: The insert is made of M2 hardened high-speed steel, known for its hardness and wear resistance, making the nozzle particularly durable.
Innovative non-stick coating: The surface of the nozzle is treated with a WS2 nano coating, which has non-stick properties and reduces the coefficient of friction to just 0.035. This allows the filament to glide smoothly through the nozzle.
Optimized hardness: The nozzle has been heat treated to achieve a hardness of 68 HRC, making it extremely resistant to wear and maintaining accuracy over long periods.

Application examples:

Ideal for printing with high-temperature filaments that require precise melt guidance.
Use in demanding print environments where regular nozzle change is required.
Optimizing print quality for fine and detailed print projects.
Use with a variety of filaments, including carbon fiber-reinforced materials.