Spare Parts & Accessories

The nozzle is made from a 360 brass base material and plated with TwinClad XT coating. TwinClad XT is a nickel composite coating designed for very low friction. It offers one of the lowest coefficient of friction, better than nickel with PTFE co-deposit. The TwinClad XT coating is also very hard and abrasion resistant. If you are working with abrasive Carbon Fiber, Stainless Steel, wood filled or any other metal filled filaments, this will greatly improve the life of your nozzle.

The nozzle is made from a 360 brass base material and plated with TwinClad XT coating. TwinClad XT is a nickel composite coating designed for very low friction. It offers one of the lowest coefficient of friction, better than nickel with PTFE co-deposit. The TwinClad XT coating is also very hard and abrasion resistant. If you are working with abrasive Carbon Fiber, Stainless Steel, wood filled or any other metal filled filaments, this will greatly improve the life of your nozzle.

The nozzle is made from a 360 brass base material and plated with TwinClad XT coating. TwinClad XT is a nickel composite coating designed for very low friction. It offers one of the lowest coefficient of friction, better than nickel with PTFE co-deposit. The TwinClad XT coating is also very hard and abrasion resistant. If you are working with abrasive Carbon Fiber, Stainless Steel, wood filled or any other metal filled filaments, this will greatly improve the life of your nozzle.

Micro Swiss CM2 Nozzle is an ideal nozzle for all applications. Core of the nozzle is made of high-temperature Copper Chromium Zirconium and plated with an Electroless Nickel Plating. This special alloy retains its strength at much higher temperatures compared to a regular copper alloy. The tip of the nozzle is made of M2 Hardened High Speed Steel and coated with a special nonstick nano coating.

Micro Swiss CM2 Nozzle is an ideal nozzle for all applications. Core of the nozzle is made of high-temperature Copper Chromium Zirconium and plated with an Electroless Nickel Plating. This special alloy retains its strength at much higher temperatures compared to a regular copper alloy. The tip of the nozzle is made of M2 Hardened High Speed Steel and coated with a special nonstick nano coating.

Micro Swiss CM2 Nozzle is an ideal nozzle for all applications. Core of the nozzle is made of high-temperature Copper Chromium Zirconium and plated with an Electroless Nickel Plating. This special alloy retains its strength at much higher temperatures compared to a regular copper alloy. The tip of the nozzle is made of M2 Hardened High Speed Steel and coated with a special nonstick nano coating.

The FlowTech Hotend is a new generation hotend line from Micro Swiss. Its unique design eliminates common hotend issues such as leaking nozzle seal and complex nozzle swaps. This edition is designed for Creality K1 and Older K1 Max.HighlightsLeak-Proof NozzleCold Nozzle ChangeHigh-Flow CharacteristicsAll-Metal Design300°C Max Temperature

The FlowTech Hotend is a new generation hotend line from Micro Swiss. Its unique design eliminates common hotend issues such as leaking nozzle seal and complex nozzle swaps.HighlightsLeak-Proof NozzleCold Nozzle ChangeHigh-Flow CharacteristicsAll-Metal Design300°C Max Temperature

The FlowTech Hotend is a new generation hotend line from Micro Swiss. Its unique design eliminates common hotend issues such as leaking nozzle seal and complex nozzle swaps.HighlightsLeak-Proof NozzleCold Nozzle ChangeHigh-Flow CharacteristicsAll-Metal Design300°C Max Temperature

The FlowTech Hotend is a new generation hotend line from Micro Swiss. Its unique design eliminates common hotend issues such as leaking nozzle seal and complex nozzle swaps.HighlightsLeak-Proof NozzleCold Nozzle ChangeHigh-Flow CharacteristicsAll-Metal Design300C Max Temperature

This is an all metal hotend upgrade kit for MK10 style extruders.FeaturesFits on many printerseasy to install

This is Micro Swiss MK10 All Metal Hotend ONLY style nozzle.Fits onlyit will ONLY fit our New MK10 All Metal Hotend

This is MK10 style nozzle, it is made from a 360 brass base material and plated with TwinClad XT coating.FeaturesFor PTFE lined hotends only

This is a drop in All Metal Conversion kit by Micro Swiss for CR-10 3D printers. It requires absolutely zero modification to your 3D printer to install. Our uniquely designed cooling block eliminates need for a thermal tube. By not having separate thermal tube inside cooling block, it allows for faster heat dissipation.Product features:All metal hotendZero modification to your 3D printerThermal heat break made from Titanium AlloyA well-defined melt zone

Extra nozzle for Original hotend ONLY (M6x.75mm Threads)Orifice size: .4mm

Nozzle is made from a 360 brass base material and plated with TwinClad XT coating. Fits onlyCR-10s PRO Original Hotend

This is MK8 style nozzle, it is made from a A2 Tool Steel, heat treated to 57-62 RC and plated with TwinClad XT coating.FeaturesStandart MK8 Nozzle fits on many hotends

Micro Swiss Direct Drive Extruder is a drop in system for CR10 / Ender PrintersFeaturesNo modification required, simple plug and playNo printed brackets or sandwiches

The M2 nozzles are designed for high temperatures, abrasion resistance and with superior non-stick properties. Nozzles are machined from M2 high speed steel, hardened and tempered to 68 HRC, plated with Electroless Nickel Plating, and coated with WS2 coating.FeaturesUp to 450C without losing the hardness

The M2 nozzles are designed for high temperatures, abrasion resistance and with superior non-stick properties. Nozzles are machined from M2 high speed steel, hardened and tempered to 68 HRC, plated with Electroless Nickel Plating, and coated with WS2 coating.FeaturesUp to 450C without losing the hardness

The M2 nozzles are designed for high temperatures, abrasion resistance and with superior non-stick properties. Nozzles are machined from M2 high speed steel, hardened and tempered to 68 HRC, plated with Electroless Nickel Plating, and coated with WS2 coating.FeaturesUp to 450C without losing the hardness