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Brass Prusa Nozzle CHT with a 0.6mm diameter designed for Original Prusa 3D printers with the Nextruder hotend, featuring internal geometry that increases filament flow
Prusa Nozzle Brass CHT 0.6mm is used in Original Prusa FDM 3D printers equipped with the Nextruder hotend. The CHT (Core Heating Technology) design incorporates a modified internal channel in which the filament is divided into multiple streams, increasing the heat transfer surface prior to extrusion. This solution enables higher filament flow while maintaining a 0.6mm orifice diameter. The brass construction ensures stable thermal conductivity when working with standard thermoplastic filaments such as PLA, PETG, and ABS.
Nozzle designed for 3D printers with a Volcano hotend. It is much longer than standard V6 nozzles, which makes it possible to achieve higher print speeds
Nozzle designed for 3D printers with a Volcano hotend. It is much longer than standard V6 nozzles, which makes it possible to achieve higher print speeds
MK8 complete hotend head kit for the Creality Ender and CR10 3D printer. It is equipped with a 0.4 mm print nozzle
No product available!
The CR10 complete hotend head kit for the Creality Ender 3, Ender 5, CR10 and CR10S 3D printer. It is equipped with a 0.4 mm print nozzle
No product available!
Nozzle designed for 3D printers with the popular E3D(V6) hotend. It is made of clad copper with very good thermal conductivity, which allows for high printing speeds
No product available!
Nozzle designed for 3D printers with the popular E3D(V6) hotend. It is made of clad copper with very good thermal conductivity, which allows for high printing speeds
Nozzle designed for 3D printers with the popular E3D(V6) hotend. It is made of clad copper with very good thermal conductivity, which allows for high printing speeds
Nozzle designed for 3D printers with the popular E3D(V6) hotend. It is made of hardened steel, which ensures high abrasion resistance, which is especially important when printing with materials with admixtures of metals, carbon fibers and glass fibers
Nozzle designed for 3D printers with the popular E3D(V6) hotend. It is made of hardened steel, which ensures high abrasion resistance, which is especially important when printing with materials with admixtures of metals, carbon fibers and glass fibers
No product available!
Nozzle designed for 3D printers with the popular E3D(V6) hotend. It is made of hardened steel, which ensures high abrasion resistance, which is especially important when printing with materials with admixtures of metals, carbon fibers and glass fibers
No product available!
Nozzle designed for 3D printers with the popular E3D(V6) hotend. It is made of hardened steel, which ensures high abrasion resistance, which is especially important when printing with materials with admixtures of metals, carbon fibers and glass fibers
Nozzle designed for 3D printers with the popular E3D(V6) hotend. It is made of hardened steel, which ensures high abrasion resistance, which is especially important when printing with materials with admixtures of metals, carbon fibers and glass fibers
Hotend 0.4mm hardened steel for Bambu Lab A1/A1 Mini printers is a durable and precise solution for demanding users, ideal for printing with abrasive materials. Bambu Lab Hotend - A1 0.4mm Hardened Steel
The stainless steel hotend head with a diameter of 0.6 mm for Bambu Lab A1 series printers offers durability, high efficiency and ease of installation without warm-up, which translates into excellent quality and speed of 3D printing. Bambu Lab Hotend - A1
The stainless steel hotend head with a diameter of 0.8 mm for Bambu Lab A1 series printers offers durability, high efficiency and ease of installation without warm-up, which translates into excellent quality and speed of 3D printing. Bambu Lab Hotend - A1
Precision 0.2mm stainless steel hotend is a reliable solution for Bambu Lab A1/A1 mini 3D printers, enabling the creation of detailed prints from a variety of materials. Bambu Lab Hotend - A1 0,2mm Stainless Steel
Brass Prusa Nozzle CHT with a 0.6mm diameter designed for Original Prusa 3D printers with the Nextruder hotend, featuring internal geometry that increases filament flow