The Superlab V6 nozzle is a reliable replacement nozzle for hotends of the E3D V6 standard and their clones. It combines proven geometry, precise machining and durable construction, ensuring consistent material flow, clean print details and stable behavior throughout the entire print job.

Key features

The nozzle precisely matches the E3D V6 standard with an M6 thread and body length familiar to hundreds of printers - Prusa i3 MK3S, Original Prusa MINI, Creality (with V6 hotend), Anet, Anycubic and other machines using this most widespread nozzle format on the market. The inner channel and outlet opening are machined with high precision, so the filament does not flow to the side and there is no asymmetric stringing or elephant foot. The outer cone is smooth, which reduces the risk of molten material sticking to the tip.

The nozzle material ensures fast and even heat transfer from the heatblock to the filament, which leads to consistent extrusion and predictable behavior during printing. The smooth geometry of the inner channel without sharp transitions allows smooth passage of standard and flexible filaments.

Technical parameters / specifications

Who is the Superlab V6 nozzle suitable for

The nozzle is intended for owners of printers with an E3D V6 standard hotend or its clone who are looking for a reliable replacement nozzle for regular operation. It will find use with home printers, prototype workshops and smaller operations where a functional replacement needs to be at hand. Recommended materials include PLA, PETG, ABS, ASA, Nylon and Polycarbonate. For abrasive materials such as carbon-filled filaments, choose a variant made of a harder alloy.

Tips for use

• Always perform nozzle replacement while hot - heat the hotend to approximately 240 °C to prevent leaks from forming at the nozzle-heatbreak joint.
• Use a 7 mm wrench for tightening and loosening, ideally a socket wrench.
• Before the first print, perform a first layer calibration to set the correct distance of the nozzle from the bed.
• When switching between materials, perform a cold pull or heating to a higher temperature so that no residue remains in the channel.
• The lifespan of the nozzle depends on the printed materials - it drops significantly with abrasive filaments.
• We recommend always having a spare nozzle at hand, see the further offer in the Nozzles category.