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AP3X Nozzle:
Unlock new possibilities with the AP3X™ Nozzle:

This unique nozzle truly stands above the rest with 2 mm of extended tip length making it a great option for belt printing

When paired with the Mosquito® Magnum+™, the nozzle becomes perfect for nonplanar printing

Available in both BridgeMaster® and Vanadium™ variants

Orifice size is engraved on the nozzle for easy identification

M6 x 1.0 threads with a 7 mm thread length and 14.5 mm overall length

Compatible with common metric (6 mm) and standard (1/4 in) socket tools for easy installation

AP3X™ Nozzles are 100% made in the USA

Nozzle Pack:
Standard Pack - 0.2 / 0.3 / 0.4 / 0.5 / 0.6 mm nozzles
Supersized Pack - 0.8 / 1.0 / 1.2 / 1.4 / 1.8 mm nozzles

Multiple variations available
Forgot what size nozzle you have installed? With a Slice Engineering® nozzle you don't need to know braille, or read a chart, the orifice size is engraved on 3 sides for easy viewing.
Compatible with common metric (6 mm) and standard (1/4 in) socket tools for easy installation.
Rep Rap style (M6 x 1.0 threads with a 7 mm thread length and 12.5 mm overall length)
Each 3D printer nozzle pack is 100% made in the USA


Mosquito® Conduct™

So this hot-end is a little bonkers. It's tiny, lightweight, and doesn't directly use a fan!

We consolidated the cooling by conducting heat to a small bearing bronze heat sink at the top that we call a "Base". The conduction heat break of the Mosquito® Conduct™ doesn't have cooling fins and is designed instead to only use conductive heat transfer to prevent heat creep. Even with no fins and its small size, the Mosquito Conduct can still print up to 500°C and can have nozzles swapped with one hand!

The Mosquito Conduct needs to be mounted to a metallic part or carriage that can help conduct heat away from the Base. That mating part must have 88 cm2 of surface area exposed to room temperature air for radiative and convective heat transfer to facilitate cooling, or use liquid cooling. The Base Conduct also incorporates quick release geometry to allow for rapid swapping of the entire hot-end in print chambers of any temperature.

Conduct was primarily designed for integration by 3D printer manufacturers in high-performance applications.

Rated for printing temperatures up to 500°C covering all printable thermoplastics
Eliminates heat creep, reduces jamming, and improves printing resolution through Bimetallic Heat Break™ technology
Conducts 85% less heat than a standard threaded heat break
Increased structural rigidity allows for a One-handed Nozzle Change™
Modular/adaptable to almost any FFF/FDM printer and ideal for multi-extrusion systems - Includes the familiar M2.5 mounting hole patterns of the Mosquito product family
Uses RepRap style nozzles (M6 x 1.0 threads with a 7 mm thread length and 12.5 mm overall length)
Low mass on the carriage for maximum X-Y acceleration



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