Experimental Nozzles

From high-resolution 0.15mm diameters to undrilled nozzles you can customise yourself, Here Be Dragons! (And a lot of fun for those who dare...)

Starting at £5.00 £5

Grouped product items
Product Name Qty
Experimental High-Resolution v6 Nozzle - 1.75mm x 0.15mm
£12.00 £12
Experimental High-Resolution v6 Nozzle - 3.00mm x 0.15mm
£12.00 £12
Brass V6 Nozzle - 1.75mm Undrilled
£5.00 £5
Brass V6 Nozzle - 3mm Undrilled
£5.00 £5
From high-resolution 0.15mm diameters to undrilled nozzles you can customise yourself, Here Be Dragons! (And a lot of fun for those who dare...)

0.15mm Experimental High-Resolution Nozzle

This 0.15mm nozzle allows you to print some really, seriously, very, extremely tiny parts with with a level of fine detail that will blow you away. We wrote a whole blog post about it!

For complete requirements and specifications check our blog and wiki pages.

WARNING: This precision nozzle for 3D printing has been engineered by E3D to be as user-friendly as possible, but nonetheless has some very specific requirements!

  • For use with high-flow filaments like MG94-ABS, PC-ABS, or PMMA
  • Always use clean, high-quality filament
  • Requires the use of a geared extruder (e.g. Titan), silicone sock and part-cooling fan
  • Keep clean and dust-free to avoid blockage

Slicer Settings:

    Nozzle Size: 0.15mm (obviously!)
  • Layer Height: We recommend somewhere in the region of 0.08mm. This proved to be the sweet-spot for us.
  • Print Speeds: Make sure to turn your speeds and acceleration down. This is all about precision, and precision takes time. We ran our printers at 18mm.s-1, with outline and infill under-speeds at 75-80%. The overhangs were left at the default 45°, and the minimum infill length at 5 mm.
  • Retraction: Stringing can be almost entirely tuned away in your retraction settings, however poor tuning can make things much worse due to the higher extrusion forces and pressures. We were using 1mm at 30mm/s.

Undrilled Nozzles

For the brave, and the adventurous. Undrilled nozzles allow users to experiment with boring their own holes, creating diameters that aren't yet commercially available.

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