Are you in Australia and looking to buy a top - notch nozzle for your 3D printing? Introducing the GammaMaster® Nozzle from Slice Engineering. It combines the latest metallurgy and surface - prep tech. When printing with abrasive filaments, you no longer have to sacrifice thermal performance. This RepRap nozzle is engineered specifically for abrasive filament printing and offers unmatched thermal conductivity without any trade - offs.
**Thermal Performance**: With a unique proprietary hardened alloy, it has the durability of an abrasive - resistant nozzle and the thermal efficiency of a standard brass nozzle. It's 2.7 times better in thermal conductivity than hardened steel nozzles, so you don't need high nozzle temperatures when using abrasive filaments.
**Abrasion Resistance**: Backed by a Limited Lifetime Warranty, it can handle a wide range of materials, from common PLA to strong glass fiber - reinforced PEI. It has an impressive Rockwell C hardness of 63.
**Anti - Adhesive Surface**: Slice's Low Gamma coating reduces the nozzle's surface energy to less than 30 dynes/cm. This prevents plastic buildup at the tip, ensures easy cleanup, reduces print failures, and provides great printing performance. Unlike PTFE - based coatings, it can withstand high printing temperatures.
**Multiple Geometries**: Whether your hotend has standard M6 x 1.0 threads, it fits perfectly. The RepRap geometry is great for traditional 3 - axis FDM printing, while the AP3X geometry, with its pointed shape and 2 mm longer tip, is ideal for belt and non - planar printing.
**Best Warranty In The Business**: Note that some exotic filaments like Glow - in - the - Dark and Tungsten Carbide filled are not covered. For specialty filament printing, check out our Vanadium™ Nozzle.
**Additional Features And Benefits**: The Low Gamma coating can handle up to 380°C, and the nozzle substrate up to 500°C. The orifice size is engraved on three sides for easy identification. It's compatible with common metric and standard socket tools for easy installation. It's a RepRap style with M6 x 1.0 threads and 7 mm thread length (12.5 mm overall for RepRap, 14.5 mm for AP3X) and is made in the USA.
Using the Slice Engineering GammaMaster Nozzle is easy. First, make sure your hotend has the right threads (standard M6 x 1.0). Use common metric or standard socket tools to install it. When printing, you'll notice it performs great with abrasive filaments without needing very high nozzle temperatures.
Here are some things to keep in mind. The warranty doesn't cover some exotic filaments like Glow - in - the - Dark and Tungsten Carbide filled. If you're using those, consider our Vanadium™ Nozzle.
For maintenance, thanks to the anti - adhesive Low Gamma coating, cleaning the nozzle is a breeze. Just remove any plastic buildup around the tip easily. The coating can withstand up to 380°C, and the nozzle substrate can handle up to 500°C, so don't worry about high - temperature printing. Also, you can easily identify the orifice size as it's engraved on three sides of the nozzle.
