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Worldwide express shipping
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Worldwide express shipping
Worldwide express shipping
GammaMaster Nozzle - The Innovation for 3D Printing with Abrasive Filaments
The GammaMaster Nozzle represents the latest evolution in 3D printer nozzle technology, designed specifically for printing with abrasive filaments without compromising thermal conductivity from Slice Engineering.
Superior Thermal Performance
Made from a proprietary hardened alloy, the GammaMaster offers 2.7 times higher thermal conductivity than hardened steel nozzles. This feature allows abrasive filaments to be printed without having to drastically increase the nozzle temperature, providing similar performance to a standard brass nozzle.
Abrasion Resistance
With a Rockwell C hardness of 63, the GammaMaster can handle a wide range of thermoplastics, from standard PLA to PEI glass fiber reinforced filaments. Backed by a Limited Lifetime Warranty against abrasive wear, it is a reliable solution for all abrasive filament printing needs.
Low Gamma Anti-Adhesive Surface
The new Low Gamma coating reduces surface energy to less than 30 dynes/cm, preventing plastic buildup around the nozzle tip. This results in easier cleaning, fewer failed prints, and an overall better printing experience. Unlike PTFE coatings, the Low Gamma surface is resistant to high printing temperatures up to 380°C.
Available Geometries
The GammaMaster is available in four unique configurations suitable for different applications:
Technical Characteristics.
With the GammaMaster Nozzle, you get an advanced solution for 3D printing with abrasive filaments, combining superior thermal performance, exceptional durability and high-quality printing.
Package contains: 1 x AP3X GammaMaster Nozzle -. Slice Engineering
Nozzle hole size to be chosen at the time of purchase.
GammaMaster RepRap Features
For more information please contact us.
The item you will receive may differ in some features from the one pictured, depending on the production batch. Despite this, the functionality is maintained.
L'estrusore Single Drive utilizza un solo ingranaggio motorizzato e un cuscinetto a pressione. Il sistema Dual Drive utilizza due ingranaggi controrotanti che afferrano il filamento da entrambi i lati, garantendo una forza di spinta doppia e riducendo drasticamente lo slittamento, specialmente con filamenti tecnici o velocità elevate.
L'ugello va sostituito quando si notano problemi di stampa, specialmente superficiali, o se il diametro del foro si è allargato a causa dell'usura (comune con materiali abrasivi). Un ugello in ottone usato con fibra di carbonio può rovinarsi in poche ore di stampa, mentre uno in acciaio temprato può durare mesi.
Il rumore di scatto indica che il motore non riesce a spingere il filamento. Le cause, tra le altre, possono essere un ugello parzialmente ostruito, una temperatura di stampa troppo bassa, o una velocità di estrusione eccessiva per le capacità termiche del tuo hotend, un meccanismo non adeguato al tipo di filamento utilizzato.


















