Slice Engineering GammaMaster® Abrasion-Resistant Nozzle Set – 0.4 mm (5 pcs), Compatible with ARCO
Features:
The GammaMaster® Nozzle combines a hardened alloy with a Low Gamma™ coating to deliver exceptional wear resistance and long-lasting performance. Created by Florida-based Slice Engineering, its copper-based core ensures efficient heat transfer, making it the perfect choice for printing engineering-grade materials such as carbon fiber and fiberglass.
Extreme Wear Test: 100× Longer Life Confirmed
We put the ARCO with the GammaMaster® ultra-durable nozzle through one of the toughest challenges: nonstop printing with abrasive carbon fiber and glass fiber filaments...
|
Nozzle |
Filament |
Usage |
Nozzle Length Change |
|
GammaMaster® |
Carbon/Glass Fiber |
2000 g (20× more) |
3 μm (less than 1% wear) |
|
Standard Brass Nozzle |
100 g |
310 μm |
-
Proven Ultra-Durability: The GammaMaster® handled 2000 g of abrasive filament with less than 3 μm of wear—that’s practically unchanged.
-
Far Beyond Standard Nozzles: A regular brass nozzle wore down by 310 μm after printing just 100 g.
-
Consistent, Long-Term Printing: Even under extreme stress, ARCO + GammaMaster® kept prints precise, stable, and reliable
GammaMaster® : Less than 1% Wear !

Standard Brass Nozzle

Product Information
Product Information
Shipping & Returns
Shipping & Returns







Slice Engineering GammaMaster® Abrasion-Resistant Nozzle Set – 0.4 mm (5 pcs), Compatible with ARCO
Slice Engineering GammaMaster® Abrasion-Resistant Nozzle Set – 0.4 mm (5 pcs), Compatible with ARCO
Features:
The GammaMaster® Nozzle combines a hardened alloy with a Low Gamma™ coating to deliver exceptional wear resistance and long-lasting performance. Created by Florida-based Slice Engineering, its copper-based core ensures efficient heat transfer, making it the perfect choice for printing engineering-grade materials such as carbon fiber and fiberglass.
Extreme Wear Test: 100× Longer Life Confirmed
We put the ARCO with the GammaMaster® ultra-durable nozzle through one of the toughest challenges: nonstop printing with abrasive carbon fiber and glass fiber filaments...
|
Nozzle |
Filament |
Usage |
Nozzle Length Change |
|
GammaMaster® |
Carbon/Glass Fiber |
2000 g (20× more) |
3 μm (less than 1% wear) |
|
Standard Brass Nozzle |
100 g |
310 μm |
-
Proven Ultra-Durability: The GammaMaster® handled 2000 g of abrasive filament with less than 3 μm of wear—that’s practically unchanged.
-
Far Beyond Standard Nozzles: A regular brass nozzle wore down by 310 μm after printing just 100 g.
-
Consistent, Long-Term Printing: Even under extreme stress, ARCO + GammaMaster® kept prints precise, stable, and reliable
GammaMaster® : Less than 1% Wear !

Standard Brass Nozzle

Original: $117.00
-70%$117.00
$35.10Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Features:
The GammaMaster® Nozzle combines a hardened alloy with a Low Gamma™ coating to deliver exceptional wear resistance and long-lasting performance. Created by Florida-based Slice Engineering, its copper-based core ensures efficient heat transfer, making it the perfect choice for printing engineering-grade materials such as carbon fiber and fiberglass.
Extreme Wear Test: 100× Longer Life Confirmed
We put the ARCO with the GammaMaster® ultra-durable nozzle through one of the toughest challenges: nonstop printing with abrasive carbon fiber and glass fiber filaments...
|
Nozzle |
Filament |
Usage |
Nozzle Length Change |
|
GammaMaster® |
Carbon/Glass Fiber |
2000 g (20× more) |
3 μm (less than 1% wear) |
|
Standard Brass Nozzle |
100 g |
310 μm |
-
Proven Ultra-Durability: The GammaMaster® handled 2000 g of abrasive filament with less than 3 μm of wear—that’s practically unchanged.
-
Far Beyond Standard Nozzles: A regular brass nozzle wore down by 310 μm after printing just 100 g.
-
Consistent, Long-Term Printing: Even under extreme stress, ARCO + GammaMaster® kept prints precise, stable, and reliable
GammaMaster® : Less than 1% Wear !

Standard Brass Nozzle
























