Slice Engineering Slice Engineering GammaMaster Nozzle - RepRap 1.4mm
The GammaMaster Nozzle from Slice Engineering is a breakthrough in nozzle technology, designed for high thermal performance with abrasive filaments. Made from a proprietary hardened alloy, it offers thermal conductivity 2.7 times greater than hardened steel, preventing clogs and enhancing printing performance. Ideal for Belt 3D printers, it ensures faster, smoother, and more precise prints with extended longevity.
- High thermal conductivity with abrasive filaments.
- Proprietary hardened alloy construction.
- Reduces clogs and improves performance.
| Price: | $24.99 (with add-ons) |
|---|---|
| Availability: | In Stock |
| Order Now: | Ships Tomorrow |
Slice Engineering GammaMaster Nozzles
The next evolution in nozzle technology.
The GammaMaster Nozzle represents a major advancement in nozzle technology, utilizing the latest metallurgical and surface preparation technology. Unlike other nozzles, the GammaMaster provides high thermal performance even when printing with abrasive filaments. This revolutionary RepRap nozzle is the first of its kind to be designed specifically for abrasive filament printing without compromising on thermal conductivity.
Here are the Key Features:
- Maintains high thermal conductivity, even when printing with abrasive filaments.
- Utilizes the latest metallurgical and surface preparation technology.
- Designed specifically for abrasive filament printing.
- Suitable for use with RepRap 3D printers.
- Helps to prevent clogging and improves overall printing performance.
Thermal Performance
Crafted from a proprietary hardened alloy, the GammaMaster Nozzle features thermal performance similar to that of a standard brass nozzle while maintaining its abrasive-resistant qualities. GammaMaster is 2.7 times more thermally conductive when compared to hardened steel nozzles, meaning you no longer have to raise your nozzle temperature to print with abrasive filaments.
- Provides greater longevity compared to standard nozzles, reducing the need for frequent replacement.
- High thermal conductivity allows for faster printing times and more precise control over the printing process.
- Helps to prevent blockages and ensures smoother printing of abrasive filaments.
Abrasion Resistant
With a Limited Lifetime Warranty against abrasive wear, the GammaMaster Nozzle will print the entire gamut of thermoplastic materials. From basic PLA to glass fiber reinforced PEI, the GammaMaster Nozzle excels at printing abrasive filaments with a Rockwell C hardness level of 63.
- The GammaMaster Nozzle is made from a proprietary hardened alloy.
- It is highly resistant to abrasive wear and will print the entire gamut of thermoplastic materials.
- It has a Limited Lifetime Warranty against abrasive wear.
Anti-Adhesive Surface
GammaMaster features our new Low Gamma coating that reduces the surface energy of the nozzle and prevents the accumulation of plastic around the nozzle's tip. With a measured surface energy of <30 dynes/cm, the Low Gamma coating allows for easier cleanup, fewer failed prints, and a better printing experience. Unlike PTFE-based coatings, GammaMaster’s surface is rated to high printing temperatures*, allowing you to reap the non-stick benefits with virtually any material.
- Low Gamma coating reduces surface energy and prevents plastic accumulation around the nozzle's tip.
- It has a measured surface energy of <30 dynes/cm.
- It allows for easier cleanup, fewer failed prints, and a better printing experience.
Multiple Geometries
GammaMaster offers four distinct nozzle geometries: RepRap, AP3X, Vase, and FIN. Each geometry is designed to meet specific printing needs, from standard to specialized applications, ensuring optimal performance and precision.
- RepRap: The default nozzle geometry for standard 3D printing tasks.
- AP3X: Features a 2 mm longer tip, ideal for belt printing and non-planar printing applications.
- Vase: Tailored for large layer lines in vase mode, perfect for printed prosthetics and large-scale projects.
- FIN: Innovative design that interlocks with the silicone boot, providing full insulation and protection for the hotend.
Best Warranty In The Business
Slice Engineering is proud to offer a Limited Lifetime Warranty against abrasive wear for the GammaMaster Nozzle. Please note, certain exotic filaments, like Glow-in-the-Dark and Tungsten Carbide filled, are not covered under this warranty. If you are looking to print with specialty filaments, check out the Vanadium Nozzle.
Additional Features and Benefits
- *Low Gamma coating rated to 380°C, nozzle substrate rated to 500°C
- Engraved orifice size on three sides for easy nozzle identification
- Compatible with common metric (6 mm) and standard (1/4 in) socket tools for straightforward installation
- RepRap style, M6 x 1.0 threads with a 7 mm thread length (12.5 mm overall length for RepRap geometry and 14.5 mm overall length for AP3X)
- 100% Made in the USA
Technical Specifications
RepRap
- Substrate Temperature Rating: 500°C
- Low Gamma™ Temperature Rating: 380°C
- Hex Size: 6 mm (1/4 in)
- Thread Pitch: M6 x 1.0
- Thread Length: 7 mm
- Overall Length: 12.5 mm
- Warranty: Limited Lifetime
AP3X™
- Substrate Temperature Rating: 500°C
- Low Gamma™ Temperature Rating: 380°C
- Hex Size: 6 mm (1/4 in)
- Thread Pitch: M6 x 1.0
- Thread Length: 7 mm
- Overall Length: 14.5 mm
- Warranty: Limited Lifetime
Vase
- Substrate Temperature Rating: 500°C
- Low Gamma™ Temperature Rating: 380°C
- Hex Size: 6 mm (1/4 in)
- Thread Pitch: M6 x 1.0
- Thread Length: 7 mm
- Overall Length: 14.5 mm
- Warranty: Limited Lifetime
FIN
- Substrate Temperature Rating: 500°C
- Low Gamma™ Temperature Rating: 380°C
- Hex Size: 6 mm (1/4 in)
- Thread Pitch: M5 x 0.8
- Thread Length: 4.4 mm
- Overall Length: 9.5 mm
- Warranty: Limited Lifetime
At MatterHackers, to bring you new and exciting products, we occasionally shift some of our quality stock to the Clearance section.
Reasons for Clearance Items:- New Product Versions: When manufacturers release updated versions of printers, CNC machines, filament, etc., the older versions typically go to Clearance.
- Overstock: Items we have in excess are moved to Clearance to free up warehouse space.
- Discontinuation: Discontinued product lines often end up in Clearance to expedite the sale of remaining stock.
- Packaging Changes: When packaging updates occur, we shift the older packaged items to Clearance.
- Poor Quality: Clearance items meet our rigorous quality standards and often brand new, unopened products.
- Limited Support: You'll receive our excellent customer service for Clearance items. Note, all Clearance purchases are Final Sale and not covered by the MatterHackers Return Policy.
Note, all Clearance purchases are Final Sale and not covered by the MatterHackers Return Policy.
Questions
Do you do repairs on print cores? If not do you know any Companies that do? Thanks.
***why*** is the BB core not compatible with any other material? Specifically, if the internal nozzle shape is the only difference, the electronics & thermal sensor are the same (except for identifying itself as "BB"), then how come I cannot just buy BB cores for everything (especially if they are the expensive ruby/saphire kind)? Not an idle question. Ultimaker has made a statement about incompatibility without revealing specifics to justify it, and I actually *do* want to use my BB core for not-PVA because of the trouble I've had with Ultimaker-branded PVA, and also because I want the additional inventory flexibility. Cores are, after all, considered consumables by the OEM. Please, please, provide some insight if you can obtain some! Thanks, Mike
When the printer is shipped, this BB core was used to print black PLA for the calibration cube. What is the physical difference between the BB and an AA core, especially given that you printed in PLA with it yourself? How is it designed for PVA only?
so how many support cores come in one qty
Print core documentation says BB is designed for PVA and HIPS, but supported materials documentation says BB is only PVA, so which is it? PVA only, or PVA and HIPS?
Are there problems if the Print Core BB is used for materials other than PVA?
Can you mix and match print core sizes. For example use a .25 build novel with the .4 pva nozzle
It is not recommended.
I have with exquisite results. The 0.25mm AA core with the 0.4mm BB core allows for extremely detailed printing.