Upgrade Kits for Artillery based on Bondtech LGX Large Gears eXtruder

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LGX for Artillery

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Based on the LGX extruder

List of Bondtech Upgrade Kits for Artillery, based on the LGX Large Gears eXtruder.

-18%
New
Original price was: $299.00.Current price is: $244.00.
-22%
New
Original price was: $249.00.Current price is: $194.00.
-13%
New
Original price was: $439.00.Current price is: $384.00.
-17%
New
Original price was: $329.00.Current price is: $274.00.

Comparison Table

LGX Copperhead
for SideWinder & Genius

Bondtech recommends this set for hobby/home users and for low to moderate-intensity use.

Slice Engineering describes the Copperhead hotend as a “traditional style hotend aimed at reducing heat creep and improving high-temperature performance” and “the more budget-conscious option.

LGX Mosquito
for SideWinder & Genius

Bondtech recommends this set for maker/professional users and for moderate to high-intensity use.

Slice Engineering describes the Mosquito hotend as a radical design featuring a protective roll cage around the most thermally efficient heat break (85%!) available on the market, allowing for cold, one-handed nozzle changes.

LGX Mosquito Magnum
for SideWinder & Genius

Bondtech recommends this set for professional/manufacturing users, for moderate to high-intensity use, and for high melt flow needs.

Slice Engineering describes the Mosquito Magnum hotend as a radical design featuring a protective roll cage around the most thermally efficient heat break (85%!) available on the market, allowing for cold, one-handed nozzle changes.

LGX ACE Magnum+
for SideWinder & Genius

Bondtech recommends this set for industrial/manufacturing users, for high to very high-intensity use and high to very high melt flow needs.

The Bondtech LGX ACE Magnum+ is a short filament path hotend design, derived from Slice’s Magnum+ Air Cooled, featuring an aluminum monolithic cold block and heat sink plus the bi-metallic technology including the most thermally efficient heat break (85%!) available on the market, allowing for cold, one-handed nozzle changes and improved performance with semi-flexible, flexible and soft materials.