LGX ACE Magnum+ Hotend includes:
1x LGX a black anodized aluminum block and heatsink
1x Magnum+ Heat Break
1x Magnum+ Hot Block
1x Bondtech M6x1x7.5 coated brass nozzle 0.4mm
1x 5ml boron nitride paste syringe
1x Arctic MX-4 Syringe Thermal compound 2g
Mounting hardware:
4x steel spacers 14.5mm
2x M1.5x16mm screws
2x M2 washers
6x M2.5×4mm washer screws
Developed by Bondtech and Slice Engineering
LGX ACE Magnun+ is a special short filament path printhead co-developed by Bondtech and Slice Engineering and includes the LGX eXtruder.
It features Slice's bi-metallic heat break technology Mosquito Magnun+ and industrial copper heating block to improve thermal performance and melt capacity.
This pair forms an industrial grade print head that will excel at printing ALL common materials and especially soft and flexible materials.
Designed to Give More Flow
During the long months of extensive testing leading up to the launch of the LGX CHT nozzles, Bondtech discovered that shortening the post-drive filament path generates greater volumetric flow capacity. Like the LGX ACE Mosquito, the LGX ACE Magnun+ offers a significant increase over the fullhotend Mosquito Magnun+.
Designed to be cooler
Thehotend LGX ACE Magnun+ features an air-cooled heating block and heat sink, designed and manufactured by Bondtech, that attaches to the LGX extruder via its interface connector and rests on the front of the extruder.
The heat sink includes a hole pattern for mounting 40×40 fans.
Testing by Bondtech suggests that a 4010 fan is sufficient to cool the heater block, due to the design of the heater block and heatsink that increases heat transfer and dissipation.
LGX ACE Magnun+ Hotend is not compatible with the following items:
3DSolex Matchless nozzles 1.75mm
Compatible nozzles
The heat block included with this product is compatible with the RepRap nozzle standard.
Below is a list of compatible versions.
From Bondtech
Standard Brass
Standard Coated Brass
CHT Coated Brass
From Slice Engineering
BridgeMaster (copper)
Vanadium Steel (for abrasive filaments)
