This provides greater protection against risks caused by thermal runaway.įlat mounting with T-slot. The Revo HeaterCore's power supply is reduced as it heats up, thanks to its built-in PTC behavior. Each Revo nozzle can be replaced manually. A variety of Revo nozzles enhances the capabilities of your 3D printer without having to go through a difficult nozzle replacement process. In the event of a jam, Revo Hemera XS's filament drive mechanism locks instead of ripping the filament, making it easier to recover and resume 3D printing.Įasy nozzle replacement with Revo. Reduced likelihood of filament stripping. Revo Hemera XS has all the extrusion force needed to handle the entire E3D ecosystem, including high-flow HotEnds such as SuperVolcano and high-flow Revo nozzles (coming soon!). Revo Hemera XS heatsink geometry accepts Revo nozzles and V6 nozzles with a heatbreak Hemera (sold separately).Īll the power you need. Advanced extrusion and shrinkage control enables 3D printing of soft flexible materials with Shore hardness up to 75A!īackward compatible. Achieves excellent performance with all 3D printing materials, especially difficult ones such as flexibles and abrasives. Its compact size also takes up less space within the 3D printer build volume, which is useful for smaller 3D printers.Ĭompatible with a wide range of 3D printing filaments. Thanks to a custom stepper motor, it is able to move faster on the 3D printer's motion system with less inertia than the classic Hemera, reducing printing artifacts such as ghosting. Revo Hemera XS is 92g lighter and 11mm shorter than the classic Hemera. Taz_Hemera_mount_v21_-_perim_modifier.Shorter and lighter. You can skip the steps where they attach the Hermes and Universal Mount to each other. Ideally use M3 heat-set inserts on the fan mount, however you may be able to get away without them.įollow the E3D Guide for the Taz 6. M3x20 socket-cap screws for attaching the blower to the fan mount. M3x8 socket cap screws (qty 4) to attach the fan mount to the Hemera. M3x8 or M3x10 socket cap screws (qty 4) to attach the Hemera to the mount. Use a 3.5mm drill bit (or similar) to clean the holes in the mount. It is designed with a 0.25mm gap between the support and part. The included support should work in all slicers. If your slicer does not support modifiers, then increase the overall perimeters to 4 and infill to 50% or more. Right click the modifier's settings, select Add Settings > Layers and Perimeters, select Perimeters. Right click print settings again, select Add Modifier > Load, select "Taz Hemera mount - perim modifier" part. Right-click the print settings, select Add Part > Load, select "Taz Hemera mount - support" part. If you're using PrusaSlicer:įor your general print settings, select 0.25mm layer height, 3 perimeters, and 30% infill. Don't use PLA!įor best printing, use the included support and perimeter modifier files. You will need to print the mount with ABS, PETG, or another high-temp material. I also modified the blower fan mount so it could attach using socket-cap screws. You don't need the separate Taz 6 Universal Mount if you're using this mount. Its dimensions are based on the official E3D mount. This is a one-piece mount for using the E3D Hemera/Hermes on the LulzBot Taz 6.
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