Counting matching models…
**UPDATE ** I have redesigned the top frame. The changed parts are in the “top frame v2” folder. The redesign had the following design goals: Make the Tank printable on itself by reducing the z height needed to print the top frame…
The original did not mesh with the GT2 profile causing it to need to apply pressure to the belt and bow out, eventually failing. This redesign uses an accurate GT2 profile to hold the belt without the need for clamping force.…
This aims to improve print quality at higher accelerations on The 100 based printers that have larger build volumes. While the printed parts are now actually ~0.7g lighter than the v1.1 gantry according to the slicer, and the M5 bolts…
The design is intended to have easily swap-able cooling ducts so better duct designs can be installed in the future. The design is for the CHC Pro hotend. Recommend using a WS7040 fan with this enclosure:…
BMG mount compatible. Designed for the The 100 Tank, but should be compatible with the The 100 v1.1. Changelog v2 Rotated extruder so that bowden tube is not bent as tightly. Extrusion consistency appears improved, and bowden tube needs…
Holds the cables away from the fans. Rounded edge goes up both during slicing and installation. You will need 2x M3 x 4mm screws.
I used PLA, 100% infill, 0.4 line width, 0.08 layer height, support threshold angle of 10 to prevent supports on threads, and mouse ear brims to hold the ferules.
A mount that allows a nozzle mounted adxl accelerometer to be used on a bed slinger bed. Simply print and do not remove from build plate. Sandwich the adxl between the mount and a nozzle screwed into the hole. Home the printer, but…
Note that this is a WIP. I have not fully assembled the printer, but the holes appear to be in the right place when the parts are held where they will be. This adds a hole for the lead screw to poke up into in case it is a little on the…
Install a ptfe tube as a bearing surface.
These are all currently available results.
