This is a belt tensioner for the Z-sync belt on the Artillery Sidewinder X2. 

It attaches to the upper left frame using the stock screws and allows tightening of the sync belt without changing the geometry of the lead screws. 

Additional parts needed:
- M5 Bolt
- M5 Nut
- Idler pulley (5mm shaft)

Sidewinder X2 Z-Sync Belt Tensioner

This is a enclosure and frame I designed for the BigTreeTech PI-TFT70 display. It features access to the switch and dial and accommodates the internal ribbon cables. 

It was designed to mount on a bracket and remotely mount the Raspberry Pi. 

The bezel is a press fit and doesn't require hardware or adhesives to stay in place. 

BigTreeTech PI-TFT70 Enclosure

TFT70 Base

These pieces were designed to mount a BigTreeTech PI-TFT70 in place of the stock screen on a Voron 2. The lower door latches also had to be reworked to clear the top of the bezel.

Voron 2 (350mm) TFT70 Mounts

Voron 2 TFT70 Bracket R

The Voron Afterburner hot end fan is a 4010 and fits snugly in the fan bracket but the Noctua fans are just slightly larger, causing the stock bracket to break at the thin wall where the pivot is located. I redesigned the bracket to accommodate the Noctua 4010 fan.

Voron Afterburner Noctua Fan Bracket

The Voron 2.4 rear drag chain guide is flat and tends to catch on each of the openings in the drag chain so I redesigned the part. 

Voron Drag Chain Guide Rework

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3932377.

This is a remix of ja2ja1's Reprap Smart Graphic Knob. I printed the original part but it looked upside down when I installed it on the controller. So... I reworked it so that it is inverted.

This fits the split shaft RepRap Discount Smart Controller, and the Full Graphic Smart Controller, and should fit anything else that uses the 6mm split shaft encoder.

Smart Controller Knob - Inverted

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3503178.

I have been refurbishing and reselling broken 3D printers, and found that I needed a good, reliable way to lock the axes without relying on packing material (styrofoam, etc) to keep the internal parts from moving during shipping. 

So, I designed these really handy clips that allow locking each axis by meshing the GT2 belt to itself (tooth-to-tooth) without compromising the belt or applying tape or a cable tie that might be forgotten during unpacking. 

There are two models: The wide version (recommended) for use when there is plenty exposed GT2 belt, and a narrow version when there is only a short distance exposed. 

Hope this comes in handy for you - I use them on every outbound shipment!

GT2 Belt Axis Locks

GT2 Belt Axis Lock

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:1039934.

This is a model to assist in designing parts for printers that use this type of end stop. This was designed in FreeCAD using measurements taken directly from the board that came with my FolgerTech Prusa i3.

End Stop Board

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