RevoPoint Dual Axis Turntable - 350mm extension plate with vertical scanning hips

I wanted a slightly larger turntable plate for the Dual-Axis scanner included in my RevoPoint MetroY Pro kit (https://amzn.to/4qK292l).

The turntable is the one in this listing -> https://amzn.to/4tOGvfM - out of the box, it features a 200mm rotating table.   I wanted to take advantage of the size of my Prusa XL to print a 350mm turntable - this is the result.

Along the way, I added some 5mm holes to allow for placement of towers or other accessories, like the included hip pieces that add some vertical targets.   I have included some pictures of the raw printed item, as well as the finished product, which has RevoPoint 6mm markers applied (https://amzn.to/4kQ8fNl)

As I make changes or update this model, or add new accessories - I will add them here.   I also may take this and break it down so that it can be printed on printers smaller than the XL.

I highly recommend using my .3MF files, as I varied some infill and other parameters based on my own testing to make the parts stiff and reliable.  The .3MF files I have provided are for the Core One for the Hip pieces and the XL for the main turntable.   I have 0.4mm High Flow nozzles on both - so if you have a different configuration, make sure you select the correct filament/printer before you slice and print.

NOTE: If you look at the .3MF files in the 3D viewer, they may look a little strange, especially on the hip pieces - this is because I used rectangular modifiers around the shaft and pegs to force 100% infill on the support parts.   Unfortunately, prusa's online viewer just renders these as rectangles - they will look "correct" once you open them in PrusaSlicer.

I printed the discs pictured in Overture PETG using Prusament PETG profile (works the best from my experience) on the Prusa Textured sheet on the Prusa XL, the print uses almost all of the bed.  There is a small brim just to make sure the top surface is great all the way across - you can use a deburring tool like this one (https://amzn.to/46dHf4g) to make really quick work of removing the brim and smoothing the edge of the print on both the top and the bottom sides.   I used the 0.25mm speed profile.   The print makes use both of honeycomb and grid infill depending on layer height, and I have found this to provide the best level of stiffness in the pint after doing several of these.

For the hip pieces, I printed those on my Core One using Overture PETG, again on the Prusament PETG profiles using a Biqu Cryogrip Pro Glacier sheet (https://amzn.to/4asemno) using the 0.2mm Balanced print profile.   There are overhangs on this print, and again I recommend the .3MF because there are modifiers to print the fingers an support structure that hold it on to the edge of the plate in solid infill, which will be the best for long term durability.

Enjoy!