Printed on an H2D using PETG Translucent filament ... very nice result and perfect fit.

Printed on an H2D using PLA Matte filament using a carbon fiber patterned build plate ... very nice result. Haven't yet tried using it as I'm still awaiting delivery of the AMS and hub for my new A1 printer.

Printed using an H2D with PLA Basis filament ... in Bambu Studio, applied a 73% scale reduction to convert roughly to Z-scale, switched over to a 0.2mm nozzle at 0.12mm/4 walls but maintaining the orientation and supports of the original profile. Print took 8+ hours over 874 layers. Very nice result ... thanks.

Solid print done with an H2D using PLA Basic.

Printed with an H2D using a combination of PLA CF, PLA Basic and PETG Translucent ... just happened to choose the same body color as the designer because I happened to have it readily at hand (and I like the color :-). Was a bit fussy getting all of the wires tucked away nicely but it worked out fine in the end. Also, I made sure to pre-thread all of the screws into the black structural pieces to help ease assembly when connecting parts together ... maybe some chamfering of those holes in the model might have made this a bit easier but I was able to make it work with some care.

Printed using an H2D using PLA Matte filaments. Set it up with the two sticks plus the momentary button, and was able to program and update firmware easily with the Cyberbrick desktop app.

Nice feature even if only needed occasionally 😏

Printed on an H2D using PLA Basic filaments. I incorporated the advancements separately available from MplusM. I also rearranged the objects on the build plates based on color.

Printed using an H2D with Bambu Lab PLA Basic and PETG Translucent. When I did the test fit, the tube side piece wouldn't go in to it's intended full depth and ended up stuck there tight. The other piece would slide in and out easily so I added some CA to lock it in place at roughly the same depth as the tube side piece. Other than that, ended up with a very nice tool that functions well. Thanks!

Printed on an H2D using Bambu Lab PLA Gradient filament. I did reduce the infill to 12% and used gyroid instead of grid.

Printed fine using PLA Basic. On our Costco racks (purchased in Portland, OR), the hook fits great on the sides of the rack but it's not fitting properly on the fronts. If you look at the second pic, notice that the shelf it somewhat taller given that the horizontal shelf wires are included in the gap between the top and bottom cross wires - this means that the lower portion of the hook backing doesn't reach low enough to click into place. (I note that the pic posted by the designer has similar front wire configuration but I guess that the racks that Costco sells can vary in different locales.)

Printed fine but turned out to not fit well as the slot isn't deep enough for my wire shelf. Our rack is one of the ones commonly available from Costco.

Printed on an H2D using Bambu Lab PLA Matte (Terracotta). While I'm rating the profile highly, I do need to note that I made significant changes when printing my reindeer as I chose to use the 0.2mm nozzle that I had already set up in the printer. While some of the long internal bridging at around 92mm (refer to pic) failed to adhere, the overall result of the finished model as seen in the pics were excellent - this internal bridging issue was likely due to my choice to use the 0.2mm nozzle with a 0.12mm later height. For anyone that is interested in printing this using a 0.2mm nozzle, and understanding that this will more than double the printing time, here are the profile changes I made to facilitate that: Global: used the 0.12mm Balanced Quality profile with the Wall loops set to 2 and Sparse infill density set to 0. Objects: for the range modifier, layer height = 0.12mm, Sparse infill density = 15% Gyroid, and Wall loops = 4.

Note that I resized everything to Z-scale, applying 72.7% scaling to the objects. I used a 0.2mm nozzle with 0.10mm layer height on an H2D using PLA Matte (Terracotta & Charcoal). Note that all of the detail came out fine and I liked how all of the parts fit well together. I chose this model to see how the brick and windows printed scaled to Z. I'm planning on designing building models in Z (and scaled up to N) and I need some experience with how fine a detail I'm able to print. I intend on building this up but I note the pics show a corner piece that isn't printed. My plan is to file the wall edges to 45 degrees to have them fit together to a nice corner ... you might consider modifying your walls to have that 45 degree edge in the model. I also wonder about the large doors ... you show them open in your pics but they are printed attached to the door frame ... I guess that, if careful, they might bend without breaking off immediately. Thanks for posting this model!

Printed on an H2D using Bambu Lab PLA Matte. Very nice result ... thanks.

Printed on an H2D using Bambu Lab ASA, replaced painted brim with Outside brim, 3mm wide. Printed just fine and fits nicely. Thanks!

Printed on an H2D using Bambu Lab ASA filament.

Printed on an H2D using Bambu Lab PLA Matte.

Printed on an H2D using Bambu Lab ASA. Excellent result and glad I discovered this model.

Printed on an H2D using Bambu Lab PLA Matte, in fact the same filament used by the designer :-). Really like the simply yet elegant design that really fits exactly as intended. I did take the liberty of reducing the magnet holes (using Solidworks) to accommodate my 8mm round magnets since I didn't have any 10mm ones in my stock. Thanks for making this design available!