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Display Stand - Small Display Shelf with 3 Tiers - Print in Place with no Supports 3d model

Display Stand - Small Display Shelf with 3 Tiers - Print in Place with no Supports

2.8K downloads · 1 year ago · **Best 3D Printed Display Stand?** This display stand is fully print-in-place with no supports, sto

Description

Best 3D Printed Display Stand?

This display stand is fully print-in-place with no supports, stores flat, and locks into place. Great for displaying mini prints at home, or at craft fairs. It has 3 tiers that you can fold up or down depending on your needs.

This was designed specifically to show of Ludo models! You'll find that you can fit any Ludo model neatly on this shelf. This design was meant to help 3D print sellers display their prints at craft events, BUT its turned into a great display shelf in general!

Print in Place The entire stand can be printed on a 250 mm (or larger) print bed with no supports. It comes off the build plate fully functional, with no cleanup required! Just fold the legs and shelf out and you're good to go.

What are those Plants?!? The plants shown in the image are from the ForgeCore Pocket Plants collection. A collection of mini plants that are clickers, spinners, and fidgets.

Filaments I Used: Bambu Wood White Oak

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Community Makes (5)

Printed at 142% scale, 3 perimeters, 15% grid infill, combine every 2 layers, 0.3mm layer height using base speeds on my XL. Overture White PLA. Was ~22 hours. Added a small lip onto the front of each shelf to stop items from falling off. Tolerances still held at this much larger scale! Were far easier to dislodge when I initially pulled it off the build plate. Thanks so much for designing this! I will be using it at my vendor booth at conventions to display small items. May print some more copies for other vendor friends.

Printed at 100% scale, 3 perimeters, 15% grid infill, combine every 2 layers, 0.2mm layer height using base speeds on my XL. Overture White PLA. Was ~11 hours. Added a small lip onto the front of each shelf to stop items from falling off. The tolerances are VERY tight, even on a dialed-in machine like this. I had to smack a few areas precisely with a jeweler's hammer to get them to unstick and a metal scraper to wedge between pieces. But it all worked out! Thanks!

This stand is perfect for displaying lego mini cacti.

This printed perfectly straight off of the 3mf file. Thank you

Community Makes (5)

Discussions

YoungPrint3D1 year ago

This printed perfectly straight off of the 3mf file. Thank you

icellent1 year ago

Mouse ear brim. This is awesome:)

PrinterBambu Lab A1

MaterialPETG

Layer height0.2 mm

Infill density15 %

SupportsNone

DonnaF1 year ago

This stand is perfect for displaying lego mini cacti.

PrinterBambu Lab P1S

M0nit0r_21 year ago

Printed at 142% scale, 3 perimeters, 15% grid infill, combine every 2 layers, 0.3mm layer height using base speeds on my XL. Overture White PLA. Was ~22 hours. Added a small lip onto the front of each shelf to stop items from falling off. Tolerances still held at this much larger scale! Were far easier to dislodge when I initially pulled it off the build plate. Thanks so much for designing this! I will be using it at my vendor booth at conventions to display small items. May print some more copies for other vendor friends.

PrinterPrusa XL

Print bed sizeX: 360 mm; Y: 360 mm; Z: 360 mm

MaterialPLA

Layer height0.3 mm

Infill density15 %

AsuraX7 months ago

I had to scale to 99.63% to fit onto my Prusa Mk4

Any chance this will mess it up?

LUDO7 months ago

There is a chance that the tolerances can be messed up by scaling down but I have had others say that downsizing worked just fine for them. I just can't guarantee anything other than the file, as it is uploaded.

AsuraX7 months ago

Unfortunately the legs are just a tad too tight to pull out with the current tolerances, I have my printer tuned to .1 so it shouldnt be a problem but scaling even that very small bit puts it out of alignment.

Is it possible to get the step files to adjust it?

LUDO7 months ago

Hi, there is a lot of bridging for this shelf. Is it possible that the bridging fused the legs to the steps? The stl files can be found in the 3mf file, you should be able to export them from there if you wish to do so.

AsuraX7 months ago

The legs are fusing to the side of the walls not the top. The tolerance is too tight.

Converting this stl to a step leads to more problems so it's really difficult to modify.

hiredhand1231 year ago

Can this be scaled down without issues to fit a smaller build plate (220x220x220)?

alvinwalker31411 months ago

I know this is late but I just finished printing this at 85.68% scale on my AD5M with a .4 nozzle and .2 layer lines and 60% infill. It came out perfectly, just be careful when initially separating the pieces(that's why i chose 60% infill for the added toughness just in case). Some areas did cut it very close in terms of tolerance.

LUDO1 year ago

I would not recommend scaling this down as it may mess with the strength and tolerances of the shelf. That being said, you could give it a try if you really want to.

M0nit0r_21 year ago

Printed at 100% scale, 3 perimeters, 15% grid infill, combine every 2 layers, 0.2mm layer height using base speeds on my XL. Overture White PLA. Was ~11 hours. Added a small lip onto the front of each shelf to stop items from falling off. The tolerances are VERY tight, even on a dialed-in machine like this. I had to smack a few areas precisely with a jeweler's hammer to get them to unstick and a metal scraper to wedge between pieces. But it all worked out! Thanks!

PrinterPrusa XL

Print bed sizeX: 360 mm; Y: 360 mm; Z: 360 mm

MaterialPLA

Layer height0.2 mm

Infill density15 %

pflint3121 year ago

Do you have any additional suggestions for improving print quality? Having layer lines along the legs and a rough top surface of the shelves. Using Bambu P1P/AMS with Bambu Matte Desert tan filament. Using 0.20mm standard print settings.

Mimimomo1 year ago

Hi. I only realise the size after printing. Any chance you can make a much bigger one? 😭😭😭

LUDO1 year ago

This is as large as it can be made but also print in place. so this is the largest we can make it for a normal size printer

PoetikDragon1 year ago

Well that was a waste of a third of a spool of filament. Printed the 3mf file on my Bambu with no modifications. The gaps between parts of the model are way too tight and it came out a solid brick.

LUDO1 year ago

What printer and filament are you using? This design has 0.2 mm clearances for horizontal gaps, and 0.3 mm for vertical gaps. Which is the standard sized gaps most designs use

I recommend checking your tolerances using a model like this

If you arent able to get 0.2 mm working its likely your flow rate is set too high. Make sure you do a print before hand and calibrate your flow rate for the filament you're using