Full Chainmail Armor - Create your own super light chainmail

Full Chainmail Armor - Create your own super light chainmail 3D print model

Description

Create your own super light chain mail with 3d printing. (The images are real!!!)

Turn your 3D printer into a medieval forge with this groundbreaking, multi-layer chainmail model, meticulously designed to maximize space while offering unparalleled fidelity. The result is a life-sized chainmail sheet larger than your printer's build plate.

Whit this files you can print large pieces of chainmail and assemble a whole shirt very quickly.

The files included enable you to print and assemble your own full chainmail shirt, boasting a remarkable level of detail and durability.

Video Tutorials:https://www.instagram.com/propsmaker/reel/C7PDuzHOB1M/https://www.instagram.com/propsmaker/reel/C59P1-6v6s1/

Package Includes:

  • Front left chainmail piece (200x235) — 60 hours
  • Front right chainmail piece (200x235) — 60 hours
  • Back chainmail piece (200x235 - print twice) — 62 hours per piece
  • Sleeve chainmail piece (210x220 print twice) — 38 hours per piece
  • Calibration test file for print optimization
  • Individual ring file for assembly and repair.

Additional Files (Variants and for small printers)

  • Sleeve Short Version (210x105)
  • Right Short Version (200x215)
  • Left Short Version (200x215)
  • Back Short Version (200x215)

Total Printing Time: 313 hoursNote: All print times are based on the Prusa i3mk3s.

Design of the Week on FabbalooBy Kerry Stevenson on October 24th, 2022 in Design (https://www.fabbaloo.com/news/design-of-the-week-3d-printed-chainmail)

VERY IMPORTANTIt is imperative that both the general layer height and the first layer height are set to 0.3mm. The model is meticulously designed with this specific layer height in mind to ensure optimal adhesion among the rings and to the platform. Deviating from this set layer height could adversely affect the print's integrity, risking failure.

Key Specifications:

  • Critical Adhesion: Good adherence to the build plate is crucial for preventing warping and deformations that may ruin ring geometry, leading to assembly or wear issues.
  • No Supports Needed: The model includes built-in supports where necessary.
  • Adhesion Platform: A specialized platform enhances ring-to-bed adhesion, preventing print failures.
  • Leveling Aid: The adhesion platform doubles as a leveling assistant.
  • Optimized Layer Heights: Designed for a 0.3mm layer height for optimal adhesion between rings.
  • Nozzle Versatility: Compatible with 0.4mm and 0.8mm nozzles.Stringing: Fine-tuned retraction settings reduce stringing for perfect ring formation.
  • Slice Time: Complex polygonal design requires patience in slicing; latest version of PrusaSlicer recommended.

Additional InformationEnsure your printer is well-calibrated and the bed is leveled for optimal results. Maintain bed adhesion by keeping the bed clean and free of grease. Use isopropyl alcohol for cleaning and apply adhesive if necessary.

K
knabbuziak2024-10-15 03:51:15 UTC
The Ender3 has steppers that makes increments of 0.04mm in the Z-axis, how do you suggest getting the best results regarding that? I'm thinking shrinking/enlarging the whole model by 6.667% (I guess shrinking to fit the whole thing on the bed). With 0.8mm nozzle, do you only use one single wall per ring to print the rings? How much material does one complete set consume?
P
paulgfrc2024-05-05 18:21:51 UTC
I'm having a problem. I used PLA with a 0.8mm nozzle but the layer adhesion between the rings is too strong. I can barely pull them apart and when when I do a lot of the rings break from the force. I have to stick something between the layers to use leverage to break the bonds. They aren't coming apart as easily as they did in your video. Any tips?
K
krustyy2024-05-28 00:12:38 UTC
I'm on a Bambu X1 Carbon and have not had a successful test print yet. I've used 2 different rolls of silk PLA, a 0.4mm nozzle, and a 0.8mm nozzle. My printer is warning me that the 0.3mm layer height is out of spec so I'm going to try adjusting that to see if it helps. I'm also going to try regular PLA and some PETG for good measure.
Draaphy
Draaphy2024-06-26 17:03:47 UTC
I haven't had any luck with a .8mm nozzle and have been trying a .4mm with PLA+ and that's worked much better. To be fair, I'm printing with pretty cheap filament on a mostly stock ender 3 and folks aren't joking when they say it's a tough print. But yeah, the .8 nozzle was leading to a ton of stringing and globbiness and really locked the rings together and made them super hard to separate.
B
brian-vano-lee2024-01-31 09:15:40 UTC
What filament should I use so that it's durable enough? I tried ABS and PETG and they're both quite fragile.
propsmaker
propsmaker2024-02-01 02:13:08 UTC
Hii!! I always used PLA. But be sure to reduce stringing!
M
michael-scattergood2023-04-10 04:01:23 UTC
This looks absolutely amazing! Just purchased the dicebag and will be creating a plate for it in a few minutes. What are the print dimensions for these parts? They look designed for a PLA printer, whereas I'm using a Resin printer. The dice bag shouldn't be an issue, but this might be too big for my printer? Hoping to throw this into my cart next!
D
deapbreath2023-02-23 12:37:14 UTC
Hey @propsmaker. I noticed this other user that seems to have reuploaded your same files and pictures, https://www.cgtrader.com/products/chainmail-armor-super-light-chainmail. I tried to use the report button, but it didn't to go anywhere. Really admire your designs and wanted to give you a heads-up.
propsmaker
propsmaker2023-02-23 13:21:32 UTC
OMG, thank you very much! I just send a message to CGTrader to ban that user ;(. The report button is not working, don't know why, i will also tell them that. If you want some of my models, let me now and you will have it for free.
Item rating
12 4
F
fey-gilo12024-11-09 13:44:37 UTC
Not Recommended
I would give this model 3 stars. The design of the actual model is brilliant. Being able to print in layers is great. Even with all the key steps laid out I have had 4 failed prints. The spacing of the rings isn’t quite right. There are to many “floating bodies” in the design which means when it prints the rings often don’t adhere to the base or the next ring doesn’t adhere to the first. I have spent around 6 hrs working on adapting just one of the several pieces of the model. I imported it into the design software I use Shapr3D and made some minor changes. Unfortunately there were so many invalid bodies that the file couldn’t be exported. Given the several thousand individual objects in the file I was required to go object by object grouping them together until I was able to identify the invalid elements of the design before being able to print it. I would suggest the original designer do the same or make some small changes to allow for easier printing. It’s clearly possible as seen in the above image but with a little tweaking it could be much easier and use less material. The base platform is much thicker then it needs to be. Despite all of that I think the concept and the fact that most of the work has been done made this a worth while purchase. So thank you for your model
M
matthias-cottard2024-09-21 16:24:16 UTC
Not Recommended
Impossible de l'imprimer avec les infos données. PDF plus présent dans le téléchargement. Ne répond pas au message envoyé il y a plus d'une semaine
S
s3critsquirrel2024-09-05 22:25:41 UTC
Recommended
Had to make some adjustments to print on a high-speed FDM printer. But otherwise it printed just fine.
N
niknok0072024-09-04 21:36:47 UTC
Recommended
After some trial and error figuring out what filament to print this with (esun silver Pla+) printed out like a charm. I tried with Silk pla (clogged extruder) and PETG (rings stuck together too much). Ring breakage is minimal if you are careful separating the layers
G
gath-of-baal012024-04-22 03:28:08 UTC
Recommended
So, these files are definitely not for the faint of heart or poor calibration. All my attempts thus far with PETG were failures, possibly due to the lack of cooling that is inherent with PETG and the number of small moves. My first attempt with PLA was much better though. I have only done one section so far, but it was the largest and only I broke about 8 rings or so pulling it apart, but considering the density I'm quite impressed.
Full Chainmail Armor - Create your own super light chainmail
$29.99
 
Royalty Free License 
Full Chainmail Armor - Create your own super light chainmail
$29.99
 
Royalty Free License 
Response 95% in 12.4h

3D Model formats

Format limitations
  • Stereolithography (.stl) (8 files)542 MB
  • 3D Manufacturing File (.3mf)370 KB
  • Autodesk FBX (.fbx)5.07 MB
  • amf (.amf)3.79 MB

3D Model details

  • Publish date2022-10-20
  • Model ID#4063187
  • Ready for 3D Printing
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