matterhackers stringing 3d models

These are small double-towers for your stringing test, the number on each part is for reference. DON'T FORGET to actually set the retraction value to the number of the part you're printing with that setting. ... Best use "print separately" setting...

... D5-holes so they repel each other. Cut out four pieces of sandpaper using the guide provided and affix them to the parts to prevent string slippage. ... Some levelling work may be necessary depending on the accuracy of your 3D printing process.

The Test Is Underway - Stringing Check A straightforward calculation awaits us here, and we're about to dive in. Let's start with the given numbers: a base height of 0.6 millimeters and a tower height of 25 millimeters. To find the total height, we...

this is a 30x36mm print with a height of 26mm, featuring stringing towers that are 25mm tall and 5mm in diameter... the big cylinder measures 25mm in height and 20mm in diameter, with a 1mm thick wall. ... To get started, I created three files in Cura...

Just a simple Stringing-Test 0.6mm base height + 25mm Tower height = 25.6mm Wall thickness = 1.2mm Print Settings Printer: Anycubic Mega-S Rafts: No Supports: No Resolution: 0.2 Filament: Printament PETG/PLA/others Green Category: 3D Printing

Stringing Tower Test Temperature Ranges 240°C to 190°C Layer Temperatures 5 to 55 seconds Heat Up to 240°C 55 to 105 seconds Cool Down to 230°C 105 to 155 seconds Continue Cooling Down to 220°C 155 to 205 seconds Gradually Lower Temperature to 210°C...

There are already many calibration and test parts to get rid of the stringing of your printer, but this one is optimized so that you can print it quickly to achieve many iterations in a short period of time without wasting too much filament. If you...

Then check the print to see which one has least amount of stringing! Notes: 1. Ensure model height is scaled to layer height. For example, with .28mm layers, Model height = .28mm/layer x 18 layers/tier x 16 tiers = 80.64mm 2. Tier 1 is at the...

The closest pillar is 10mm from the center pillar and then 15mm, 20mm and 25mm.The center pillar test for stringing on parts with very close walls. Example retraction test.Using the script ChangatZheight we will insert the script every 5mm exept...

... to prevent it from unraveling. ... Original was close to size but did not support the MatterHacker Build Series spools. This one is modified to fit their spool. ... https://www.matterhackers.com/store/l/175mm-pla-filament-black-1-kg/sk/MY6CYEZM

I replaced these original LCD brackets from my Prusa MK2S with new ones I had stretched out by 20mm to accommodate the Matterhackers Pulse. ...Unfortunately, the Pulse's Y endstop catch was located right at the front and obstructed mine.

https://www.matterhackers.com/store/l/matterhackers-sla-resin-3d-printing-test-tile/sk/MKU20NLT To use as is: Print R_E_R_F.pwmx To set a custom start exposure: Open scene file in Lychee Set base layers to 4 or fewer Set layer thickness to 0.05 mm...

The V2 spool holder accommodates 1Kg spools within the CubeX case and works with MatterHackers filament. However, it requires numerous supports during printing due to its suboptimal design. ...In contrast, the V3 version is designed for minimal support...

By modifying your Printrbot Power Tower, you can now accommodate wider filament spools from MatterHackers. To do this, you'll need (4) 1" long 6-32 machine screws, (4) 6-32 nuts (nylock nuts are preferable), and (4) printed Bearing Bushings and...

This component is intended to establish parameters for printing PETG on a CR-10S 3D printer.

A speedy calibration test allowed me to determine exactly which retraction settings to implement.

Very simple test tower, easy to adjust the distance and to use more than just two towers if you'll ever need (just multiply the part in cura and adjust the position)

Still a work in progress This object was made in Tinkercad. ...Edit it online https://www.tinkercad.com/things/27F3CZh7PI0

https://www.thingiverse.com/thing:4441076 presented a thumb screw to replace the wing nut on the front-left corner of the BIBO bed. It is too wide for the other two positions. I have created a smaller version to fit the right-front corner and the...

<p>20min of print, 7g of pla</p>

This part was designed for determining the settings for printing PETG on my CR-10S.

just 2 poles

Now you can easily adjust the settings on your 3D printer to create a spotless version of this model!

A small bowling test with four lanes. ...Depending on chosen speed, it's finished in 15 minutes.

We're testing a fine-tooth comb approach to catch even the tiniest discrepancies and verify that all components are working together seamlessly as they should.

A simple and fastly printed stinging test with less Filament use.

Printer settings tester part designed to evaluate retraction functionality.

Test the Retraction Settings Quickly with a Simple Stringing Test - Place 4 x 10mm cubes spaced 10, 20, and 40mm apart to easily fine-tune your retraction settings based on this article:...