cooling test 3d models

Check out this curved overhang test: https://www.thingiverse.com/thing:2151369 Or my remix of it: https://www.thingiverse.com/thing:3071469 Analyse how well you cooler prints overhangs and if it cools evenly over 360° I made this to help me design...

Print Recommendations To compare with my pics (PLA), use 100% cooling at 0,2mm layer height and 30mm/sec overall (make sure other settings do not adjust). Print with enough walls and top/bottom layers that everything prints solid. Experiment with...

Simple and fast test for your cooling!

Simple and fast test for your cooling!

This is a small fast print to test your printer's ability to cool both the front and back sides of objects. If you want to test the front/back cooling of your printer, make sure the steep overhangs are oriented front to back. ...Like in the screen shot....

This is a fast test to calibrate your overhang and cooling settings. There are 2 stl files. One for a 40-55 angle and one for a 45-60. ... Printing time should be around 30min.

If your printer's object cooling needs improvement, you will see curling upwards on the tips of the test pieces. You can also examine the underside to see if there is any drooping. The notch lets you know the orientation of the object when you...

If your printer's object cooling needs enhancement, you will notice curling upwards on the tips of the test pieces. ...\r\n\r\nYou can also inspect the underside to see if there is any noticeable drooping.\r\n\r\nThe notch serves as a clear indication...

The test design features an intricate, curved structure with eight distinct sections, each radiating from a central point. ...Every variable involved is fully adjustable within the OpensCAD script, allowing for precision customization and optimization.

I designed a swift cooling experiment to determine just how slender a high-rise structure can be before encountering cooling problems, and I sketched out these plans in no time.

COOLING TEST BOWL 75 TO 50 DEGREES You're just a few degrees away from the top! (the one in the pictures is extremely close) Keep an eye on your surface finish all the way down. Steps are taken in 5 degree increments to make it easier to see what's...

Testing my new fan shroud's cooling powers. And it looks like a steampunk flower. ... Category: 3D Printing Tests

I'm putting my brand-new fan shroud to the test, seeing how well its cooling abilities hold up under pressure. ...And wouldn't you know it, this thing is looking more and more like a fancy steampunk blossom every minute.

Quick model to help adjust seam settings and Overhang torture test when printed without supports to help tune and optimise cooling/speed settings for overhangs. (pics are a quick print using standard pla profile, no support, 0.6mm nozzle, 0.2mm layer...

Quick model to help adjust seam settings and Overhang torture test when printed without supports to help tune and optimise cooling/speed settings for overhangs. (pics are a quick print using standard pla profile, no support, 0.6mm nozzle, 0.2mm layer...

My printer's cooling system is up to par, but I'm not sure about yours - it's currently engaged in a print run.

A little cooling torture test for comparing part cooling fan ducts https://www.youtube.com/watch?v=DmiH1-BqfOo

Test Object for Cooling Duct Alignment Verification. The left tower is printed without fan operation activated. The middle tower is printed with reduced cooling capacity, one fan disabled. The right tower is printed at 60% optimal cooling...

Small test object for verifying optimal airflow through the cooling ducts. The left tower is printed without any active fans. The middle tower is printed with a reduced cooling capacity due to the inactivity of one fan. The right tower is printed...

This test will evaluate not only the effectiveness of your cooling system but also identify which side of the print is receiving insufficient airflow. To facilitate this evaluation, disable any speed limitations caused by cooling issues for testing...

This is intended to not only check how effective your cooling is but also to see what side is not getting the air flow it should. For testing purposes disable any cooling print speed slow down. Slopes are at 45 angles so it should be very printable...

I'm Testing a Cooling Fan Design in Just 10-15 Minutes. This Project Was Created to Compare Two Different Fan Ducts - The Standard Wanhao i3 Plus and My Streamliner Design. ...You Can Probably Guess Which One is Which Just by Looking at the Photos.

The left frame is created without spinning its cooling components. The central frame is built with impaired heat dissipation, since one exhaust fan is nonfunctional. The right frame is manufactured at 40% of the intended cooling capacity. ... ...

I'm assessing your overhead clearance in every direction. ... After evaluating all of my heat sinks, I require a device to test them thoroughly. ... If you prefer more aggressive overhead clearance, please submit a comment with your request.

A simple test tube stand for one test tube.A great stand to exhibit your interesting test tube if you want.Unfotunately i haven't printed the full model yet, but it should work fine (I've tested earlyer versions) Print with supports.i hope you like...

Previously I had noticed the AIO micro 3D printer test did a great job of showing up the flaws of a lack of cooling fan, so I modeled a similar design. The main body is lifted up off the bed to allow a wide and challenging bridge. There are four...

Previously I had noticed the AIO micro 3D printer test did a good job of showing up the flaws of a lack of cooling fan, so I modelled a similar design. The main body is lifted up off the bed to allow a wide and difficult bridge. There are four...

I wanted to test cooling fan performance objectively back to back, so I designed this part to help. Previously I had noticed the AIO micro 3D printer test did a good job of showing up the flaws of a lack of cooling fan, so I modelled a similar...

Its design ensures rotational symmetry, allowing for comprehensive testing of cooling efficiency across all 360° angles. The overhanging sections progress rapidly in steepness, escalating from 65° to horizontal, with each layer exhibiting...

This is a very quick 4-sided calibration test to test the cooling/overhang ability of your printer. Using this test you can quickly identify which sides of the nozzle are not being cooled sufficiently. "Overhang Test_Solid.stl" has a solid bottom to...