OctoPrint-WS281x_LED_Status VS Voron-Afterburner

It is fully 3d printed (except the LED strip, wires and some M3 screws). I used an LED strip with WS2812b individually adressable LEDs. The LEDs are powered by the same Raspberry Pi that hosts OctoPrint for my printer. Using the WS281x LED Status OctoPrint plugin, the LEDs can be easily controlled.

You can control LEDs with WS281x Octoprint plugin and a Raspberry Pi with Octoprint. The board itself could probably control some MOSFETs that control a 5050 strip with PWM outputs, so you basically tell your printer you have more fans than you do, but that sounds jank as hell

There is one that works, https://plugins.octoprint.org/plugins/ws281x_led_status/

I was just wondering if it is possible if I can do something like this, without the use of octoprint… it’s probably not possible, but thought it’s worst and ask

Yea it exists : https://github.com/cp2004/OctoPrint-WS281x_LED_Status

I had the same problem and finally the Logic Level Converter caused it. I removed it and everything was fine. See also here: https://github.com/cp2004/OctoPrint-WS281x_LED_Status/issues/24

I have thrown together a quick Python script to get ws281x LED strips to work with Klipper/Moonraker (https://github.com/11chrisadams11/Klipper-WS281x_LED_Status). I searched around for one, but I could not find anything. It is based off of the WS281x_LED_Status plugin for OctoPrint (https://github.com/cp2004/OctoPrint-WS281x_LED_Status).

Possible? Sure. I've got temperatures displayed as bar graphs on RGB LEDs during heating using an excellent plugin (https://plugins.octoprint.org/plugins/ws281x_led_status/).

On the GitHub you can browse previous releases. The Afterburner is in its own repository: https://github.com/VoronDesign/Voron-Afterburner

But my printhead front keeps deforming near the heatblock (part cooling air nozzle).

Repo: https://github.com/vorondesign/voron-afterburner

go straight for the Stealthburner toolhead instead of Afterburner, my guess is SB will become the stock setup soon anyway.

Thanks for the info but I did not managed to find help in those documents related to my issue. There was a identical problem described here https://github.com/VoronDesign/Voron-Afterburner/issues/6 and it was rejected although there are more users with the same issue

No, the printer is not the extruder. Printer HAS extruder with gears from bondtech. And no, mk3s has the same problem as other printers with direct dual gears extruder. Ofc if mk3s is a most used printer, most people will have problems with mk3s. For example voron has the same issue https://github.com/VoronDesign/Voron-Afterburner/issues/6

You can still use existing bowden adapter instead of Clockwork https://github.com/VoronDesign/Voron-Afterburner/tree/afterburner/STLs/Bowden Stealthburner is just the fan assembly and a hotend mount.

Also in this case I link you a video presentation: https://youtu.be/lmJkIXW5tXc And the page with the resources: https://github.com/VoronDesign/Voron-Afterburner In this case the assembly instructions are not there because there is a chapter about it in the assembly manuals of all the different voron printers. Like if you look at the one here, at page 72 of the manual you will find the instructions specifically for the afterburner and you can ignore the rest: https://vorondesign.com/voron_switchwire