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33 results for “marlinfirmware”
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Marlin Firmware 2.1.2.7 patches SPI handling for TFT LVGL UI, and adds example Configurations and pre-built Binaries for Creality 4.2.7 board and ProUI interface. This release is recommended for all users. #RepRap #3DPrinting #OpenSource
https://github.com/MarlinFirmware/Marlin/releases/tag/2.1.2.7
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Marlin 2.1.2.6 is a minor release bringing over some changes from the latest development branch.
https://github.com/MarlinFirmware/Marlin/releases/tag/2.1.2.6
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@thinkyhead @layers @marlinfirmware
I agree, but one thing to note is, #Marlin is big, and you are big. You have a say and some power behind your voice, but smaller #FOSS developers still suffer.
One thing that disgusts me is 3D printing companies just actually doing this.
In the popular series "Blue Bloods", Frank Regan said that it is so disgusting when a cop commits a crime, because cops should not be kept at the same standard as other people, but at a higher standard.
Now we have companies coming in here. Like #SnapMaker, saying they love #opensource and they want you to create what you want at home and I would put money on it that would attempt a rip-off of #Printables or #Thingiverse in the future for "open-source", but then they do stuff like this.
I honestly didn't know this about them. I was actually interested in buying their #IDEX printer.
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*Reads. Looks straight forward.*
WELP. There goes this weekend. I'm already on Marlin 2.1.1 so this should be good to go, @marlinfirmware 😈 #3DPrinting #InputShaping
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Input Shaping
https://marlinfw.org/docs/gcode/M593.html
Set the Input Shaping damping factor and/or frequency (in Hertz) for axes that support it. Use M593 with no parameters to report the current settings.
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*Reads. Looks straight forward.*
WELP. There goes this weekend. I'm already on Marlin 2.1.1 so this should be good to go, @marlinfirmware 😈 #3DPrinting #InputShaping
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Input Shaping
https://marlinfw.org/docs/gcode/M593.html
Set the Input Shaping damping factor and/or frequency (in Hertz) for axes that support it. Use M593 with no parameters to report the current settings.
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*Reads. Looks straight forward.*
WELP. There goes this weekend. I'm already on Marlin 2.1.1 so this should be good to go, @marlinfirmware 😈 #3DPrinting #InputShaping
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Input Shaping
https://marlinfw.org/docs/gcode/M593.html
Set the Input Shaping damping factor and/or frequency (in Hertz) for axes that support it. Use M593 with no parameters to report the current settings.
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*Reads. Looks straight forward.*
WELP. There goes this weekend. I'm already on Marlin 2.1.1 so this should be good to go, @marlinfirmware 😈 #3DPrinting #InputShaping
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Input Shaping
https://marlinfw.org/docs/gcode/M593.html
Set the Input Shaping damping factor and/or frequency (in Hertz) for axes that support it. Use M593 with no parameters to report the current settings.
-
*Reads. Looks straight forward.*
WELP. There goes this weekend. I'm already on Marlin 2.1.1 so this should be good to go, @marlinfirmware 😈 #3DPrinting #InputShaping
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Input Shaping
https://marlinfw.org/docs/gcode/M593.html
Set the Input Shaping damping factor and/or frequency (in Hertz) for axes that support it. Use M593 with no parameters to report the current settings.
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Marlin 2.1.2 has been released!
- #Marlin 2.1.2 introduces #InputShaping to compensate for machine vibrations by carefully timing its movement impulses.
- #InputShaping results in much cleaner output and allows for higher print speeds with no loss of quality. Although this implementation has received extensive testing, it is still considered experimental. -
Marlin 2.1.2 has been released!
- #Marlin 2.1.2 introduces #InputShaping to compensate for machine vibrations by carefully timing its movement impulses.
- #InputShaping results in much cleaner output and allows for higher print speeds with no loss of quality. Although this implementation has received extensive testing, it is still considered experimental. -
Marlin 2.1.2 has been released!
- #Marlin 2.1.2 introduces #InputShaping to compensate for machine vibrations by carefully timing its movement impulses.
- #InputShaping results in much cleaner output and allows for higher print speeds with no loss of quality. Although this implementation has received extensive testing, it is still considered experimental. -
Marlin 2.1.2 has been released!
- #Marlin 2.1.2 introduces #InputShaping to compensate for machine vibrations by carefully timing its movement impulses.
- #InputShaping results in much cleaner output and allows for higher print speeds with no loss of quality. Although this implementation has received extensive testing, it is still considered experimental. -
Marlin 2.1.2 has been released!
- #Marlin 2.1.2 introduces #InputShaping to compensate for machine vibrations by carefully timing its movement impulses.
- #InputShaping results in much cleaner output and allows for higher print speeds with no loss of quality. Although this implementation has received extensive testing, it is still considered experimental. -
What happens when you hook a Hermes agent up to a 3D printer and teach it to use that printer for testing? We will soon have the answer. #OpenSource #3DPrinting #RepRap #Hermes
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Join me at 6pm CST to celebrate the wonderful world of RepRap and 59 years of being an unapologetic @thinkyhead .
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There are many ways to multi material….
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We're leveling up with an automated Input Shaping tuner by David Buezas for your favorite RP2040+ADXL+USB device.
You've got to check this out! Press the "Simulate" button under "Measure Axis" to see mathematical magic in action.
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Slow and steady builds the future. #OpenSource #Posthumanism
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Realtime 100x print speed is possible, but only in simulation! Attach the Marlin Simulator to LLDB in VSCode and there's no more fun and exciting way to debug and test your improvements to our small and maximally efficient #OpenSource motion system. #RepRap #3DPrinting #ImgUI
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"Auto Build Marlin" is a VSCode extension created by the lead developer of Marlin Firmware to provide all the tools you need in one convenient location. It's never been easier to configure, build, and update your motion system firmware!
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It's not magic, it's maths! Well, okay, it's actually both. https://youtube.com/shorts/bzNB46Av740 #InputShaping #3Dprinting
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It's not magic, it's maths! Well, okay, it's actually both. https://youtube.com/shorts/bzNB46Av740 #InputShaping #3Dprinting
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It's not magic, it's maths! Well, okay, it's actually both. https://youtube.com/shorts/bzNB46Av740 #InputShaping #3Dprinting
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It's not magic, it's maths! Well, okay, it's actually both. https://youtube.com/shorts/bzNB46Av740 #InputShaping #3Dprinting
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It's not magic, it's maths! Well, okay, it's actually both. https://youtube.com/shorts/bzNB46Av740 #InputShaping #3Dprinting
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So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
The selected instruction in the screenshot is the one I added. (Continues...) -
So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
The selected instruction in the screenshot is the one I added. (Continues...) -
So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
The selected instruction in the screenshot is the one I added. (Continues...) -
So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
The selected instruction in the screenshot is the one I added. (Continues...) -
So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
The selected instruction in the screenshot is the one I added. (Continues...)