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v1.2

Major VersionM

by Adalyn Ordono

Introduction

In this guide, you will learn how to:

  • Connect the printer to Palette 3 by USB
  • How to measure the loading offset for your extruder and how it's used for calibration
  • How to start a print

Connected Mode printing is where Palette's splicing and the printer's G-Code are combined into one file. A USB cable is used create a digital connection between Palette 3 and the printer, and stream that single file between the two devices.

If you would like to connect Palette 3 to the Internet and Canvas, please follow the steps here.

Please also see here on how to setup and slice for Palette 3 in Canvas.

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Here are video tutorials on how to print in connected mode for direct drive and bowden extruder printers.

Connected Mode Printing with Bowden Printers

Video Overview

  1. If the printer connection was skipped during the initial setup, this can still be done from the status bar menu. Connect Palette and the printer by USB cable. If unable to auto-connect, please try a manual connection by entering the baud rate and port for the printer.
    • If the printer connection was skipped during the initial setup, this can still be done from the status bar menu.

    • Connect Palette and the printer by USB cable.

    • If unable to auto-connect, please try a manual connection by entering the baud rate and port for the printer.

  2. From Palette's menu screen, tap on Start Print. Select the location for the .mcfx file. If Palette 3 is offline, the manual printer selection screen will be skipped.
    • From Palette's menu screen, tap on Start Print.

    • Select the location for the .mcfx file.

    • If Palette 3 is offline, the manual printer selection screen will be skipped.

  3. Check that the extruder clip is attached to the printer. Ensure that the correct outgoing tube length is selected on-screen.
    • Check that the extruder clip is attached to the printer.

    • Ensure that the correct outgoing tube length is selected on-screen.

  4. Enter the loading offset (LO) distance. To do this, please enter the distance between the tube clip on the extruder to the tip of the nozzle. For bowden printers, please measure from the bottom of the extruder, the bowden tube length, and hot end to the nozzle point.
    • Enter the loading offset (LO) distance. To do this, please enter the distance between the tube clip on the extruder to the tip of the nozzle.

    • For bowden printers, please measure from the bottom of the extruder, the bowden tube length, and hot end to the nozzle point.

    • After saving the LO, your printer’s calibration data will be saved. If you are not using one of the preset printer profiles on Palette, feel free to rename the printer for easier identification.

    • If a preset printer was selected, the loading offset is already stored with the preset. If the printer has a modified extruder, the loading offset will require measurement.

    • For calibration purposes, the loading offset is used to determine how much filament to create in order to start the print.

  5. Palette will initialize, before prompting to load filament into the inputs.
    • Palette will initialize, before prompting to load filament into the inputs.

    • The printer will automatically preheat while Palette produces splices.

    • Once Palette is done creating the initial splices, feed filament into the extruder.

    • Once the filament is gripped by the extruder’s gears, jog the filament to insert the tube end into the clip grommet.

    • The remaining filament to load into the extruder will be automatically jogged.

    • Clear the purged filament from the nozzle, and start printing!

  6. If the loading offset for the printer is accurate, the first transition on the tower will appear approximately 30-40% from the bottom-right. The keychain will have a clean border from the interior section.
    • If the loading offset for the printer is accurate, the first transition on the tower will appear approximately 30-40% from the bottom-right. The keychain will have a clean border from the interior section.

    • The next set of multi-material prints completed with this same printer profile will be further tuned by selecting to save or ignore the print based on calibration data.

    • Example multi-material models for profile tuning can be items like coasters, small animals or figurines.

    • Click here to learn more about Palette's calibration system in depth.

    • In the event you find that transitions are happening too early or too late, it's possible that the loading offset for the printer profile is inaccurate. To learn how to adjust this, please see this guide.

Conclusion

If you have any additional questions, please send us a message at support@mosaicmfg.com.

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