Tinybee z offset

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AI Overview
While the MKS Tinybee board itself doesn't natively support live babystepping, meaning you can't directly adjust the Z-offset while a print is in progress. You can still utilize babystepping to make permanent Z-offset adjustments by integrating the babystepped value into your Z-offset setting.
Here's how to make permanent Z-offset adjustments using babystepping on a printer with a Tinybee:

1. Enable Z-Offset Features:
In your Marlin firmware configuration (Configuration_adv.h), enable BABYSTEP_ZPROBE_OFFSET and INTEGRATED_BABYSTEPPING.
2. Adjust Z-Offset with Babystepping:
Use the printer's built-in babystepping feature (usually accessed through a menu or by double-clicking the status screen) to adjust the Z-offset.
3. Add Babystepped Value to Z-Offset:
Determine the amount you babystepped by and add that value to your Z-offset setting in Marlin's Configuration_adv.h.
4. Save and Recompile:
Save your Marlin configuration and recompile the firmware.
5. Apply to Bed Leveling:
After compiling and flashing the firmware, ensure your bed leveling is calibrated with the new Z-offset.

Important Considerations:

Persistence:
While babystepping adds to the Z-offset, it might not persist for subsequent prints if you don't save the settings in EEPROM (with M500 G-code), as noted on Reddit.

Multiplicator:
You might need to adjust the BABYSTEP_MULTIPLICATOR_Z setting in Configuration_adv.h to fine-tune how much the Z-axis moves per babystep click.
Double-Click for Z Babystepping:
Consider enabling DOUBLECLICK_FOR_Z_BABYSTEPPING for easier access to the Z-offset adjustment menu, as mentioned on 3DWork.

In essence, the Tinybee can't perform live babystepping, but you can use the babystepping function to modify the Z-offset, which will then be used for future prints if you save the settings to EEPROM and recalibrate your bed leveling.