3DGence DOUBLE User manual

Service manual:
XY AXES CALIBRATION
3DGence DOUBLE

XY axes CALIBRATION OF 3DGENCE DOUBLE
05.2018 3DGence DOUBLE | Support: [phone] | www.3dgence.com/support
1. Prepare calibration model .gcode using 3DGence Slicer. The Dimmension_Calibration.stl model is available on
www.3dgence/support in Your files category (Your files category is available after creating an account and
registering the device).
2. Turn on the printer.
3. Load filament by choosing the following commands from printer’s menu:
Materials →Load Model Material/Load Support Material then follow the instructions on printer’s screen.
4. Start the printing of the calibration model.
5. After finishing the printing, wait until the colour lights turn green, then remove the model from the heatbed and
wait about 5 minutes to stabilize the temperature.
6. Put the cross on a flat surface and check the measurements on X-axis and Y-axis.
a) Place a caliper on the upper part of the cross, lean the ends of the clamps on as surface, put the limb of the
cross into outside large jaws.
b) Check and note down the measure on X-axis and Y-axis.
Repeat the actions for each axis 5 times. Reject the highest and the lowest measurement from each group.
Calculate the average.
MEASURMENT:
X:
Y:
100,08
100,06
100,05
100,04
100,05
100,07
100,06
100,08
100,06
100,05
AVERRAGE:
100,05
100,06
7. If the measurements are between 99,95 - 100,05 mm (the tolerance ±0,05 mm) and the difference between the
measurements on X-axis and Y-axis is between 0 –0,5 –the printer is calibrated correctly.

XY axes CALIBRATION OF 3DGENCE DOUBLE
05.2018 3DGence DOUBLE | Support: [phone] | www.3dgence.com/support
8. If the printing does not comply with these requirements, make following corrections:
a) choose from printer’s menu following commands: MENU →ADVANCED →XY CALIB.
b) enter the original dimension to X-axis = 100,
c) enter the measured dimension on X-axis,
d) enter the original dimension to X-axis = 100,
e) enter the measured dimension on Y-axis,
f) save the measurements by choosing: SAVE.
9. Print the model again, then repeat the actions until the measurements oscillate between 99,95 –100,05
(the tolerance ±0,05) and the difference between the measurements will be around 0 –0,05.