XY offset calibration
Besides the vertical offset, the horizontal distance between the nozzles in the X and Y direction also needs to be stored. The print cores that are supplied with the Ultimaker 3 are already calibrated, but when the printer detects a new combination, you have to perform an XY offset calibration first. This calibration only needs to be performed once; after this, the information is stored on the printer. A correct XY calibration will ensure that the two colors or materials align well.
To perform the calibration you will need the XY calibration sheet, which you can find in the accessory box or download here. If you need to print it, make sure you print it on an A4 paper at 100% scale.
Note: Ensure 2 print cores and materials are installed before starting the calibration.
To start the calibration:
- Go to System > Maintenance > Calibration > Calibrate XY offset.
- The Ultimaker 3 will now print a grid structure on the build plate. Wait until it is finished.
- Once the Ultimaker 3 has cooled down, remove the glass plate from the printer and place it on the XY calibration sheet. Ensure the printed grid it is exactly placed on the two rectangles on the sheet.
- Find the aligned lines on the printed X grid and look which number belongs to these lines. Enter this number as the X offset value on your Ultimaker 3.
- Find the aligned lines on the printed Y grid and look which number belongs to these lines. Enter this number as the Y offset value on your Ultimaker 3.
Note: It is important that the printed XY offset print adheres well to the build plate and shows no signs of under-extrusion. If it does, it is recommended to repeat the calibration print.
-
Ultimaker S-line
- Get started
- Operation
- Air Manager
- Material Station
- Ultimaker S5 Pro Bundle
- Troubleshooting
-
Maintenance
- Update the Ultimaker S3 firmware
- Update the Ultimaker S5 firmware
- Material handling and storage
- Maintenance schedule
- Clean the printer
- Lubricate the axles
- Check for play on the axles
- Check the tension of the short belts
- Check for debris in the front fan of the print head
- Check the quality of the nozzle cover
- Lubricate the Z screw of the Z motor
- Clean the feeders
- Clean the print cores
- Lubricate the feeder gear
- Replace the Bowden tubes
- Clean the system fans
- Lubricate the hinges
- Downloads
- More support
-
Ultimaker 3
- Get started
- Operation
-
Maintenance
- Updating the firmware
- Storage and handling of materials
- Maintenance schedule
- Clean the printer
- Lubricate the axles
- Check for play on axles
- Check the tension of the short belts
- Check for residue in the front fan of the print head
- Check the quality of the silicone nozzle cover
- Lubricate the lead screw of the Z motor
- Clean the print cores
- Clean the feeders
- Replace the Bowden tubes
- Troubleshooting
- Downloads
- FAQ
- More support
-
Ultimaker 2+
- Get started
- Operation
-
Maintenance
- Updating the firmware
- Build plate calibration
- Storage and handling of materials
- Hardware maintenance
- Clean the printer
- Lubricate the axles
- Check for play on axles
- Check tension of short belts
- Lubricate the lead screw of the Z motor
- Retighten the hot-end isolator
- Clean the feeder and replace the Bowden tube
- Troubleshooting
- Downloads
- More support
-
Ultimaker Original+
-
Assembly
- Assembly
- What's in the box?
- Preparing the panels
- Assembling the frame
- Attaching various parts
- Sliding blocks
- Attaching the caps
- X and Y axles
- Z stage assembly
- Z stage installation
- Print head assembly
- Print head installation
- Aligning the print head
- Feeder assembly
- Bowden tube
- Spool holder
- UltiController
- Mounting the main board
- Connecting
- Electronics cover
- First use
- Printing
- Maintenance
- Troubleshooting
- Additional information
-
Assembly