Virtual Extruder Offset:
Virtual Extruder Offset X refers to the right extruder’s offset in X axis.
Virtual Extruder Offset Y refers to the right extruder’s offset in Y axis.
Note: This function is for Raise3D Pro2 series and E2 printer to check if models are placed outside of the right extruder’s printing range.
For example, set Virtual Extruder Offset X to be 0 mm, then choose printer extruder to be right extruder, you will see the printer range is same as left extruder as Figure 1.
Set Virtual Extruder Offset X to be 25 mm, then choose printer extruder to be right extruder, you will see the printer range as Figure 2.
Figure 1: Set Virtual Extruder Offset X to be 0 mm.
Figure 2: Set Virtual Extruder Offset X to be 25 mm.
(1) Left extruder’s Clearance Setting for sequential Printing
Offset from print head left to the nozzle for Raise3D Pro2 series printer refers to the distance between left nozzle and left cooling fan as shown in Figure 3. For Raise3D E2 printers, it refers to the distance between the left printer head’s Z probe and the left printer head cover's left side as shown in Figure 4.
Figure 3: Offset from Print Head Left to the Nozzle of Raise3D Pro2 Series Printer.
Figure 4: Offset from Print Head Left of the Nozzle for Raise3D E2 printers.
Offset from print head right to the nozzle for Raise3D Pro2 series printer, it refers to the distance between left nozzle and right cooling fan as Figure 5. For Raise3D E2 printers, it refers to the distance between the left nozzle and the left printer head cover's right side as shown in Figure 6.
Figure 5: Offset from Print Head Right to the Nozzle of Raise3D Pro2 Series Printer.
Figure 6: Offset from Print Head Right to the Nozzle of Raise3D E2 Printer.
Offset from print head front to the nozzle for Raise3D Pro2 series printer, it refers to the distance between left nozzle and front cooling fan as Figure 7. For Raise3D E2
printers, this refers to the distance between the left printer head’s Z probe and the left printer head cover's front side as shown in Figure 8.
Figure 7: Offset from Print Head Front to the Nozzle of Raise3D Pro2 Series Printer.
Figure 8: Offset from Print Head Front to the Nozzle of Raise3D E2 Printer.
Offset from print head back to the nozzle for Raise3D Pro2 series printer refers to the distance between the left nozzle and printer head’s back side, Figure 9.
Note: 1. Printer head’s back side should include cables.
2. For Raise3D E2 printer, the Offset from print head back to the nozzle refers to the distance between X-axis guide rail’s front side and the nozzle, Figure 10.
Figure 9: Offset from Print Head Back to the Nozzle of Raise3D Pro2 Series Printer.
Figure 10: Offset from Print Head Back to the Nozzle of Raise3D E2 Printer.
Customize Toolhead Identifier when this function is enabled, users can edit the nozzle identifier manually.
Note:
1. It works for third-party printer only.
2. Please confirm your printer’s nozzle format before editing the toolhead identifier.
Figure 11: The Left Extruder’s Clearance Settings for Sequential Printing Tab.
(2) Right extruder’s Clearance Setting for sequential Printing
Extruder offset:
Extruder offset X refers to the offset between two nozzles in the direction of X. And we set left extruder as default nozzle. When it comes to calculate the right extruder’s position is to minus 25mm offset (which you set for X offset) in X direction.
Extruder offset Y refers to the offset between two nozzles in the direction of Y. And we set left extruder as default nozzle. When it comes to calculate the right extruder’s position is to minus 0mm offset (which you set for Y offset) in Y direction.
See Chapter 6 for details of Extruder offset.
Clearance Setting for sequential Printing：
Offset from print head left to the nozzle for Raise3D Pro2 series printers, it refers to the distance between the right nozzle and left cooling fan as Figure 12. For Raise3D E2 printers, it refers to the distance between the right printer head’s Z probe and the left printer head cover's left side as Figure 13.
Figure 12: Offset from Print Head Left to the Nozzle of Raise3D Pro2 Series Printer.
Figure 13: Offset from Print Head Left of the Nozzle of Raise3D E2 Printer.
Offset from print head right to the nozzle for Raise3D Pro2 series printer, it refers to the distance between right nozzle and right cooling fan as Figure 14. For Raise3D E2 printers, it refers to the distance between right nozzle and the left printer head cover's right side as Figure 15.
Figure 14: Offset from Print Head Right to the Nozzle of Raise3D Pro2 Series Printer.
Figure 15: Offset from Print Head Right to the Nozzle of Raise3D E2 Printer.
Offset from print head front to the nozzle for Raise3D Pro2 series printer, it refers to the distance between right nozzle and front cooling fan as Figure 16. For Raise3D E2 printers, it refers to the distance between the right printer head’s Z probe and the right printer head cover's front side as shown in Figure 17.
Figure 16: Offset from print head front to the nozzle of Raise 3D Pro2 series printer.
Figure 17: Offset from Print Head Front to the Nozzle of Raise3D E2 Printer.
Offset from print head back to the nozzle for Raise3D Pro2 series printer, it refers to the distance between right nozzle and printer head’s back side Figure 18.
Note: 1. Printer head’s back side should include cables.
2. For Raise3D E2 printers, the Offset from print head back to the nozzle refers to the distance between the X-axis guide rail front side and the nozzle Figure 19.
Figure 18: Offset from Print Head back to the Nozzle of Raise3D Pro2 series Printer.
Figure 19: Offset From Print Head Back to the Nozzle of Raise3D E2 printer.
Customize Toolhead Identifier when this function is enabled, users can edit the nozzle identifier manually.
Note:
1. It works for third-party printers only.
2. Please confirm your printer’s nozzle format before editing the toolhead identifier.
Figure 20: The Right Extruder’s Clearance Settings for Sequential Printing Tab.
-END-
