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General| Axes | 4 |
|---|---|
| Communication | USB, Wi-Fi |
| Degrees of Freedom | 4 |
| Power Supply | 100-240V AC, 50/60Hz |
| Supported Functions | Pick and Place, Laser Engraving, 3D Printing, Writing and Drawing |
| Software Compatibility | Windows, macOS |
| Control Method | Software, API |
Explains the meaning of symbols used throughout the manual.
Highlights critical safety alerts and precautions for operation.
Offers helpful advice and recommendations for optimal usage.
Turn off the robot arm and replace the 3D printing module.
Connect the extruder and bowden tube to the robot arm as shown.
Use touchscreen or software to move the robot arm to its home position.
Set the nozzle temperature to 190°C for PLA or 230°C for ABS.
Assemble the filament holder while waiting for the nozzle temperature.
Place filament on holder and insert into extruder, leaving about 5cm exposed.
Insert filament into 3D module once target temp is reached, avoid hotend.
Insert filament until it extrudes or cannot be inserted further.
Place the build plate approximately 15cm in front of the robot arm.
Level the four corners of the build plate in the specified order.
Calibrate the first point using the touchscreen or Rotrics Studio.
Place a piece of A4 paper between the build plate and the nozzle.
Adjust the distance between build plate and nozzle using Up/Down buttons.
Adjust until slight resistance is felt when pulling the A4 paper.
Level the second, third, and fourth points using the same procedure.
Tap the Save button after all points have been successfully leveled.
Use the Reset button to revert calibration to factory default settings.
Learn how to generate G-code using Cura for printing your models.
Select the desired method for initiating the 3D printing process.
Find additional tutorials and detailed guides on the Rotrics website.
Share ideas and connect with other users in the Rotrics community.
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