Embedded within the initialization start_gcode are the multi-axis blending commands M163. S0 P1 governs the primary screw extruder factor, and S1 P0.56 defines the volumetric flow ratio of the linear actuator pusher. The screw extruder parameter P under channel S0 is configured as a baseline static constant of 1 and remains unaltered.
Regarding the issue of Clay Slicer 3 not working on Eazao Potter, we offer the following suggestions:
In ceramic 3D printing, moiré patterns, often referred to by users as ghosting or pulsating patterns, are an extremely common yet easily misdiagnosed problem. Many users immediately suspect mechanical vibration, loose belts, stepper motor accuracy, or even insufficient machine rigidity.
Eazao has achieved a key breakthrough in the field of ceramic decorative panels with its independently developed Eazao M700 ceramic 3D printer and CCF continuous clay feeder.
You only need to update the End G-code to completely solve the problem.
In some batches of M500, photoelectric limit switches are used on the X and Y axes, and their wiring method is consistent with the original mechanical limit switches.
If an emergency occurs, you can press the emergency stop switch to stop the power supply to the printer mainboard and the printer stops working. Rotate the emergency stop switch in the same direction as the pointer to restore the power supply to the printer mainboard.
If you want to change the Z-axis limit mode of Eazao Potter to “Z-axis side limit” mode, please follow the steps below to modify it.
If your ceramic 3D printer fails, you need to update the printer firmware and screen to solve the problem. You can refer to the following tutorial.
As we all know, in 3D printing, successfully printing the first layer is the key to 3D printing. Whether the first layer can be perfectly printed can be used as a parameter indicator to judge the performance of the printer. Eazao has long been committed to the design and development of ceramic 3D printers, and continuously optimizes the performance and human-computer interaction of ceramic 3D printers. In response to the first layer problem of ceramic printers, two core functions, Babystep and nozzle setter, have been launched.