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General| Print Technology | FDM (Fused Deposition Modeling) |
|---|---|
| Nozzle Diameter | 0.4 mm |
| Filament Diameter | 1.75 mm |
| Leveling | Auto Leveling |
| Nozzle Temperature | up to 260°C |
| Bed Temperature | up to 100°C |
| Supported Materials | PLA, ABS, PETG, TPU |
| Connectivity | SD Card, USB |
| Display | Touchscreen |
| Frame Structure | Aluminum |
| Power Supply | 24V |
Inspect the hot end's smooth movement on the X-axis and adjust eccentric nuts if loose or stuck.
Inspect the hot bed's smooth movement on the Y-axis and adjust eccentric nuts if loose or stuck.
Check belt tightness on X&Y axes and adjust using belt tensioners.
Connect the hot bed and gantry kits using M5*35 screws.
Mount the Y-axis limit switch using M3*16 screws.
Attach the filament holder kit to the gantry.
Secure the filament holder to the gantry top using M3*6 screws and T-nuts.
Insert the Teflon tube into the extruder.
Overview of the printer's main screen interface with Tool, Settings, and Printing options.
Details the functions available in the Tool menu, including Preheat, Change, Move, Home, etc.
Explains how to preheat the nozzle and hotbed for PLA, ABS, or custom temperatures.
Instructions for changing filament and moving printer axes via touchscreen.
Describes the functions to return axes home and perform automatic bed leveling.
Guides on manual bed leveling and unlocking printer motors.
Overview of settings like filament runout, language, buzzer, and LED controls.
Accessing About menu for hardware/firmware info and Restore function.
Navigating the printing menu and understanding the printing status interface.
Step-by-step guide for performing automatic bed leveling.
How to determine if the printer bed has been leveled correctly.
Detailed steps for calibrating the auto-leveling sensor.
Explains the heating and leveling process, including expected duration.
Common issues and solutions for failed auto-leveling.
Instructions for manual bed leveling using the touchscreen interface.
Detailed steps for manual leveling, including using A4 paper for distance measurement.
How to adjust the Z-offset for optimal first layer adhesion.
Steps to start the filament loading process via the touchscreen.
How to insert filament into the extruder and confirm loading.
Information on the required G-code file format for printing.
How to prepare and place G-code files on the Micro SD card.
Instructions for inserting the Micro SD card into the printer.
Steps to select a G-code file and initiate the printing process.
How to adjust hotbed and nozzle temperatures during printing.
Procedure for changing filament while a print is in progress.
Adjusting the speed of the hot-end cooling fan.
Options to control the hot-end LED color or turn it off.
Enabling/disabling the filament runout detection feature.
Fine-tuning nozzle-to-bed distance during printing.
Modifying printing speed and extruder extrusion rates.
Common causes and solutions for problems with filament extrusion.
Troubleshooting steps for abnormal extruder gear noise.
Solutions for non-stick prints or bed scratching due to first layer problems.
Reasons and fixes for layer shifting during printing.
Troubleshooting steps for unexpected print stoppages.
Visual representation of the mainboard connections for various components.
Diagram showing the wiring connections for the hotend assembly.
Table listing key technical specifications and parameters of the Mizar S printer.
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