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Printing Technology | FDM (Fused Deposition Modeling) |
---|---|
Build Volume | 245 x 245 x 260 mm |
Layer Resolution | 0.05 - 0.3 mm |
Filament Diameter | 1.75 mm |
Nozzle Diameter | 0.4 mm |
Max Nozzle Temperature | 260°C |
Max Heated Bed Temperature | 80°C |
Supported Filaments | PLA, ABS, PETG, TPU |
Travel Speed | ≤180 mm/s |
Leveling | Automatic |
Frame | Metal |
Power Supply | 350W |
Connectivity | USB, SD Card |
Print Speed | 80-100 mm/s |
Display Screen | 4.3-inch touch screen |
Machine Weight | 10 kg |
Details the printer's printing technology, build size, accuracy, and supported materials.
Outlines ambient, extruder, and print bed operating temperature ranges.
Lists compatible slicing software and connectivity options like memory card and data cable.
Covers power input voltage and output rating of the printer.
Provides the printer's external dimensions and net weight.
Identifies key parts of the printer from the front perspective.
Identifies key parts of the printer from the back perspective.
Explains the interface for managing and selecting print files.
Details options for printer preparation, including leveling and preheating.
Describes various tools for controlling printer axes, temperature, speed, and lights.
Covers system-related settings like language, voice, and product information.
Instructions for assembling the printer's main frame structure.
Steps for attaching the touchscreen display and filament holder.
Guidance on correctly inserting the Teflon tubing into the extruder.
Explains how to connect all necessary wires to their corresponding ports.
Instructions for using zip ties to manage the print head wire harness and Teflon tube.
Essential checks before operating the printer, including zip tie removal and wheel tightening.
How to select the correct voltage and safely power on the printer.
Steps to initiate and perform the automatic bed leveling sequence.
Steps to prepare the filament and initiate the feeding process.
Instructions for feeding filament through the extruder and melting it through the nozzle.
Guidance on adjusting the extrusion force knob for optimal filament flow.
How to insert the memory card and select a file to begin printing.
Identifies common first layer print issues and their causes.
Explains how to adjust the Z-offset setting to improve print adhesion and quality.
Comprehensive guide to installing the Ultimaker Cura slicing software.
Steps to set up the printer parameters within the Cura software.
How to import pre-defined parameter profiles for different filaments.
Tools and techniques for adjusting, scaling, and rotating models in Cura.
Process of slicing a model and using the preview feature to check the print.
Explains how to print models either via memory card or directly via USB connection.
Procedures for cleaning and potentially replacing the printer nozzle.
Recommendations for lubricating essential moving components for smooth operation.
Guidance on cleaning various parts of the printer from filament debris and dust.
Importance of checking D-shape wheels for wear and tear.
How to clean the print platform to ensure good model adhesion.
How to check and tighten the printer's belts for optimal performance.
Solutions for issues related to motor movement and unusual noises.
Troubleshooting steps for problems with GCode files or memory card recognition.
Addresses issues like no extrusion or the extrusion motor knocking.
Solutions for filament leaks originating from the nozzle or hotend.
Guidance on fixing issues causing layers to shift during printing.
Tips for resolving issues where prints do not stick to the print bed.
Steps to take if the printer's touchscreen freezes or becomes unresponsive.
Troubleshooting for abnormal readings from sensors like the T0 sensor.
Solutions for issues related to the print head's movement not being correct.
Advice on how to handle prints that stop halfway through.
Tips for printing complex model structures with overhangs or bridges.
Addresses problems like insufficient retraction or poor print temperature control.
How to adjust nozzle height for optimal first layer adhesion and extrusion.