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General| Brand | Anet |
|---|---|
| Model | E10 |
| Category | 3D Printers |
| Language | English |
Ensures filament is primed in the extruder before starting a print to avoid delayed extrusion.
Adjusting bed height to ensure proper filament extrusion clearance for the first layer.
Addresses filament slippage on the drive gear, preventing proper feeding and extrusion.
Resolves issues where debris or softened plastic blocks the extruder nozzle.
Verifies and corrects bed leveling for consistent first layer adhesion.
Adjusts nozzle height for optimal filament adhesion to the build platform.
Slows down the first layer printing speed to improve bed adhesion.
Optimizes print and bed temperatures, and cooling fan usage for layer adhesion.
Utilizes tape, glues, or other materials to enhance build platform adhesion.
Uses software features like brims and rafts to increase surface area for bed adhesion.
Ensures the software's filament diameter setting matches the actual filament.
Modifies extrusion speed (flow rate) to correct under-extrusion problems.
Increases the number of solid top layers to create a complete surface.
Increases infill density to provide better support for top layers.
Addresses under-extrusion as a cause for gaps in top surfaces.
Optimizes retraction distance to minimize filament ooze during travel moves.
Fine-tunes retraction speed to prevent filament separation or grinding.
Reduces extruder temperature to decrease plastic viscosity and oozing.
Increases cooling fan speed or duration to help plastic solidify properly.
Lowers the print temperature to allow plastic to solidify faster.
Reduces print speed, especially for small layers, to allow adequate cooling time.
Prints multiple objects to increase cooling time between layers for individual parts.
Reduces print speed to prevent motors from skipping steps and causing misalignment.
Checks belt tension, pulley set-screws, and electrical connections for alignment problems.
Reduces layer height to ensure proper bonding between successive layers.
Increases print temperature to improve plastic fusion and layer adhesion.
Raises extruder temperature to improve plastic flow and reduce grinding.
Slows print speed to reduce stress on the extruder motor and filament.
Identifies and resolves partial nozzle clogs that can cause filament grinding.
Applies manual force to push filament through the extruder during operation.
Unloads and reloads filament, cutting away damaged sections.
Removes debris from the nozzle using tools or heat.
Verifies if the filament spool has run out.
Diagnoses filament grinding by the drive gear preventing extrusion.
Addresses clogs that occur mid-print, checking filament cleanliness.
Identifies overheating of the extruder motor driver causing it to stop.
Increases the infill density to improve part strength and support.
Reduces infill print speed to prevent under-extrusion and weak infill.
Checks for over-extrusion which can cause thicker layers and drag marks.
Adds more outline perimeters to strengthen the part's foundation.
Increases top solid layers to support structures printed above.
Increases infill density to provide adequate support for top layers.
Addresses variations in filament diameter or quality causing uneven extrusion.
Calibrates thermistor for stable extruder temperature to ensure consistent extrusion.
Checks for mechanical problems like bed wobble or Z-axis rod alignment affecting layer consistency.
Reduces print speed to minimize vibrations caused by sudden direction changes.
Adjusts firmware acceleration to smooth out speed changes and reduce ringing.
Investigates mechanical issues like loose screws or brackets causing printer vibrations.
Modifies 3D models to ensure features are larger than the nozzle diameter.
Replaces the nozzle with a smaller diameter tip for printing fine details.
Adjusts software settings to attempt printing small features, monitoring quality.
Checks the filament spool for tangles or resistance hindering smooth unwinding.
Inspects the nozzle for debris that may cause uneven plastic extrusion.
Ensures layer height is appropriate for nozzle size to allow smooth extrusion.
Tests new filament to rule out inconsistencies or degradation affecting extrusion.
Examines extruder drive gear tension and function for consistent filament control.
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