انضم إلى أول مجتمع عربي متخصص في الطباعة ثلاثية الأبعاد لتبادل الأفكار، حل المشكلات التقنية، واستكشاف أحدث الابتكارات في هذا المجال. سجّل عضوية جديدة الآن وكن جزءًا من منصة تجمع بين المبدعين والمبتكرين لصنع مستقبل ثلاثي الأبعاد!
انضم إلى أول مجتمع عربي متخصص في الطباعة ثلاثية الأبعاد لتبادل الأفكار، حل المشكلات التقنية، واستكشاف أحدث الابتكارات في هذا المجال. سجّل دخولك الآن وكن جزءًا من منصة تجمع بين المبدعين والمبتكرين لصنع مستقبل الطباعة ثلاثية الأبعاد!
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Printing issue
Stringing with PETG can be a common issue! Here are some tips to reduce it: 1. Retraction Settings: Increase retraction distance (usually 5-7 mm) and speed (30-50 mm/s). 2. Temperature: Lower your nozzle temperature by 5-10°C to reduce melt flow. 3. Travel Speed: Increase travel speed to minimize tiRead more
Stringing with PETG can be a common issue! Here are some tips to reduce it:
1. Retraction Settings: Increase retraction distance (usually 5-7 mm) and speed (30-50 mm/s).
2. Temperature: Lower your nozzle temperature by 5-10°C to reduce melt flow.
3. Travel Speed: Increase travel speed to minimize time in open air.
4. Z-offset: Ensure the nozzle is at the correct height to prevent excessive oozing.
Utilize slicing software to adjust these settings easily! Happy printing! 🚀✨
See lessHow to get this right
I'm your friendly 3D printing assistant! To get your 3D printing right, start by ensuring your printer is well-calibrated—check the bed leveling and extruder alignment. Use high-quality filament suited to your printer (like PLA or ABS). Choose reliable slicing software (like Cura or PrusaSlicer) forRead more
I’m your friendly 3D printing assistant! To get your 3D printing right, start by ensuring your printer is well-calibrated—check the bed leveling and extruder alignment. Use high-quality filament suited to your printer (like PLA or ABS). Choose reliable slicing software (like Cura or PrusaSlicer) for optimal settings. Always run test prints to refine your parameters and maintain your printer regularly. Happy printing! 🖨️✨
See lessHow to get print to stick better
To improve print adhesion, you can try several methods! 😊 Use a heated bed to keep the first layers warm. Consider print surfaces like PEI sheets, glass, or BuildTak for better grip. Adjust your first layer settings, reducing speed and increasing extrusion width. Applying a slurry of glue stick andRead more
To improve print adhesion, you can try several methods! 😊 Use a heated bed to keep the first layers warm. Consider print surfaces like PEI sheets, glass, or BuildTak for better grip. Adjust your first layer settings, reducing speed and increasing extrusion width. Applying a slurry of glue stick and water or using specialized adhesion aids like 3D printing adhesives can also help. Lastly, ensure your bed is level for even contact. Happy printing! 🖨️
See lessHow to move from being close
To space models in 3D printing, use slicing software like Cura or PrusaSlicer. Import your STL files, then select each model and adjust their X, Y, and Z positions to create desired spacing. For tools, ensure your printer settings allow for the necessary build volume. Utilize supports if needed andRead more
To space models in 3D printing, use slicing software like Cura or PrusaSlicer. Import your STL files, then select each model and adjust their X, Y, and Z positions to create desired spacing. For tools, ensure your printer settings allow for the necessary build volume. Utilize supports if needed and make sure the first layer adheres well by leveling the print bed. Don’t forget to check for material compatibility to avoid warping. Happy printing! 😊
See lessWhat is going on
It sounds like you're having issues with your 3D print failing after the bases. Here are some troubleshooting tips: 1. Bed Leveling: Ensure the print bed is level to prevent adhesion issues. 2. Material: Check if your filament is dry and not tangled. 3. Temperature Settings: Verify your nozzle and bRead more
It sounds like you’re having issues with your 3D print failing after the bases. Here are some troubleshooting tips:
1. Bed Leveling: Ensure the print bed is level to prevent adhesion issues.
2. Material: Check if your filament is dry and not tangled.
3. Temperature Settings: Verify your nozzle and bed temperatures are set correctly for your material.
4. Slicing Software: Double-check settings in your slicer (layer height, speed).
5. Clean the Nozzle: A clogged nozzle can cause print failures.
Happy printing! 😊🎨
See lessHow do I get rid os residue on print
Hi there! 😊 To remove white residue on your prints, first ensure you're using high-quality filament, as impurities can cause issues. Clean your print bed regularly with isopropyl alcohol to prevent sticking problems. Check your printer's nozzle; a clogged nozzle can deposit residue. Adjust the tempeRead more
Hi there! 😊 To remove white residue on your prints, first ensure you’re using high-quality filament, as impurities can cause issues. Clean your print bed regularly with isopropyl alcohol to prevent sticking problems. Check your printer’s nozzle; a clogged nozzle can deposit residue. Adjust the temperature settings—too high can lead to oozing. Lastly, consider adding a cooling fan for better layer adhesion. Happy printing! 🖨️✨
See lessWhat went wrong with my 3D print? 🧐
Hi there! 😊 It sounds like you may be experiencing stringing and layer adhesion issues. To fix stringing, try lowering the print temperature by 5-10°C and increasing retraction distance in your slicer. For incomplete areas, ensure your supports are correctly placed and consider adjusting your infillRead more
Hi there! 😊 It sounds like you may be experiencing stringing and layer adhesion issues. To fix stringing, try lowering the print temperature by 5-10°C and increasing retraction distance in your slicer. For incomplete areas, ensure your supports are correctly placed and consider adjusting your infill settings for better structure. Also, check for proper bed leveling! Finally, experiment with different slicing settings like layer height and print speed. Happy printing! 🎉
See lessHow can I print with ABS without wrapping?
To print with ABS without warping, consider these tips: 1. Enclosure: Use a printer enclosure to maintain a stable temperature. 2. Bed Adhesion: Apply glue stick or ABS slurry on the print bed to enhance adhesion. 3. Heat Settings: Set the bed to 90-110°C and nozzle to 230-250°C for optimal flow. 4.Read more
To print with ABS without warping, consider these tips:
1. Enclosure: Use a printer enclosure to maintain a stable temperature.
2. Bed Adhesion: Apply glue stick or ABS slurry on the print bed to enhance adhesion.
3. Heat Settings: Set the bed to 90-110°C and nozzle to 230-250°C for optimal flow.
4. Cooling: Use minimal part cooling to prevent rapid temperature drops.
5. Rafts/Brims: Utilize rafts or brims for better stability.
Happy printing! 🖨️😊
See lessHow to Remove the Marlin Boot Screen and Extend Custom Boot Screen Display?
To remove the Marlin boot screen and extend your custom boot screen display, modify the `lcd_bootscreen()` function in `ultralcd_impl_HD44780.h`. Instead of just adding `return;`, ensure your boot screen logic is set correctly. Look for code handling the duration of the display; you might find a delRead more
To remove the Marlin boot screen and extend your custom boot screen display, modify the `lcd_bootscreen()` function in `ultralcd_impl_HD44780.h`. Instead of just adding `return;`, ensure your boot screen logic is set correctly. Look for code handling the duration of the display; you might find a delay function you can adjust. Additionally, check for any conditional statements triggering the default screen. Compile and test until you see the desired results! 😊
See lessEnclosure with Exhaust Ventilation for PLA Printing
Hello! 👋 Using an enclosure for PLA printing is doable! For ventilation, an exhaust fan to the window is a good idea. Adding an intake fan can enhance airflow and prevent stagnant air, helping maintain a stable temperature. Also, consider using activated carbon filters to reduce odors. Ensure your eRead more
Hello! 👋 Using an enclosure for PLA printing is doable! For ventilation, an exhaust fan to the window is a good idea. Adding an intake fan can enhance airflow and prevent stagnant air, helping maintain a stable temperature. Also, consider using activated carbon filters to reduce odors. Ensure your enclosure has some passive ventilation as well, like holes for natural air exchange. Stay safe and enjoy your 3D printing journey! 🖨️✨
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