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Custom G-Code for Automating 3D Printing on Bambu X1C Anyone
About the job
Custom G-Code for Automating 3D Printing on Bambu X1C
I’m seeking an experienced developer to create custom G-code to automate the 3D printing process on a Bambu X1C printer using Bambu PETG HF filament and Bambu PLA Basic filament.
Key Requirements:
Model Ejection & Reset:
After each print, the printer should automatically eject the finished model from the print bed.
Automated Print Restart:
After ejection, the printer should begin the next print automatically without manual intervention.
Multiple Build Plates:
The G-code must support printing one model after another from different build plates. Each print should start on a cleared plate, and while models may slightly vary, they will generally be around 205mm x 158mm x 120mm. The code should account for minor size variations, and the instructions should clearly explain how to modify the code for different print sizes.
Nozzle Size Adjustment:
The G-code must work with 0.4mm, 0.6mm, and 0.8mm nozzles. The instructions should clearly outline how to modify the code when changing nozzles, covering adjustments to print speed, layer height, and other relevant settings.
Deliverables:
Two separate sets of G-code:
One set for Bambu PETG HF filament
One set for Bambu PLA Basic filament
Clear instructions that outline the process, including specific notes on usage.
Guidance on modifying G-code for:
Changes in model size (especially height) for proper ejection.
Changes in nozzle size (0.4mm, 0.6mm, and... read more
I’m seeking an experienced developer to create custom G-code to automate the 3D printing process on a Bambu X1C printer using Bambu PETG HF filament and Bambu PLA Basic filament.
Key Requirements:
Model Ejection & Reset:
After each print, the printer should automatically eject the finished model from the print bed.
Automated Print Restart:
After ejection, the printer should begin the next print automatically without manual intervention.
Multiple Build Plates:
The G-code must support printing one model after another from different build plates. Each print should start on a cleared plate, and while models may slightly vary, they will generally be around 205mm x 158mm x 120mm. The code should account for minor size variations, and the instructions should clearly explain how to modify the code for different print sizes.
Nozzle Size Adjustment:
The G-code must work with 0.4mm, 0.6mm, and 0.8mm nozzles. The instructions should clearly outline how to modify the code when changing nozzles, covering adjustments to print speed, layer height, and other relevant settings.
Deliverables:
Two separate sets of G-code:
One set for Bambu PETG HF filament
One set for Bambu PLA Basic filament
Clear instructions that outline the process, including specific notes on usage.
Guidance on modifying G-code for:
Changes in model size (especially height) for proper ejection.
Changes in nozzle size (0.4mm, 0.6mm, and... read more
Custom G-Code for Automating 3D Printing on Bambu X1C
I’m seeking an experienced developer to create custom G-code to automate the 3D printing process on a Bambu X1C printer using Bambu PETG HF filament and Bambu PLA Basic filament.
Key Requirements:
Model Ejection & Reset:
After each print, the printer should automatically eject the finished model from the print bed.
Automated Print Restart:
After ejection, the printer should begin the next print automatically without manual intervention.
Multiple Build Plates:
The G-code must support printing one model after another from different build plates. Each print should start on a cleared plate, and while models may slightly vary, they will generally be around 205mm x 158mm x 120mm. The code should account for minor size variations, and the instructions should clearly explain how to modify the code for different print sizes.
Nozzle Size Adjustment:
The G-code must work with 0.4mm, 0.6mm, and 0.8mm nozzles. The instructions should clearly outline how to modify the code when changing nozzles, covering adjustments to print speed, layer height, and other relevant settings.
Deliverables:
Two separate sets of G-code:
One set for Bambu PETG HF filament
One set for Bambu PLA Basic filament
Clear instructions that outline the process, including specific notes on usage.
Guidance on modifying G-code for:
Changes in model size (especially height) for proper ejection.
Changes in nozzle size (0.4mm, 0.6mm, and 0.8mm), covering necessary adjustments for each nozzle size.
I will provide an example G-code that can serve as a starting point, along with a video explaining the process used to create the example. You can either modify this or write your own G-code.
Requirements:
Experience with custom G-code scripting for 3D printers.
Familiarity with the Bambu X1C printer and its features.
Ability to create G-code that handles variable model sizes, filament types, and multiple build plates.
Knowledge of how to optimize G-code for 0.4mm, 0.6mm, and 0.8mm nozzles.
Ability to provide clear, user-friendly instructions for modifying the G-code.
Please provide examples of previous G-code or automation projects. I look forward to collaborating with a developer to streamline my 3D printing process.
This is a one-time project.
I m hoping to have this project complete & tested within 7 days
My budget is between $100.00-$200.00
Video Link:
https://www.youtube.com/watch?v=Vxj1ii6dPYo read less
I’m seeking an experienced developer to create custom G-code to automate the 3D printing process on a Bambu X1C printer using Bambu PETG HF filament and Bambu PLA Basic filament.
Key Requirements:
Model Ejection & Reset:
After each print, the printer should automatically eject the finished model from the print bed.
Automated Print Restart:
After ejection, the printer should begin the next print automatically without manual intervention.
Multiple Build Plates:
The G-code must support printing one model after another from different build plates. Each print should start on a cleared plate, and while models may slightly vary, they will generally be around 205mm x 158mm x 120mm. The code should account for minor size variations, and the instructions should clearly explain how to modify the code for different print sizes.
Nozzle Size Adjustment:
The G-code must work with 0.4mm, 0.6mm, and 0.8mm nozzles. The instructions should clearly outline how to modify the code when changing nozzles, covering adjustments to print speed, layer height, and other relevant settings.
Deliverables:
Two separate sets of G-code:
One set for Bambu PETG HF filament
One set for Bambu PLA Basic filament
Clear instructions that outline the process, including specific notes on usage.
Guidance on modifying G-code for:
Changes in model size (especially height) for proper ejection.
Changes in nozzle size (0.4mm, 0.6mm, and 0.8mm), covering necessary adjustments for each nozzle size.
I will provide an example G-code that can serve as a starting point, along with a video explaining the process used to create the example. You can either modify this or write your own G-code.
Requirements:
Experience with custom G-code scripting for 3D printers.
Familiarity with the Bambu X1C printer and its features.
Ability to create G-code that handles variable model sizes, filament types, and multiple build plates.
Knowledge of how to optimize G-code for 0.4mm, 0.6mm, and 0.8mm nozzles.
Ability to provide clear, user-friendly instructions for modifying the G-code.
Please provide examples of previous G-code or automation projects. I look forward to collaborating with a developer to streamline my 3D printing process.
This is a one-time project.
I m hoping to have this project complete & tested within 7 days
My budget is between $100.00-$200.00
Video Link:
https://www.youtube.com/watch?v=Vxj1ii6dPYo read less
Custom G-Code for Automating 3D Printing on Bambu X1C
I’m seeking an experienced developer to create custom G-code to automate the 3D printing process on a Bambu X1C printer using Bambu PETG HF filament and Bambu PLA Basic filament.
Key Requirements:
Model Ejection & Reset:
After each print, the printer should automatically eject the finished model from the print bed.
Automated Print Re... read more
I’m seeking an experienced developer to create custom G-code to automate the 3D printing process on a Bambu X1C printer using Bambu PETG HF filament and Bambu PLA Basic filament.
Key Requirements:
Model Ejection & Reset:
After each print, the printer should automatically eject the finished model from the print bed.
Automated Print Re... read more
Custom G-Code for Automating 3D Printing on Bambu X1C
I’m seeking an experienced developer to create custom G-code to automate the 3D printing process on a Bambu X1C printer using Bambu PETG HF filament and Bambu PLA Basic filament.
Key Requirements:
Model Ejection & Reset:
After each print, the printer should automatically eject the finished model from the print bed.
Automated Print Restart:
After ejection, the printer should begin the next print automatically without manual intervention.
Multiple Build Plates:
The G-code must support printing one model after another from different build plates. Each print should start on a cleared plate, and while models may slightly vary, they will generally be around 205mm x 158mm x 120mm. The code should account for minor size variations, and the instructions should clearly explain how to modify the code for different print sizes.
Nozzle Size Adjustment:
The G-code must work with 0.4mm, 0.6mm, and 0.8mm nozzles. The instructions should clearly outline how to modify the code when changing nozzles, covering adjustments to print speed, layer height, and other relevant settings.
Deliverables:
Two separate sets of G-code:
One set for Bambu PETG HF filament
One set for Bambu PLA Basic filament
Clear instructions that outline the process, including specific notes on usage.
Guidance on modifying G-code for:
Changes in model size (especially height) for proper ejection.
Changes in nozzle size (0.4mm, 0.6mm, and 0.8mm), covering necessary adjustments for each nozzle size.
I will provide an example G-code that can serve as a starting point, along with a video explaining the process used to create the example. You can either modify this or write your own G-code.
Requirements:
Experience with custom G-code scripting for 3D printers.
Familiarity with the Bambu X1C printer and its features.
Ability to create G-code that handles variable model sizes, filament types, and multiple build plates.
Knowledge of how to optimize G-code for 0.4mm, 0.6mm, and 0.8mm nozzles.
Ability to provide clear, user-friendly instructions for modifying the G-code.
Please provide examples of previous G-code or automation projects. I look forward to collaborating with a developer to streamline my 3D printing process.
This is a one-time project.
I m hoping to have this project complete & tested within 7 days
My budget is between $100.00-$200.00
Video Link:
https://www.youtube.com/watch?v=Vxj1ii6dPYo read less
I’m seeking an experienced developer to create custom G-code to automate the 3D printing process on a Bambu X1C printer using Bambu PETG HF filament and Bambu PLA Basic filament.
Key Requirements:
Model Ejection & Reset:
After each print, the printer should automatically eject the finished model from the print bed.
Automated Print Restart:
After ejection, the printer should begin the next print automatically without manual intervention.
Multiple Build Plates:
The G-code must support printing one model after another from different build plates. Each print should start on a cleared plate, and while models may slightly vary, they will generally be around 205mm x 158mm x 120mm. The code should account for minor size variations, and the instructions should clearly explain how to modify the code for different print sizes.
Nozzle Size Adjustment:
The G-code must work with 0.4mm, 0.6mm, and 0.8mm nozzles. The instructions should clearly outline how to modify the code when changing nozzles, covering adjustments to print speed, layer height, and other relevant settings.
Deliverables:
Two separate sets of G-code:
One set for Bambu PETG HF filament
One set for Bambu PLA Basic filament
Clear instructions that outline the process, including specific notes on usage.
Guidance on modifying G-code for:
Changes in model size (especially height) for proper ejection.
Changes in nozzle size (0.4mm, 0.6mm, and 0.8mm), covering necessary adjustments for each nozzle size.
I will provide an example G-code that can serve as a starting point, along with a video explaining the process used to create the example. You can either modify this or write your own G-code.
Requirements:
Experience with custom G-code scripting for 3D printers.
Familiarity with the Bambu X1C printer and its features.
Ability to create G-code that handles variable model sizes, filament types, and multiple build plates.
Knowledge of how to optimize G-code for 0.4mm, 0.6mm, and 0.8mm nozzles.
Ability to provide clear, user-friendly instructions for modifying the G-code.
Please provide examples of previous G-code or automation projects. I look forward to collaborating with a developer to streamline my 3D printing process.
This is a one-time project.
I m hoping to have this project complete & tested within 7 days
My budget is between $100.00-$200.00
Video Link:
https://www.youtube.com/watch?v=Vxj1ii6dPYo read less
Things to know
Expert
Skill Level
$200
Fixed-rate (USD)
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
3D Printing
Process Automation
Python scripting
Job categories
CNC Programming
3D Printing Design
3D Printing Services
Computer Numerical Control
Software Developers
+2 more
Languages
English
Professional working proficiency
About the client
Payment not ready
United States (06:31 pm)
Posted
Active
Job activity
2 Applicants
0 interviews in progress
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