These printer/material profiles are meant to help you find the best print settings for your needs. Different printers, hot-ends, or modifications may require different settings, so it's difficult to provide a general recommendation that works for every printer and desired print quality and function. If you have any issues with our materials, please contact our support for assistance. Share a screenshot of your printer slicer export config, your printer setup, or any test prints you have done. We have found that most of the newer slicer default profiles print well with our materials, such as Prusa/Bambu Labs printers, but some engineering materials may require additional changes to improve either strength or visual appearance, depending on your use case.
At this stage, we can only offer assistant for Orca Slier, Super Slicer, Prusa Slicer or Bambu Slicer.
How to Export Profile: https://support.dremc.com.au/en/support/solutions/articles/51000370331-how-to-export-print-profile-in-bambu-lab-slicer-prusa-slicer-super-slicer
How to Import Profile: https://support.dremc.com.au/en/support/solutions/articles/51000389089-how-to-import-print-profile-in-bambu-lab-slicer-prusa-slicer-super-slicer
DISCLAIMER:
The created printing profiles are intended for reference only. They should not be used for design specifications or quality control purposes.
End-use performance of printed parts depends not only on materials and printing conditions but also on part design, environmental conditions, etc. Printing profiles are subject to change without notice. Each user is responsible for determining the safety, lawfulness, and technical suitability of recommended printing profiles for the intended application. DREMC makes no warranty of any kind unless announced separately, to the fitness for any use or application. DREMC shall not be made liable for any damage, injury or loss induced by the use of recommended printing profiles in any application.
DREMC Filament Range: https://store.dremc.com.au/collections/dremc-filament
Need something custom? Contact Us or 3D Printing Consulting Services
For customised B2B Filament, please refer to email information pack or reach out to us for print profile or print tuning for your application.
TABLE OF CONTENTS
- Orca Slicer (For X1E)
- Orca Slicer (For A1 Series)
- Orca Slicer (For X1C/P1P Series/Voron)
- Bambu Labs Slicer (For X1E)
- Bambu Labs Slicer (For X1 and P1 Series)
- Bambu Labs Slicer (For A1 Series)
- Super Slicer (For Voron)
- Super Slicer (For Generic)
- Prusa Slicer (For Generic)
- Prusa Slicer (For Creality Ender 3 V3 SE)
- Orca Slicer (For Creality Ender 3 V3 SE)
- Orca Slicer (For Creality K1 Series)
- Prusa Slicer (Prusa MK3/MK4)
Orca Slicer (For X1E)
R2.1: (Based on Orca Slicer 2.1.1) Migrated PET CF/PA6 CF and support changes from Bambu Slicer Profile
DREMC Bambu X1E 0.4mm (Profile) R2.1
DREMC Bambu X1E 0.6mm (Profile) R2.1
R2:
DREMC Bambu X1E 0.4mm (Profile) Based on Orca Slicer 2.0 (R2)
DREMC Bambu X1E 0.6mm (Profile) Based on Orca Slicer 2.0 (R2)
Filament Profile Only (0.4mm and 0.6mm)
R2 Change Log
- Slicer migrated to Orca Slicer 2.0
- Added specific print profile for engineering materials(ABS/PC ABS/ASA)
- R2: Support Custom Profile (More Information: https://wiki.bambulab.com/en/bambu-studio/create-filament#synchronization-of-custom-filaments)
R1:
DREMC Bambu X1E 0.4mm (Profile) Based on Orca Slicer 1.9.1 (R1)
DREMC Bambu X1E 0.6mm (Profile) Based on Orca Slicer 1.9.1 (R1)
Do you need further assistance or service contract? See our consulting information: https://support.dremc.com.au/support/solutions/articles/51000347068-3d-printing-consulting-service-agreements
Orca Slicer (For A1 Series)
R2:
DREMC Bambu A1 Mini 0.4mm (Profile) Based on Orca Slicer 2.0.0 (R2)
DREMC Bambu A1 0.4mm (Profile) Based on Orca Slicer 2.0.0 (R2)
R2 Changelog
- Added support for AMS Filament Sync
- Small improvement to print profile
- Based on Orca Slicer 2.0
R1:
DREMC Bambu A1 Mini 0.4mm (Profile) Based on Orca Slicer 1.9.1 (R1)
DREMC Bambu A1 0.4mm (Profile) Based on Orca Slicer 1.9.1 [See R2 Release above]
Orca Slicer (For X1C/P1P Series/Voron)
Note for abrasive filled materials like CF / Carbon Fibre supported profiles are only 0.6mm profile.
Note: Profile tested on texture PEI (DREMC Texture PEI or Satin PEI) / High Temp Plate (DREMC Black Smooth PEI)
R1 Profile Note: Some profiles are suitable for the P1 series. For some high bed temperatures, you may want to reduce the bed temperature to a maximum of 100°C and implement a wait-for-chamber-temperature delay so the chamber is hot enough to prevent warping for large prints. Alternatively, use bed adhesive to help with adhesion. For the stock P1, please note that for abrasive filaments, you should ensure you are using hardened extruder gears and a hardened steel hotend.
Profile is built upon some of default profile from SoftFever Fork of Orca Slicer of X1C and Voron Trident 300. So when importing R1, you will need have those printer configuration added to your slicer for profile to show up.
Voron Printer Profile (Printer Bundle) (For R1 Only)
As always if you have any issues or concerns with print profile and need help tuning yours, don't hesitant to contact us. Submit a ticket Here
Profile Bundle
R2.1 (Based on Orca Slicer 2.1.1)
DREMC Bambu X1 Series 0.4mm (Profile Bundle)
DREMC Bambu X1 Series 0.6mm (Profile Bundle) (CF Only)
DREMC Voron 0.4mm (Profile Bundle) (Based on Voron 350 Trident)
DREMC Voron 0.6mm (Profile Bundle) (Based on Voron 350 Trident) (CF Filled Materials Only)
DREMC Bambu P1 Series (0.4mm) (Profile Bundle)
DREMC Bambu P1 Series (0.6mm) (Profile Bundle) (CF Only)
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R2: Support Custom Profile (More Information: https://wiki.bambulab.com/en/bambu-studio/create-filament#synchronization-of-custom-filaments)
ASA CF (ASA Carbon Fibre)
AVOID LOADING INTO AMS (Filled material is abrasive and may reduce the life of the PTFE, requiring more frequent replacement)
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic ASA Filament Profile)
- Nozzle: 260-290c
- Texture PEI Plate (110c) / High Temp Plate (110c)
- Cooling (Min Fed Speed: 10% / Max Fan Speed: 15% / Fan Speed for overhangs: 20% ) (Min Layer Time:15s)
Print Profile (For Voron Printers Functional Profile)
Default Standard 0.2 Bambu Profile
DREMC Modified Profile for X1C
DREMC Bambu X1 0.6mm (Profile Functional) Based on Orca Slicer 1.9.1
PETG CF (PETG Carbon Fibre)
AVOID LOADING INTO AMS (Filled material is abrasive and may reduce the life of the PTFE, requiring more frequent replacement)
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic PETG-CF Filament Profile)
- Nozzle: 260-280c
- Texture PEI Plate (80c) / High Temp Plate (80c)
DREMC Bambu X1 0.6mm (Profile Functional) Based on Orca Slicer 1.9.1
PETG / PETG Sparkle
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic PETG Filament Profile)
- Nozzle: 250-270c
- Texture PEI Plate (80c) / High Temp Plate (80c)
DREMC Bambu X1 0.4mm (Profile Functional) Based on Orca Slicer 1.9.1
ASA / Sparkle ASA
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic ASA Filament Profile)
- Nozzle 260-270c
- Texture PEI Plate (110c) / High Temp Plat (110c)
- Cooling (Min Fed Speed: 10% / Max Fan Speed: 20% / Fan Speed for overhangs: 20% ) (Min Layer Time:20s)
Print Profile (For Voron Printers Functional Profile)
DREMC Modified Profile for X1C
DREMC Bambu X1 0.4mm (Profile Functional) Based on Orca Slicer 1.9.1
Sparkle ABS+ / ABS+
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic ABS Filament Profile)
- Nozzle 250-260c
- Texture PEI Plate (100c) / High Temp Plate (90c)
- Cooling (Min Fed Speed: 10% / Max Fan Speed: 50% / Fan Speed for overhangs: 50% ) (Min Layer Time:15s, Max Layer Time: 3s)
Print Profile (For Voron Printers Functional Profile)
Default Standard 0.2 Bambu Profile
DREMC Modified Profile for X1C
DREMC Bambu X1 0.4mm (Profile Functional) Based on Orca Slicer 1.9.1
Troubleshoot Guides: https://support.dremc.com.au/support/solutions/articles/51000368779-guide-to-printing-abs-filament#Trouble-Shooting
ABS / ABS Sparkle Burnt Titanium
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic ABS Filament Profile)
- Nozzle 260-270c
- Texture PEI Plate (110c) / High Temp Plate (110c)
- Cooling (Min Fed Speed: 10% / Max Fan Speed: 20% / Fan Speed for overhangs: 20% ) (Min Layer Time:15s)
- Note: Up to 35% fan speed for overhang
Print Profile (For Voron Printers Functional Profile)
Default Standard 0.2 Bambu Profile
DREMC Modified Profile for X1C (Voron Print Profile)
DREMC Bambu X1 0.4mm (Profile Functional) Based on Orca Slicer 1.9.1
Troubleshoot Guides: https://support.dremc.com.au/support/solutions/articles/51000368779-guide-to-printing-abs-filament#Trouble-Shooting
Sparkle PLA / Matte PLA
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Polyterra PLA Filament Profile)
- Cooling (Min Fed Speed: 100% / Max Fan Speed: 100% / Layer Time(Max): 8 S )
Default Standard 0.2 Bambu Profile
Troubleshooting Guide: https://support.dremc.com.au/support/solutions/articles/51000286860-guide-to-printing-pla-filament#Troubleshooting
DREMC Bambu X1 0.4mm (Profile Functional) Based on Orca Slicer 1.9.1
PLA+
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic PLA Filament Profile)
- Texture PEI Plate (60c) / High Temp Plate (60c)
Default Standard 0.2 Bambu Profile
DREMC Bambu X1 0.4mm (Profile Functional) Based on Orca Slicer 1.9.1
Troubleshooting Guide: https://support.dremc.com.au/support/solutions/articles/51000286860-guide-to-printing-pla-filament#Troubleshooting
PC ABS
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic Bambu PC Filament Profile)
- Cooling (Min Fed Speed: 10% / Max Fan Speed: 15% / Fan Speed for overhangs: 15% )
- Temperature: 270-290c Hotend
P1 Series may require preheating the printer chamber before larger or more complex prints.
Print Profile (For Voron Printers Functional Profile)
Default Standard 0.2 Bambu Profile
DREMC Modified Profile for X1C
DREMC Bambu X1 0.4mm (Profile Functional) Based on Orca Slicer 1.9.1
PC CF
AVOID LOADING INTO AMS (Filled material is abrasive and may reduce the life of the PTFE, requiring more frequent replacement)
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
P1 Series, may require pre-heat printer chamber before larger/complex prints.
DREMC Bambu X1 0.6mm (Profile Functional) Based on Orca Slicer 1.9.1 (R2)
TPU 95
DO NOT LOAD INTO AMS (Flexible/TPU is not supported in AMS)
R2: (Based on Orca Slicer 2.0)
DREMC Bambu X1C 0.4mm (Profile Bundle)
R1:
Filament Profile (Apply below changes to Generic Bambu TPU Filament Profile)
- Cooling (Min Fed Speed: 10% / Max Fan Speed: 15% / Fan Speed for overhangs: 25% )
Reduce Print Speed to <40mm/s under Speed
DREMC Bambu X1 0.4mm (Profile Functional) Based on Orca Slicer 1.9.1
Printer Profile/Filament Change logs
R2
- Small improvement to print profile
- Based on Orca Slicer 2.0
- R2: Support Custom Profile (More Information: https://wiki.bambulab.com/en/bambu-studio/create-filament#synchronization-of-custom-filaments)
Bambu Labs Slicer (For X1E)
R2.3: (Added support for PPS CF, ABS ESD, ABS FR)
Bambu Profile 0.6mm Bundle (X1E Series) R2 (Based on 1.9.5.51) (CF Filament Only)
Bambu Profile 0.4mm Bundle (X1E Series) R2 (Based on 1.9.5.51 )
R2.2: (Misc improvement to print profile and improvement to support removal )
Bambu Profile 0.6mm Bundle (X1E Series) R2 (Based on 1.8.4.51) (CF Filament Only)
R2.1: (Added PA6 CF and PET CF)
Bambu Profile 0.6mm Bundle (X1E Series) R2 (Based on 1.8.4.51) (CF Filament Only)
R2:
Bambu Profile 0.4mm Bundle (X1E Series) R2 (Based on 1.8.4.51)
Bambu Profile 0.6mm Bundle (X1E Series) R2 (Based on 1.8.4.51) (CF Filament Only)
Do you need further assistance or service contract? See our consulting information: https://support.dremc.com.au/support/solutions/articles/51000347068-3d-printing-consulting-service-agreements
Bambu Labs Slicer (For X1 and P1 Series)
R2.2: (Added PET CF 0.6mm Profile for P1S, major changes to PET CF/PA6 CF/ASA CF profiles)
Bambu Profile Bundle (X1 Series) R2 (Based on 1.8.4.51) (0.6mm Nozzle)
Bambu Profile Bundle (P1S) R2 (Based on 1.8.4.51) (0.6mm Nozzle)
Note: PET CF is not optimised for P1 Series, we recommend you ensure you have chamber mods to ensure you can keep chamber around 55c or higher.
R2.1: (Added PA6 CF and PET CF)
Bambu Profile Bundle (X1 Series) R2 (Based on 1.8.4.51) (0.6mm Nozzle)
R2:
Bambu Profile Bundle (X1 Series) R2 (Based on 1.8.4.51) (0.4mm Nozzle)
Bambu Profile Bundle (X1 Series) R2 (Based on 1.8.4.51) (0.6mm Nozzle)
Bambu Profile Bundle (P1S) R2 (Based on 1.8.4.51) (0.4mm Nozzle)
Bambu Labs Slicer (For A1 Series)
R2:
Bambu Profile Bundle (A1) R2 (Based on 1.8.4.51)
Bambu Profile Bundle (A1 Mini) R2 (Based on 1.8.4.51)
Note: PLA Sparkle / PLA Matte are same profile
R2 Change Logs
- Re-Implemented Filament Profile - Added PLA HS, Pla Matte/Sparkle, PETG CF
- Added TPU specific profile for A1/A1 Mini
- R2: Support Custom Profile (More Information: https://wiki.bambulab.com/en/bambu-studio/create-filament#synchronization-of-custom-filaments)
R1:
PLA+
Filament (R1)
Print Profile (R1)
Troubleshooting Guide: https://support.dremc.com.au/support/solutions/articles/51000286860-guide-to-printing-pla-filament#Troubleshooting
PETG / PETG Sparkle
Filament (R1)
Print Profile (R1)
Super Slicer (For Voron)
Note: Profile is based on LGX Lite/VZ Extruder, TL Rapido Hotend/Dragon HF Hotend, CHT Bi Metal 0.5mm Nozzle (On Voron 2.4/Trident) on Stealth burner/DB Toolhead.
Remember to select your own printer setting configuration after importing profiles.
As always if you have any issues or concerns with print profile and need help tuning yours, don't hesitant to contact us. Submit a ticket Here
Sparkle ASA
R2: (Improved bridging, slight misc improvement) (Based on 2.5.59)
Filament Profile / Print Profile (Voron Functional Profile)
R1:
Print Profile Based on Stephan PIF Profiles
Filament Profile / Print Profile (Voron Functional Profile)
ASA
R2.1 (Improved bridging) (Based on 2.5.59)
Filament Profile / Print Profile (Voron Functional Profile)
R2:
Filament Profile / Print Profile (Voron Functional Profile)
Sparkle ABS+ / ABS+
R2: (Improved bridging, slight misc improvement) (Based on 2.5.59)
Filament Profile / Print Profile (Voron Functional Profile)
R1:
Print Profile Based on Stephan PIF Profiles
Filament Profile / Print Profile (Voron Functional Profile)
Troubleshoot Guides: https://support.dremc.com.au/support/solutions/articles/51000368779-guide-to-printing-abs-filament#Trouble-Shooting
ABS
R2.2: (Improved bridging, slight misc improvement) (Based on 2.5.59)
Filament Profile / Print Profile (Voron Functional Profile)
R2
Filament Profile / Print Profile (Voron Functional Profile) Based on Ellis
Troubleshoot Guides: https://support.dremc.com.au/support/solutions/articles/51000368779-guide-to-printing-abs-filament#Trouble-Shooting
ASA CF (ASA Carbon Fibre)
R2: (Improved bridging, slight misc improvement) (Based on 2.5.59)
Filament Profile / Print Profile (Voron Functional Profile)
R1
Filament Profile / Print Profile (Voron Functional Profile) Based on Ellis
PC ABS
R2: (Improved bridging, slight misc improvement) (Based on 2.5.59)
Filament Profile / Print Profile (Voron Functional Profile)
R1
(Larger parts may require a brim to prevent warping from the build plate, or require will bed adhesive)
PC CF
PETG CF
PET CF
R2: (Improved bridging, slight misc improvement) (Based on 2.5.59)
Filament Profile / Print Profile (Voron Functional Profile)
Super Slicer Profile (Based Super Slicer 2.5.59)
PA6 CF
R2: (Improved bridging, slight misc improvement) (Based on 2.5.59)
Filament Profile / Print Profile (Voron Functional Profile)
Super Slicer Profile (Based Super Slicer 2.5.59)
ASA GF
Filament Profile (Based on 2.5.59)
ABS GF
Filament Profile (Based on 2.5.59)
PPS CF
(Note: Require 60c chamber and hot end that support above 300+)
Filament Profile (Based on 2.5.59)
PPA CF
Filament Profile (Based on 2.5.59)
PBT CF
(Note: Require 60c chamber, recommenced 80-100c)
Filament Profile (Based on 2.5.59)
Super Slicer (For Generic)
Note: This is profile is tested on Ender 3 Pro (MK8 Hotend with TL Heat Break, BMG Extruder (Direct Drive) and Ender 3 S1 Pro)
Remember to select your own printer setting configuration after importing profiles.
PLA+/PLA
If you have further issues, please contact our support. Submit a ticket Here
Troubleshooting Guide: https://support.dremc.com.au/support/solutions/articles/51000286860-guide-to-printing-pla-filament#Troubleshooting
ABS+ (Printed in Creality Enclosure Tent)
Note:This material will require a enclosure
Troubleshoot Guides: https://support.dremc.com.au/support/solutions/articles/51000368779-guide-to-printing-abs-filament#Trouble-Shooting
PETG / PETG Sparkle
Prusa Slicer (For Generic)
Note: This is profile is tested on Ender 3 Pro (MK8 Hotend with TL Heat Break, BMG Extruder (Direct Drive) and Ender 3 S1 Pro)
Remember to select your own printer setting configuration after importing profiles.
PLA+/PLA
Troubleshooting Guide: https://support.dremc.com.au/support/solutions/articles/51000286860-guide-to-printing-pla-filament#Troubleshooting
ABS+
Troubleshoot Guides: https://support.dremc.com.au/support/solutions/articles/51000368779-guide-to-printing-abs-filament#Trouble-Shooting
TPU 95A
PETG / PETG Sparkle
As always if you have any issues or concerns with print profile and need help tuning yours, don't hesitant to contact us. Submit a ticket Here
Prusa Slicer (For Creality Ender 3 V3 SE)
PLA+ / Matte PLA
Troubleshooting Guide: https://support.dremc.com.au/support/solutions/articles/51000286860-guide-to-printing-pla-filament#Troubleshooting
As always if you have any issues or concerns with print profile and need help tuning yours, don't hesitant to contact us. Submit a ticket Here
Orca Slicer (For Creality Ender 3 V3 SE)
R2:
R1:
PLA+ / Matte PLA
Filament Profile (Apply below changes to Generic PLA Filament Profile)
- Texture PEI Plate (60c)
- Nozzle: 205c / 205c
Printer Profile Config V1.9.1 (R1)
Troubleshooting Guide: https://support.dremc.com.au/support/solutions/articles/51000286860-guide-to-printing-pla-filament#Troubleshooting
TPU
Printer Profile Config V1.9.1 (R2)
PETG / Sparkle PETG
Printer Profile Config V1.9.1 (R2)
As always if you have any issues or concerns with print profile and need help tuning yours, don't hesitant to contact us. Submit a ticket Here
Orca Slicer (For Creality K1 Series)
R2:
Profile Bundle (0.4mm) Using V2 Ocra Slicer (R2) (K1)
Profile Bundle (0.4mm) Using V2 Ocra Slicer (R2) (K1 Max)
R2 Change Log
- Fixed Textured Bed Temperature for ABS/ASA/PC ABS Filament
- Added Recommend chamber temperature to ABS/ASA/PC ABS material (Note: If you have issue with print not starting, I would suggest setting zero but would mean print may start before chamber get desire minimal chamber temperature for reliable printing.
- Added ABS/ PC ABS specific print profile
R1:
Profile Bundle (0.4mm) Using V1.9.1 Ocra Slicer (R1) (K1)
Profile Bundle (0.4mm) Using V1.9.1 Ocra Slicer (R1) (K1 Max)
As always if you have any issues or concerns with print profile and need help tuning yours, don't hesitant to contact us. Submit a ticket Here
Prusa Slicer (Prusa MK3/MK4)
PLA+ / Matte PLA
Printer Profile Config based on 2.7.4 (MK3)
Printer Profile Config based on 2.7.4 (MK4) - Input Shaper
TPU
Printer Profile Config based on 2.7.4 (MK3)
Printer Profile Config based on 2.7.4 (MK4) - Input Shaper
PETG / Sparkle PETG
Printer Profile Config based on 2.7.4 (MK3)
Printer Profile Config based on 2.7.4 (MK4) - Input Shaper
PETG CF
Printer Profile Config based on 2.7.4 (MK3)
Printer Profile Config based on 2.7.4 (MK4) - Input Shaper
As always if you have any issues or concerns with print profile and need help tuning yours, don't hesitant to contact us. Submit a ticket Here
*These parameters are meant to help you find the best print settings for your needs. They should work well for most printers, but you can also try different values if you think they suit your printer better. Different printers and hot-ends may require different settings, so it's difficult to provide a general recommendation that works for every different machine and desire print quality and function.
As always if you have any issues or concerns with print profile and need help tuning yours, don't hesitant to contact us. Submit a ticket Here
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