Henryk

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0.2mm layer, 2 walls, 15% infill

H-Series, One Plate

Magma_Doom

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Combined two build plates into a single plate for H-series printers and changed grid infill to gyroid

H-series printers, Single Build Plate, Gyroid infill

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<boostme><boosttitle>Boost Me</boosttitle><boostcontent>Thank you for your support!</boostcontent></boostme>&nbsp;<h3>AMS HT Annealing Tray</h3>Annealing is a post-processing step that can enhance a 3D printed part&#39;s mechanical strength and thermal resistance. &nbsp;This tray fits perfectly inside the Bambu Lab AMS HT and consists of three easy-to-assemble parts:<ul><li>Air Deflector – Optimizes airflow for consistent, even heating</li><li>Support Frame – Holds the structure securely</li><li>Mesh Grid – A flat, ventilated surface to place your printed parts during annealing. Size: 180mm x 90mm (7 x 3.6 inch)</li></ul>&nbsp;The tray allows hot air from below the part to flow upward, enhancing heat distribution for improved annealing results. <h4>All components need to be printed with materials that can withstand at least 85 °C. </h4>The parts you see in the pictures were printed with Bambu PAHT-CF.  Other suitable materials would be: ABS-GF, ASA-CF, PC, PA6-CF/GF, PET-CF.&nbsp;&nbsp;For optimal annealing settings please consult the TDS of your specific filaments. &nbsp;Here are some example settings:&nbsp;<figure class="table"><table><tbody><tr><td>Filament</td><td>Temperature</td><td>Time</td></tr><tr><td>Bambu PLA Basic</td><td>50 - 60°C</td><td>6 to 12 hours</td></tr><tr><td>Bambu PLA-CF</td><td>55 - 60°C</td><td>6 to 12 hours</td></tr><tr><td>Bambu PETG-HF</td><td>75 - 80°C</td><td>4 to 8 hours</td></tr><tr><td>Bambu PETG-CF</td><td>65°C</td><td>8 hours</td></tr><tr><td>Bambu ABS</td><td>80-85°C</td><td>6 to 12 hours</td></tr><tr><td>Bambu ABS-GF</td><td>80-85°C</td><td>6 to 12 hours</td></tr><tr><td>Bambu ASA</td><td>80-85°C</td><td>6 to 12 hours</td></tr><tr><td>Bambu PC</td><td>85°C</td><td>6 to 12 hours</td></tr><tr><td>Bambu PA6-GF/CF</td><td>80-85°C</td><td>6 to 12 hours</td></tr><tr><td>Bambu PAHT-CF</td><td>80-85°C</td><td>6 to 12 hours</td></tr><tr><td>Polymaker HT-PLA</td><td>85°C</td><td>30 minutes*</td></tr><tr><td>Polymaker HT-PLA-GF</td><td>85°C</td><td>30 minutes *</td></tr></tbody></table></figure>&nbsp;&nbsp;\* make sure to preheat your ams ht&nbsp;

AMS HT Annealing Tray

ASIA

Print Profile(2)

Description

AMS HT Annealing Tray

All components need to be printed with materials that can withstand at least 85 °C.

Comment & Rating (165)

License

Related Models

Filament	Temperature	Time
Bambu PLA Basic	50 - 60°C	6 to 12 hours
Bambu PLA-CF	55 - 60°C	6 to 12 hours
Bambu PETG-HF	75 - 80°C	4 to 8 hours
Bambu PETG-CF	65°C	8 hours
Bambu ABS	80-85°C	6 to 12 hours
Bambu ABS-GF	80-85°C	6 to 12 hours
Bambu ASA	80-85°C	6 to 12 hours
Bambu PC	85°C	6 to 12 hours
Bambu PA6-GF/CF	80-85°C	6 to 12 hours
Bambu PAHT-CF	80-85°C	6 to 12 hours
Polymaker HT-PLA	85°C	30 minutes*
Polymaker HT-PLA-GF	85°C	30 minutes *

AMS HT Annealing Tray

Print Profile(2)

Description

AMS HT Annealing Tray

All components need to be printed with materials that can withstand at least 85 °C.

Comment & Rating (165)

License

Related Models

All components need to be printed with materials that can withstand at least 85 °C.