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Peony Embossed Bookmark

花匠小妙招
2026-03-19 13:05

[Peony Embossed Bookmark]

Introduction | Description

The peony is the provincial flower of Shandong Province.

The peony, also known as Luoyang flower [72], rich flower, tree peony, rat maiden, deer leek, white down, hundred rain gold, Guyu flower [58-60] [72], is a plant of the Paeoniaceae family, Paeonia genus. It is a perennial deciduous shrub with stems up to 2 meters tall; branches are short and thick. Leaves are usually twice ternate compound leaves, green and hairless on the upper surface, pale green on the lower surface, sometimes with white powder, petioles are 5-11 cm long, and both petiole and rachis are hairless. Flowers are solitary at the branch tips, bracts 5, oblong; sepals 5, green, broadly ovate, petals 5 or double, rose, reddish-purple, pink to white, usually highly variable, obovate, with irregularly wavy tips; anthers oblong, 4 mm long; disc leathery, cup-shaped, purplish-red; carpels 5, densely pubescent. Follicles are oblong, densely covered with yellowish-brown stiff hairs. Flowering period is May; fruiting period is June.

This is one of the [Chinese Provincial Flower Series Bookmarks]. Hope you like it.

Technology Core: hicolors-3d

This model is generated using the hicolors-3d workflow, which offers the following advantages over traditional processes:

No AMS color-changing system required: Adopting a layered color-changing design concept, you can print the model without a color-changing system, just manually change the filament at the corresponding layers, maximizing material savings.

Accurate layer height: By physically simulating all possibilities of superimposed colors, the effective height is distributed within a limited layer height, saving layer height usage.

Intuitive matching: Based on color and region matching logic (there is no situation where a region cannot be matched to the desired color), it is more intuitive than traditional grayscale matching.

Physical-level simulation: The preview effect is the print effect, accurately simulating color superposition at different layer heights.

Light and shadow aesthetics: Designed specifically for FDM printing, it fully utilizes the translucent color stacking properties of PLA materials and others.

Color Change Instructions | Color Change Instructions

No multi-color 3D Printer (AMS) is required, manual color changes with an ordinary single-nozzle machine are sufficient:

Color change information is already included in the 3mf file; just download and view it.

Below is the filament information used for printing, for your reference:
Base/Starting color:black - TD: 0.1

| Change height | Accumulated layers | Change to | Brand | HEX | RGB | TD |

|----------|----------|--------|------|-----|-----|-----|

| 0.64mm | 7 | white | - | #ffffff | rgb(255, 255, 255) | 4.4 |

| 1.12mm | 13 | brown | - | #694526 | rgb(105, 69, 38) | 0.4 |

| 1.28mm | 15 | white | - | #ffffff | rgb(255, 255, 255) | 4.4 |

| 1.60mm | 19 | black | - | #000000 | rgb(0, 0, 0) | 0.1 |

| 1.76mm | 21 | green | - | #519b42 | rgb(81, 155, 66) | 2 |

| 2.00mm | 24 | white | - | #ffffff | rgb(255, 255, 255) | 4.4 |

| 2.32mm | 28 | red | - | #a3282b | rgb(163, 40, 43) | 3.2 |

| 2.64mm | 32 | white | - | #ffffff | rgb(255, 255, 255) | 4.4 |

| 2.96mm | 36 | black | - | #000000 | rgb(0, 0, 0) | 0.1 |

| 3.04mm | 37 | yellow | - | #f4ee2e | rgb(244, 238, 46) | 5.6 |

| 3.36mm | 41 | white | - | #ffffff | rgb(255, 255, 255) | 4.4 |

️ Print Settings | Print Settings

For best results, please strictly adhere to the following settings:

Infill: 100% (Mandatory)

Layer Height: 0.08mm

First Layer Height: 0.16mm

Nozzle recommendation: 0.2mm is recommended (for strongest detail), 0.4mm is also acceptable (the actual photos were taken with 0.4mm).

Model scale: Please do not adjust the Z-axis scale of the model to ensure correct layered color change information. You can freely adjust the X and Y-axis scaling to get the desired size.

Post-processing tip: Quickly run a lighter over the model surface to perfectly remove common FDM fine stringing.