model lover

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0.2mm layer, 2 walls, 15% infill

robinverfuerth

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Fuzzy Skin<ul><li>only the Green parts </li></ul>

fuzzy Skin,0.2mm layer, 2 walls, 15% infill

Bedan Designs

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This profile is a highly refined structural and aesthetic optimization engineered to deliver a clean, display-ready figure while maximizing print speed and material efficiency. It focuses on ensuring a flawless underside surface by precisely tuning support separation and boosting the structural integrity of the figure&#39;s delicate features.Key Aesthetic and Structural Optimizations (Substantive Value):<ol><li>Optimized Z-Axis Clearance for Flawless Surface:<ul style="list-style-type: circle"><li>Modification: The Top Z-Axis Support Distance was precisely set to 0.22mm.</li><li>Justification: This is the most critical quality upgrade for a figure requiring supports. This precise, slightly increased clearance is crucial for ensuring a clean separation between the support material and the model, resulting in a significantly smoother and cleaner underside surface finish (e.g., under the chin, arms) and dramatically reducing post-processing time.</li></ul></li><li>Extrusion Width Adjustment for Durability (0.45mm):<ul style="list-style-type: circle"><li>Modification: The outer wall extrusion width has been deliberately set to 0.45mm (a slight over-extrusion).</li><li>Justification: This subtle increase in width is chosen to boost the structural strength and layer adhesion of the outer shell. This is vital for the figure&#39;s delicate features (hands, small appendages), improving the durability and resistance to breakage of the final decorative piece.</li></ul></li><li>Refined Speeds and Retractions for Aesthetic Cleanliness:<ul style="list-style-type: circle"><li>Modification: Print speeds and retraction settings were precisely tuned for Bambu PLA Basic.</li><li>Justification: The tuned speeds increase print efficiency, while the specific retraction calibration is critical for eliminating stringing and surface blobbing often seen on such figures. This guarantees a cleaner, display-ready result without extensive cleanup.</li></ul></li><li>Ultra-Efficient Infill for Lightness:<ul style="list-style-type: circle"><li>Modification: Infill is set to Gyroid 6%.</li><li>Justification: Gyroid 6% provides more than sufficient internal support for a static decorative figure, ensuring stability and shape retention while achieving maximum material efficiency and keeping the figure lightweight.</li></ul></li></ol>&nbsp;Thank you to the author for creating this amazing model!Printer and Verification: This profile has been successfully verified with a Bambu Lab P2S printer.&nbsp;

P2S | Clean Z-Gap | 0.45mm Shell Tune | 0.2mm layer

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mochr

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total heigjt abou 65cm240%1200g&nbsp;

0.2mm layer, 3 walls, 4% infill

Look

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此配置文件是专为拓竹 A1 打印机定制的高效打印优化方案，核心围绕 “适配性升级 + 流程精简” 两大目标，通过专属摆盘方案优化与打印盘数精简，在保障部件精度的同时，大幅提升手办套装打印效率，为拓竹 A1 用户提供更贴合机型特性的打印解决方案。主要功能和效率优化（实质价值）：1. 拓竹 A1 专属摆盘方案优化（机型适配核心）<ul><li>修改：针对拓竹 A1 打印机的打印平台尺寸、加热效率及喷头运动轨迹特性，重新设计专属摆盘方案，确保所有部件在平台上的排布既不超出打印范围，又能最大化利用平台空间，同时避免部件与打印机结构（如喷头行程、风扇区域）产生干涉。</li><li>理由：普通摆盘方案可能因未适配拓竹 A1 的机型参数，导致部件打印错位、边缘无法成型或平台空间浪费。专属摆盘方案通过精准计算部件间距、打印顺序与平台加热区域匹配度，让每一个部件都能在最优环境下打印，从基础层面保障打印质量，同时提升平台利用率，为后续盘数精简打下基础。</li></ul>2. 6 盘减至 4 盘逐件打印（流程效率飞跃）<ul><li>修改：将原始 6 盘打印流程，精简为 4 盘高效打印方案，并全流程启用逐件打印模式，配合专属摆盘方案实现 “少盘数 + 高精度” 的打印组合。</li><li>理由：6 盘减至 4 盘的精简设计，直接减少 33% 的换盘频次，缩短打印过程中的等待与操作时间，降低因频繁换盘导致的参数波动风险；逐件打印模式与优化摆盘结合，可让拓竹 A1 的喷头专注于单个部件打印，避免多部件同时打印时的共振、耗材串扰问题，尤其针对手办的细小关节、精密连接件，能进一步提升成型精度，实现 “效率提升不牺牲质量” 的优化目标。</li></ul>3. 适配拓竹 A1 的参数协同调校（细节保障）<ul><li>修改：结合拓竹 A1 的喷头温度范围、平台加热速度及耗材兼容性，同步优化打印温度、层厚与冷却风扇参数，确保与摆盘方案、盘数精简后的打印节奏相匹配。</li><li>理由：拓竹 A1 的喷头与平台特性有其专属适配参数，例如精准的喷头温度控制可避免耗材在打印细小部件时出现堵头或过熔；适配平台加热速度的参数设置，能让部件在打印初期更好地贴合平台，减少翘边风险。这些协同调校确保摆盘优化与盘数精简后的打印流程稳定运行，从细节上保障每一个部件的打印质量。</li></ul>感谢作者创作的优质手办模型，为适配拓竹 A1 的优化工作提供了出色的基础模型支持！打印机和验证：此配置文件基于拓竹 A1 打印机的硬件特性开发，已通过该机型实际打印验证，摆盘方案、盘数设置及参数调校均完全适配。

This profile is an efficient printing optimization solution customized for the Bambu Lab A1 3D Printer, centered around two main goals: "adaptability upgrade + process streamlining". Through optimized exclusive pre-arranged plate solutions and simplified plate counts, it significantly increases the printing efficiency of figure kits while ensuring component accuracy, providing Bambu Lab A1 users with a printing solution that better fits the machine's characteristics.Main Features and Efficiency Optimizations (Substantial Value):1. Bambu Lab A1 Exclusive Pre-arranged Plate Solution Optimization (Core for Machine Adaptability)<ul><li>Modification: Considering the Bambu Lab A1 3D Printer's build plate size, heating efficiency, and printhead movement characteristics, the exclusive pre-arranged plate solution has been redesigned to ensure that all components are arranged on the plate without exceeding the print boundary, while maximizing plate space utilization, and simultaneously preventing interference between components and printer structures (such as printhead travel, fan areas).</li><li>Reason: Generic pre-arranged plate solutions may lead to component misalignment during printing, unformed edges, or wasted plate space due to not being adapted to the Bambu Lab A1's machine parameters. The exclusive pre-arranged plate solution, by precisely calculating component spacing, print order, and the matching of the plate's heated area, allows each component to be printed in an optimal environment, ensuring print quality at a fundamental level, while also improving plate utilization, laying the foundation for subsequent plate count simplification.</li></ul>2. 6 plates reduced to 4 plates for sequential printing (Leap in Process Efficiency)<ul><li>Modification: The original 6-plate printing process has been streamlined into a 4-plate efficient printing solution, and sequential printing mode is enabled throughout the entire process, achieving a 'fewer plates + high precision' printing combination in conjunction with the exclusive pre-arranged plate solution.</li><li>Reason: The streamlined design from 6 plates to 4 plates directly reduces plate change frequency by 33%, shortens waiting and operation times during printing, and reduces the risk of parameter fluctuations caused by frequent plate changes. The combination of sequential printing mode and optimized pre-arranged plates allows the Bambu Lab A1's printhead to focus on printing individual components, avoiding resonance and filament cross-contamination issues when multiple components are printed simultaneously. Especially for the small joints and precise connectors of figures, it can further enhance molding accuracy, achieving the optimization goal of 'improved efficiency without sacrificing quality'.</li></ul>3. Coordinated Parameter Adjustment Adapted for Bambu Lab A1 (Detail Assurance)<ul><li>Modification: Combining the Bambu Lab A1's printhead temperature range, build plate heating speed, and filament compatibility, print temperature, layer height, and cooling fan parameters are simultaneously optimized to ensure they match the pre-arranged plate solution and the printing rhythm after plate count simplification.</li><li>Reason: The Bambu Lab A1's printhead and build plate characteristics have their own specific adaptation parameters. For example, precise printhead temperature control can prevent nozzle clogs or excessive melting when printing small components with filament. Parameter settings adapted to the build plate heating speed allow components to adhere better to the build plate during initial printing, reducing the risk of warping. These coordinated adjustments ensure the stable operation of the printing process after pre-arranged plate optimization and plate count simplification, guaranteeing the print quality of each component down to the details.</li></ul>Thanks to the author for creating this high-quality figure model, which provided excellent foundational model support for the optimization work adapted for the Bambu Lab A1.3D Printer and Verification:This profile was developed based on the hardware characteristics of the Bambu Lab A1 3D Printer and has been verified by actual printing on this model. The pre-arranged plate solution, plate count settings, and parameter adjustments are all fully adapted.

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HariboSnackbox

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As the original print profile, in my opinion, is a postprocessing nightmare with lots of ugly support surfaces,i decided to cut everything with connectors to get nice contact surfaces for glueing.&nbsp;You can probly raise the speeds but i was looking for a good finish.

Cut into parts to reduce postprocessing, 0.16mm layer

Fazt3d

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10% gyroid infill → More strength and resistance.26 mm top z distance → easier support removalPrint by object → eliminate timelapse &nbsp;

0.2mm layer, 10% gyroid infill Improved support

MAC&GAC

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Dimensions: Optimized to print on a single plate using AMS. Height: approximately 13cm. Eye color changed from orange to white (can be colored with a marker) to optimize the number of colors. printing by object

one plate, 13cm, 50% printing by object

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JAWF1SH

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350% 0.2mm layer, 2 walls, 5% gyroid infill

hbreed

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Only 3 plates instead of originally 6. Print “by object instead” of “by layer” on the multi color third plate so there is no filament waste between layers and takes MUCH less time.

Only 3 plates, faster print 0.2mm layer, 2 walls, 15% infill

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.

This user content is licensed under a Standard Digital File License.

<h2>The Christmas Grinch / NO AMS</h2><h2>27 cm  Height </h2><h2>Multiple parts, no AMS needed, glue required</h2><boostme><boosttitle>Boost Me</boosttitle></boostme>&nbsp;&nbsp;

The Christmas Grinch / NO AMS

ASIA

Print Profile(11)

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Description

The Christmas Grinch / NO AMS

27 cm Height

Multiple parts, no AMS needed, glue required

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