WildWolf_3D

cover

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PURPLE

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WHITE AND BLACK

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DARK BLUE

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LIGHT GREEN

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LOGO MULTICOLOUR 4 OR 5 COLOURS

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1 COLOUR LOGO MULTICOLOR

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2026-01-18_fb767b92c7c63.jpg

MULTICOLOUR LOGO 0.16mm layer, 2 walls, 15% infill

LOGO MULTICOLOUR 4

5 COLOURS

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<p>此配置文件是一份<strong>针对徽章模型定制的通用型高效打印方案</strong>，核心聚焦摆盘规整、打印模式优化与参数精细化，通过徽章分盘设计、指定盘逐件打印及固定层高调校，实现 “无需手动设置” 的便捷打印体验，同时保障徽章细节与色彩分区精度，适配多数家用 FDM 打印机。</p><h3>主要功能和效率优化（实质价值）：</h3><h4>1. 徽章分盘优化（4 色 / 5 色分离，无需手动设置）</h4><ul><li><strong>修改</strong>：重新规划摆盘方案，将原混合排布的徽章模型，按色彩数量明确分为两盘 —— 单独设置 “4 色徽章专属盘” 与 “5 色徽章专属盘”，每盘内按徽章尺寸均匀排布，部件间距控制在 3mm，避开平台边缘加热盲区，且分盘信息已预设至配置文件，无需手动拆分或调整。</li><li><strong>理由</strong>：原混合排布需手动区分 4 色、5 色徽章，易混淆且增加操作成本；专属分盘设计可实现 “一盘一类” 精准打印，配置文件已预设分盘逻辑与排布位置，用户无需额外手动设置，直接调用即可打印对应色彩类型的徽章，大幅降低使用门槛，同时避免不同色彩类型徽章打印时的参数干扰。</li></ul><h4>2. 第二盘专属逐件打印模式（精度优先，适配徽章特性）</h4><ul><li><strong>修改</strong>：针对性设置打印模式，仅第二盘（可按需指定为 4 色或 5 色徽章盘）启用逐件打印，按徽章尺寸从小到大排序打印，优先完成细小徽章，其余盘保持常规批量打印模式，所有模式参数已预设，无需手动切换。</li><li><strong>理由</strong>：徽章多为小型精密部件，第二盘逐件打印可让喷头专注于单个徽章成型，避免多部件同时打印时的拉丝附着、冷却不均问题，显著提升徽章边缘光滑度与细节还原度；仅针对单盘启用该模式，可平衡精度与效率，无需全局逐件打印浪费时间，且模式预设无需手动调试。</li></ul><h4>3. 固定 0.2 层高参数优化（兼顾精度与速度）</h4><ul><li><strong>修改</strong>：全流程统一调校层高参数，固定设置为 0.2mm，同步匹配喷头温度、冷却风扇转速等关联参数，形成专属参数组合，已预设至配置文件，无需手动调整层高及关联项。</li><li><strong>理由</strong>：0.2mm 层高是徽章打印的 “黄金参数”—— 既能精准还原徽章表面纹路、文字等细节，避免层高过厚导致的细节模糊，又能兼顾打印速度，相比 0.15mm 以下薄层高，总打印时长可缩短 15% 以上；参数组合已提前调试适配，无需用户根据层高手动微调其他参数，省心又稳定。</li></ul><h4>4. 通用型参数协同调校（适配多机型，无需二次优化）</h4><ul><li><strong>修改</strong>：结合 0.2 层高与徽章特性，针对多数家用打印机参数范围，预设通用化核心参数，无需手动修改：</li><li><strong>理由</strong>：家用打印机型号多样，预设通用参数可适配多数机型的控温、进给与风扇性能，用户无需根据自身打印机型号二次优化参数，调用配置文件即可直接打印，同时参数组合已匹配 0.2 层高与徽章分盘方案，确保打印稳定性。</li></ul><h4>5. 摆盘兼容性设计（适配多数家用打印机）</h4><ul><li><strong>修改</strong>：摆盘时预留 15mm 安全边界，确保 4 色、5 色徽章盘的部件排布，均不超出多数家用打印机的喷头行程范围（X 轴 200-240mm、Y 轴 200-240mm），且徽章采用 “低重心平放” 设计，提升平台贴合度，避免翘边。</li><li><strong>理由</strong>：无需用户因打印机平台尺寸差异调整摆盘，适配主流家用打印机规格，同时低重心设计可减少徽章打印时的倾倒风险，配合预设参数，进一步提升打印成功率，实现 “即调即用”。</li></ul><p>感谢作者创作出细节丰富的徽章模型，为分盘优化与参数调校提供了出色的基础支持！</p>

<p>This profile is a <strong>universal and efficient print solution customized for badge models</strong>, primarily focusing on neat plate arrangement, optimized printing modes, and refined parameters. It achieves a convenient "no manual setup" printing experience through badge plate separation design, printing by object on designated plates, and fixed layer height calibration, while ensuring badge detail and color separation accuracy, making it compatible with most household FDM 3D printers</p><h3>Key Features and Efficiency Optimizations (Substantive Value):</h3><h4>1. Optimized Badge Plate Separation (4-Color / 5-Color Separation, No Manual Setup)</h4><ul><li><strong>Modification</strong>: Re-planned the plate arrangement scheme, explicitly dividing the original mixed arrangement of badge models into two plates based on color count, separately setting up a "4-color badge exclusive plate" and a "5-color badge exclusive plate". Badges are evenly arranged by size on each plate, with part spacing controlled at 3mm, avoiding the heating blind spots at the edge of the build plate. The plate separation information is pre-set in the profile, eliminating the need for manual splitting or adjustment</li><li><strong>Reason</strong>: The original mixed arrangement required manual differentiation between 4-color and 5-color badges, leading to confusion and increased operational cost. The exclusive plate separation design allows for precise "one plate, one type" printing, with the profile pre-setting the plate separation logic and arrangement positions. Users do not need additional manual setup and can directly call to print the corresponding color type of badges, significantly lowering the entry barrier while preventing parameter interference when printing different color types of badges</li></ul><h4>2. Exclusive Print-by-Object Mode for Plate 2 (Precision First, Adapted to Badge Characteristics)</h4><ul><li><strong>Modification</strong>: A specially configured printing mode where only Plate 2 (which can be designated as either the 4-color or 5-color badge plate as needed) enables print-by-object, printing badges sorted from smallest to largest size, prioritizing the completion of smaller badges. Other plates maintain the conventional batch printing mode. All mode parameters are pre-set, eliminating the need for manual switching</li><li><strong>Reason</strong>: Badges are mostly small and precise components, and print-by-object on Plate 2 allows the nozzle to focus on forming a single badge, avoiding stringing adhesion and uneven cooling issues when multiple parts are printed simultaneously, significantly improving badge edge smoothness and detail reproduction. Enabling this mode for only one plate balances precision and efficiency, avoiding time wastage from global print-by-object, and the pre-set mode requires no manual debugging</li></ul><h4>3. Fixed 0.2mm Layer Height Parameter Optimization (Balancing Precision and Speed)</h4><ul><li><strong>Modification</strong>: Layer height parameters are uniformly calibrated throughout the entire process and fixed at 0.2mm, synchronously matched with associated parameters such as nozzle temperature and cooling fan speed, forming a unique parameter combination. This is pre-set in the profile, eliminating the need for manual adjustment of layer height and associated items</li><li><strong>Reason</strong>: 0.2mm layer height is the "golden parameter" for badge printing—it precisely reproduces details like surface textures and text on badges, avoiding detail blurring caused by excessively thick layers, while also balancing print speed. Compared to thinner layers below 0.15mm, the total print time can be reduced by over 15%. The parameter combination has been pre-calibrated and adapted, eliminating the need for users to manually fine-tune other parameters based on layer height, providing ease of mind and stability</li></ul><h4>4. Universal Parameter Collaborative Calibration (Multi-Machine Adaptation, No Secondary Optimization Needed)</h4><ul><li><strong>Modification</strong>: Combining 0.2mm layer height and badge characteristics, and targeting the parameter ranges of most household 3D printers, universal core parameters are pre-set, requiring no manual modification</li><li><strong>Reason</strong>: Household 3D printer models vary, and the pre-set universal parameters can adapt to the temperature control, feeding, and fan performance of most models. Users do not need to secondarily optimize parameters based on their printer model and can print directly by calling the profile. Moreover, the parameter combination is already matched with the 0.2mm layer height and badge plate separation scheme, ensuring printing stability</li></ul><h4>5. Plate Arrangement Compatibility Design (Compatible with Most Household 3D Printers)</h4><ul><li><strong>Modification</strong>: A 15mm safety margin is reserved during plate arrangement, ensuring that the component layout of both 4-color and 5-color badge plates does not exceed the nozzle travel range of most household 3D printers (X-axis 200-240mm, Y-axis 200-240mm). Additionally, badges adopt a "low center of gravity flat placement" design to enhance platform adhesion and prevent warping</li><li><strong>Reason</strong>: Users do not need to adjust the plate arrangement due to differences in printer platform size, as it adapts to mainstream household 3D printer specifications. The low center of gravity design also reduces the risk of badges tipping over during printing, and combined with pre-set parameters, further improves print success rates, achieving "configure and print"</li></ul><p>Thanks to the author for creating such detailed badge models, providing excellent foundational support for plate separation optimization and parameter calibration</p>

0.2mm layer, 3 walls, 5% infill

WHITE

BLACK

WITHOUT LOGO

user_1549514208

26967cda-2df6-4374-bc89-c2fe0228198b.jpg

<p>Printed face in pink filament with eye lashes and a purple bow on top</p><p>Purple filament for the top and made a skirt for the legs</p>

Girl Alien

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.

<p>Alien Multipart!</p><p>&nbsp;</p><p>Model ready to print in parts, with or without AMS for the logo.</p><p>&nbsp;</p><p>Very easy to print, you only need a few supports on the head!</p><p>&nbsp;</p><p>Size once printed 20cm</p><p>&nbsp;</p><p>PRINTED MODEL:  https://www.instagram.com/p/DTqJIn5jS3k/</p><p>&nbsp;</p><boostme><boosttitle>Boost Me</boosttitle><boostcontent>Boost it if you liked it!</boostcontent></boostme><p>&nbsp;</p><p>Enjoy and follow for more content like this!</p>

Alien - Multipart 

ASIA

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