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0.2mm layer, 2 walls, 15% infill

stormwasp

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AMS designed eyes

Look

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此配置文件是专为拓竹 A1 打印机打造的深度优化打印方案，核心围绕 “机型精准适配 + 流程极致精简” 两大目标，通过专属摆盘设计将原本 9 盘的冗长打印流程压缩至 4 盘，并全程启用逐件打印，在充分发挥拓竹 A1 性能优势的同时，实现效率与精度的双重突破。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 256×256mm 的打印平台尺寸、喷头最大运动行程及加热板温度均匀性，重新规划专属摆盘方案。在严格控制部件间距（避免喷头碰撞与耗材串扰）的前提下，最大化利用平台空间，确保每一盘的部件排布既适配拓竹 A1 的硬件限制，又能平衡打印效率与散热效果。</li><li>理由：普通摆盘方案若未贴合拓竹 A1 的机型参数，易出现部件超出打印范围、边缘区域因加热不均导致的翘边，或因部件过密引发的喷头卡顿。专属摆盘通过精准匹配拓竹 A1 的硬件特性，从源头规避上述问题，为后续 9 盘减至 4 盘的精简流程提供稳定基础，同时保障每一个部件的成型环境最优。</li></ul>2. 9 盘减至 4 盘逐件打印（流程效率革命性提升）<ul><li>修改：将原始 9 盘的分散打印流程，深度整合为 4 盘高效方案，并全流程启用逐件打印模式，配合专属摆盘实现 “少盘数 + 高精度” 的打印组合。</li><li>理由：9 盘减至 4 盘的精简设计，直接减少约 56% 的换盘频次，大幅缩短打印过程中的换盘等待时间、平台预热重复耗时及人工操作成本；逐件打印模式可让拓竹 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干扰、耗材拉丝附着等问题 —— 尤其针对模型的细小结构（如精密卡扣、薄壁装饰件），能进一步提升成型精度与打印成功率，实现 “效率翻倍不牺牲质量” 的核心优化目标。</li></ul>感谢作者创作出如此优质的模型，为拓竹 A1 的深度打印优化提供了出色的基础支持！打印机和验证：此配置文件已通过Bambu Lab A1 打印机多次全流程打印验证，所有参数均基于该机型特性反复调试，摆盘方案与 4 盘逐件打印流程完全适配。

This profile is a deeply optimized printing solution specifically designed for the **Bambu Lab A1 3D Printer**, centering on two major goals: precise model adaptation and extreme process streamlining. Through a dedicated plate arrangement design, it compresses the original lengthy 9-plate printing process into 4 plates, and enables print-by-part throughout, achieving breakthroughs in both efficiency and precision while fully leveraging the performance advantages of the Bambu Lab A1.Main features and efficiency optimizations (Substantial value):1. Bambu Lab A1 Dedicated Plate Arrangement Optimization (Core of model adaptation)<ul><li>**Modification**: For the Bambu Lab A1 3D printer's 256×256mm build plate size, maximum nozzle travel, and heated bed temperature uniformity, a dedicated plate arrangement scheme has been redesigned. While strictly controlling part spacing (to avoid nozzle collision and filament crossover), the build plate space is maximized, ensuring that the part arrangement on each plate not only adapts to the Bambu Lab A1's hardware limitations but also balances printing efficiency and cooling effects.</li><li>**Reason**: If a standard plate arrangement scheme does not conform to the Bambu Lab A1's model parameters, it is prone to issues such as parts exceeding the printing range, warping in edge areas due to uneven heating, or nozzle jams caused by overly dense part placement. The dedicated plate arrangement precisely matches the Bambu Lab A1's hardware characteristics, avoiding the aforementioned problems from the source, providing a stable foundation for the subsequent streamlined process of reducing 9 plates to 4 plates, while ensuring the optimal molding environment for each part.</li></ul>2. Reducing 9 Plates to 4 Plates with Print-by-Part (Revolutionary Improvement in Process Efficiency)<ul><li>**Modification**: The original scattered 9-plate printing process has been deeply integrated into an efficient 4-plate solution, with print-by-part mode enabled throughout the entire process, and combined with the dedicated plate arrangement to achieve a "fewer plates + high precision" printing combination.</li><li>**Reason**: The streamlined design of reducing 9 plates to 4 plates directly reduces plate change frequency by approximately 56%, significantly shortening plate change waiting times, repetitive platform preheating time, and manual operation costs during the printing process. The print-by-part mode allows the Bambu Lab A1's nozzle to focus on printing individual parts, avoiding issues such as resonance interference and filament stringing when multiple parts are printed simultaneously — especially for small model structures (e.g., precision snaps, thin-walled decorative parts), it can further improve molding precision and printing success rate, achieving the core optimization goal of "doubling efficiency without sacrificing quality".</li></ul>Thanks to the author for creating such a high-quality model, providing excellent basic support for deep printing optimization of the Bambu Lab A1!Printer and validation:This profile has been validated through multiple full-process prints on the **Bambu Lab A1 3D Printer**, all parameters have been repeatedly debugged based on this model's characteristics, and the plate arrangement scheme is fully compatible with the 4-plate print-by-part process.

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>Luigi -  Super Mario  / NO AMS</h2>&nbsp;<h2>23cm  Height </h2><h2>Multiple parts, no AMS needed, glue required</h2>&nbsp;the other two friends<a target="_blank" rel="noopener noreferrer ugc" href="https://makerworld.com/en/models/1870864-yoshi-super-mario-no-ams#profileId-2002517">Yoshi</a><a target="_blank" rel="noopener noreferrer ugc" href="https://makerworld.com/en/models/1823981-super-mario-no-ams#profileId-1947070">Super Mario</a><h2> </h2><h2>The eyes have a spike to help with the correct placement. To place the remaining pieces on the eyes after you find the correct position with it, remove it.</h2><boostme><boosttitle>Boost Me</boosttitle></boostme>

Luigi - Super Mario / NO AMS

ASIA

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Luigi - Super Mario / NO AMS

23cm Height

Multiple parts, no AMS needed, glue required

The eyes have a spike to help with the correct placement. To place the remaining pieces on the eyes after you find the correct position with it, remove it.

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