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4L Rice Bucket 3D Printed Filament Drying Box Stand - Ah Wen Jun's Drying Box - v4.0

dc710aff-8bd6-4a77-85fd-20209d3f7071.webp 4L Rice Bucket 3D Printed Filament Drying Box Stand - Ah Wen Jun's Drying Box - v4.0
ffc65138-5535-4a40-8dfb-e90bb083aa79.webp 4L Rice Bucket 3D Printed Filament Drying Box Stand - Ah Wen Jun's Drying Box - v4.0
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8233948d-db49-443c-96bb-669dfe5298ca.webp 4L Rice Bucket 3D Printed Filament Drying Box Stand - Ah Wen Jun's Drying Box - v4.0
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341031d8-fce0-44f3-8315-11e145b5618c.webp 4L Rice Bucket 3D Printed Filament Drying Box Stand - Ah Wen Jun's Drying Box - v4.0
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4 files (3MF) Close
  • 4L双密封米桶4.0-架台和中轴-原始模型.3mf
  • A1 mini适用 带608ZZ滚动轴承 一锅出.3mf
  • 放大版柔性中轴 72mm适用.3mf
  • 米桶盖子带M6螺纹.3mf

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Publication date 2025-01-05 at 14:27
Design number 2616974
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3D model description

5.8L Rice Bucket 3D Printed Filament Drying Box Stand - Ah Wen Jun's Drying Box - v5.0

This design is a 3D model of a filament drying box, created by Bilibili content creator Ah Wen Jun. It has been updated to version 5.0, which features a 5.8L rice bucket, offering more space and requiring two pots for operation. You can find the model at the following link:
5.8L Rice Bucket 3D Printed Filament Drying Box Stand - Ah Wen Jun's Drying Box - v5.0

Current Version: 4.0 (4L Rice Bucket)

This is the 4.0 version, which features a 4L rice bucket and can operate with a single pot.

Additional Parts Needed:
- Teflon tube and pneumatic fitting. The rice bucket lid does not need to be punched; you can drill M6 holes on the top or side and attach the pneumatic fitting.
- Two 608zz bearings and related hardware. Alternatively, you can print your own bearings, though printed bearings may be affected by material quality. If they don’t work, you can purchase two 608zz bearings.

I bought my 4L rice bucket from this store.

If this model has helped you, I would greatly appreciate your ! Your will be a great honor and my motivation to keep going!

Notes from the Original Author:

v4.0 Update:

Thanks to community member @新时代蛋-AnyCubic_Chiron (54706407) for this clever design! Please watch the video here:

Video Link

This version is completely different from the previous one. The designs are no longer of the same species.

Print Settings:
1. Stand and Lid:
- Layer height: 0.2mm
- Speed: 50mm/s
- Temperature: 200°C
- Heated bed temperature: 60°C
- Fill density: 40%

  1. Flexible Mid Shaft:
    • Layer height: 0.2mm
    • Speed: 50mm/s
    • Temperature: 200°C
    • Heated bed temperature: 60°C
    • Fill density: 100%

This version uses less material, is very sturdy, and the mid shaft is compatible with previous versions. The drying beads are easy to observe, which is very convenient. Additionally, the lid has models for threaded, round, and square humidity gauges.

v3.0 Update:

The previous mid shaft component, although cleverly designed, could break or jam if the material tray was too heavy. Some community suggested printing with PETG to avoid jams, but the talented member "小刀刻硬盘" (Xiao Dao Ke Hard Disk) developed a new version of the mid shaft.

This new version is extremely strong and durable, making the drying box much more robust. For those with faults in the 3.0 version, replacing the mid shaft will solve the problem.

Additionally, the fixing rods and lid have been updated with M6 thread designs.

You can watch the video here:

Video Link

v2.0 Update:

Some s reported material jams. Thanks to community member 小空白 (Xiao Kong Bai), the stand design has been modified. Please print new stand components to avoid material jams.

You can watch the video here:

Video Link

Original Content:

Hey! This is the design for Ah Wen Jun's Filament Drying Box. Using a drying box effectively reduces the risk of materials absorbing moisture and prevents stringing during printing. It is strongly recommended for s in areas with high humidity.

Video Link:

Video Link

For better communication on 3D printing designs, you can my QQ group: 659673101.

This design is open-source and hosted on Thingiverse.

Original Link

The design is excellent and different from traditional drying boxes that use two rows of rollers, which often cause jams. This design has been carefully perfected.

However, the 4L rice buckets commonly available in China do not fit these parts, so modifications to the design are necessary.

I am not a modeler, but I spent a lot of time modifying this design, which was not easy. I printed many failed parts and wasted material in the process. Additionally, I found a lid design and published it, so now we can make modifications without any damage.

Feel free to like, bookmark, and share my post if you find it useful. Thank you!

My Bilibili Space

ed Printers:
- Ender3, Big Yellow, Cr-6 SE
- Rose Go, Ender2-Pro (for base printing issues, check out this video):

Video Link

3D printing settings

5.8L 米桶 3D 打印丝材干燥箱支架 - 阿文菌的干燥箱 - v5.0

这款设计是 B站UP主阿文菌制作的 3D 打印丝材干燥箱，目前已经更新到 5.0 版本。5.0 版本使用了 5.8L 米桶，空间更大，需要两锅同时使用。您可以通过以下链接获取模型：
5.8L 米桶 3D 打印丝材干燥箱支架 - 阿文菌的干燥箱 - v5.0

当前版本：4.0（4L 米桶）

这是 4.0 版本，使用的是 4L 米桶，能够单锅使用。

需要额外配件：
- 铁氟龙管和气动接头。米桶盖子无需打孔，可以使用电钻在顶部或侧面打 M6 孔并接上气动接头。
- 另外需要两个 608zz 轴承和相关五金配件。也可以直接打印轴承，但打印的轴承可能受材料影响，您可以打印试试看，如果不行，可以购买两个 608zz 五金件。

我购买的 4L 米桶来自 这个商家。

如果这个模型对您有帮助，非常希望您能给予支持！您的支持将是我的荣幸，也是我不断前进的动力！

原作者留言信息：

v4.0 更新：

感谢群友 @新时代蛋-AnyCubic_Chiron (54706407) 的制作，这个设计非常巧妙！具体请看视频：

视频链接

这个版本与之前的版本完全不同，已经不能算作是同一种设计。

打印参数：
1. 支架和盖子：
- 层高：0.2mm
- 打印速度：50mm/s
- 打印温度：200°C
- 热床温度：60°C
- 填充密度：40%

  1. 柔性中轴：
    • 层高：0.2mm
    • 打印速度：50mm/s
    • 打印温度：200°C
    • 热床温度：60°C
    • 填充密度：100%

这个版本使用了更少的材料，但非常结实，并且中轴与之前的版本兼容，干燥珠也更容易观察，设计非常完美！另外，盖子部分新增了螺纹、圆形和方形湿度计的模型。

v3.0 更新：

老版本的中轴组件设计虽然巧妙，但如果料盘太重，可能会出现崩坏或卡住的情况。群友指出可以使用 PETG 材料打印以避免卡住，但是群友“小刀刻硬盘”又研发了新版的中轴。

新版的中轴异常结实，非常牢固，使得干燥箱更加耐用。3.0 版本只需重新打印中轴即可，遇到问题的朋友可以更换。

此外，固定杆也更新修复了版本，盖子增加了 M6 螺纹的设计。

您可以通过以下视频查看具体内容：

视频链接

v2.0 更新：

有用户反映可能会出现卡料的情况，群友“小空白”修改了支架设计，您可以重新打印支架和支架固定杆这两个零件，从而避免卡料问题。

具体视频请看：

视频链接

原内容：

嘿！这里是阿文菌的干燥箱图纸。使用干燥箱可以有效减少材料受潮，避免打印出现拉丝现象，强烈推荐湿度较高地区的用户使用。

视频链接：

视频链接

为了更好地交流 3D 打印相关图纸，您可以加入我的QQ群：659673101。

此设计为 T站上的开源图纸。

原版链接

这个零件设计非常巧妙，不同于传统的双排滚轮设计，后者效果并不好，容易卡料。因此才有了这个目前非常完美的干燥箱设计。

但是国内购买的 4L 米桶与这些零件并不兼容，因此需要修改图纸。

我虽然不会建模，但花了不少时间修改了这份图纸，过程非常不容易。我也打印了很多废料，浪费了不少材料。除此之外，我还找到了盖子的图纸并一并发布出来，现在我们可以无损改造了。

如果您觉得有帮助，请点赞、收藏和转发！感激不尽。

我的 Bilibili 空间

支持的打印机：
- Ender3、大黄蜂、Cr-6 SE
- Rose Go、Ender2-Pro（底座打印有问题的，可以查看以下视频解决）：

视频链接

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